Transcripción

Transcripción

Hacker Schools vs. Universities is there room for both? — vídeo y transcripción

To discuss the topic we invited: Marc Alier (twitter.com/granludo), professor at UPC (Universitat Politècnica de Catalunya), Marc Collado (twitter.com/Marccollado), director at Barcelona hacker school - Iron Hack, Alessandro Zanardi (twitte

www.youtube.com 2026-04-19 Ver fuente

Título

Hacker Schools vs. Universities is there room for both? — vídeo y transcripción

Resumen

To discuss the topic we invited: Marc Alier (twitter.com/granludo), professor at UPC (Universitat Politècnica de Catalunya), Marc Collado (twitter.com/Marccollado), director at Barcelona hacker school - Iron Hack, Alessandro Zanardi (twitter.com/pensierinmusica) CEO and co-founder of Codeworks and co-founder and instructor at Codeworks Arol Viñolas (twitter.com/arolet) - a new Barcelona hacker school. Check us out on social media:
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Webiste: http://itnig.net

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Puntos clave

  • Uh with me today, I have three smart guys uh to discuss today's topic.
  • Why are they popping up around Barcelona, around Europe, around the world and and and the future?
  • What's what's in it for the future of education for developers?
  • Uh so to give their insights today, we have uh Maralier.
  • He's a podcaster and a professor at UPE uh one of the universities in Barcelona producing hundreds of young developers every year.

Descripción

To discuss the topic we invited: Marc Alier (twitter.com/granludo), professor at UPC (Universitat Politècnica de Catalunya), Marc Collado (twitter.com/Marccollado), director at Barcelona hacker school - Iron Hack, Alessandro Zanardi (twitter.com/pensierinmusica) CEO and co-founder of Codeworks and co-founder and instructor at Codeworks Arol Viñolas (twitter.com/arolet) - a new Barcelona hacker school.

Check us out on social media:
Facebook: https://www.facebook.com/itnig/
Twitter: https://twitter.com/itnig
LinkedIn: http://buff.ly/2gHaXGr
Webiste: http://itnig.net

Visit our blog for more great startup content: https://blog.itnig.net/

We're always looking for talent to join our teams, check out: http://itnig.net/jobs.html

For weekly startup videos subscribe to our channel.

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[00:00] [Music]
[00:15] 
[00:15] Welcome  to  the  ITN  podcast.  I'm  Synindra
[00:18] 
[00:18] Hoplan.  Uh  with  me  today,  I  have  three
[00:20] 
[00:20] smart  guys  uh  to  discuss  today's  topic.
[00:23] 
[00:23] Hacker  schools  versus  universities.  Do
[00:26] 
[00:26] we  need  both?  Why  are  they  popping  up
[00:29] 
[00:29] around  Barcelona,  around  Europe,  around
[00:31] 
[00:31] the  world  and  and and  the  future?  What's
[00:34] 
[00:34] what's  in  it  for  the  future  of  education
[00:36] 
[00:36] for  developers?  Uh  so  to  give  their
[00:39] 
[00:39] insights  today,  we  have  uh  Maralier.
[00:41] 
[00:41] He's  a  podcaster  and  a  professor  at  UPE
[00:44] 
[00:44] uh  one  of  the  universities  in  Barcelona
[00:46] 
[00:46] producing  hundreds  of  young  developers
[00:48] 
[00:48] every  year.  Thank  you  for  being  here.
[00:49] 
[00:50] Thank  you  very  much.  Uh  on  the  other
[00:51] 
[00:51] side  of  the  table,  we  have  Marco,
[00:54] 
[00:54] director  of  hacker  school  Iron  Hack  in
[00:56] 
[00:56] Barcelona.  Welcome.  Thanks  for  inviting
[00:58] 
[00:58] us.  And  last  but  not  least,  we  have  Arol
[01:01] 
[01:01] Vinolas  with  CodeWorks,  a  fairly  new
[01:03] 
[01:03] hacker  school  here  in  Barcelona.  Good  to
[01:05] 
[01:05] have  you  with  us.  Yeah,  thank  you  very
[01:06] 
[01:06] much  for  inviting  us.  So,  uh,  to  start
[01:09] 
[01:09] off,  uh,  only  a  few  years  ago,
[01:11] 
[01:11] universities  had  the  monopoly  on
[01:14] 
[01:14] educating  developers.  Uh,  and,  uh,  if
[01:17] 
[01:17] you  wanted  to  be  a  developer,  you  you
[01:19] 
[01:19] had  to  go  through  a  university  program
[01:20] 
[01:20] or  you  had  to  teach  yourself,  basically.
[01:23] 
[01:23] Well,  that  that's  absolutely  not  true.
[01:25] 
[01:26] Oh,  absolutely  not  true.  Uh,  in  the  in
[01:29] 
[01:29] the  80s  and  in  the  '90s,  uh,  there  were
[01:32] 
[01:32] in  Barcelona  a  few  coding  schools.  Uh,
[01:35] 
[01:35] one  for  instance  was  uh  really  famous
[01:37] 
[01:37] was  called  Bite  and  we  had  a  very  few  uh
[01:41] 
[01:41] uh  some  schools.  It  were  correlated  with
[01:45] 
[01:45] the  demand  of  developers  in  Barcelona.
[01:47] 
[01:47] But  uh  but  what  we  have  uh  especially  uh
[01:51] 
[01:52] development  was  done  in  things  like
[01:53] 
[01:53] cobalt  and  things  like  uh  Clipper  and  C
[01:57] 
[01:58] and  and  Pascal  and  we  had  schools  uh
[02:01] 
[02:01] outside  of  the  university  teaching  how
[02:03] 
[02:04] to  how  to  code.  uh  it  was  not
[02:07] 
[02:07] systematized  like  uh  light  right  now.
[02:09] 
[02:09] The  demand  was  not  high  high  but  was  but
[02:12] 
[02:12] in  in  those  days  uh  development  was
[02:15] 
[02:15] really  well  paid  because  there  were
[02:18] 
[02:18] really  few  developers  and  the  the  and
[02:22] 
[02:22] computer  science  was  um  computers  were
[02:24] 
[02:24] entering  in  the  old  fields.  So  when  you
[02:27] 
[02:28] uh  enter  in  a  computer  with  a  computer
[02:30] 
[02:30] into  in in  a  company  the  the  the  amount
[02:34] 
[02:34] of  increase  uh  improvement  in  per
[02:36] 
[02:36] performance  was  outstanding.  So  the  the
[02:39] 
[02:39] developer  and  the  the  guy  or  the  or  the
[02:41] 
[02:42] women  who  was  able  to  to  use  that  tool.
[02:45] 
[02:45] Uh  it  it  provided  a  lot  huge  added
[02:48] 
[02:48] value.  And  then  we  had  the  university
[02:51] 
[02:51] who  started  uh  in  the  beginning  the  80s
[02:54] 
[02:54] we  didn't  have  a  degree  program  we  have
[02:56] 
[02:56] a  master's  program.  Then  we  uh  when  we
[02:58] 
[02:58] took  uh  ma  mathematics  degrees  and
[03:01] 
[03:02] physicians  uh  um  uh  degrees  in  phys  in
[03:05] 
[03:05] physics  and  uh  industrial  engineers  and
[03:08] 
[03:08] then  we  teach  them  computer  science.  It
[03:11] 
[03:11] was  in  the  in  the  mid80s  where  we  got
[03:13] 
[03:13] the  first  degrees  engineers  engineers  in
[03:17] 
[03:17] in  computer  science.  And  I  guess  you  can
[03:18] 
[03:18] say  that  uh  the  last  year's  demand  has
[03:21] 
[03:21] has  risen  a  lot  in  in  in  the  industry
[03:23] 
[03:23] and  that's  what's  causing  now  a  lot  of
[03:25] 
[03:26] the  the  hacker  schools  to  to  to  pop  up
[03:28] 
[03:28] around  Barcelona.  One  of  those  schools
[03:31] 
[03:31] is  is  Iron  Hack.  Uh  you're  not  only  in
[03:35] 
[03:35] Barcelona  but  in  in  Madrid  and  and  also
[03:36] 
[03:36] in  Miami.  Uh  how  how  are  you  doing  this
[03:40] 
[03:40] differently  from  from  the  universities?
[03:42] 
[03:42] Can  you  tell  a  bit  Mark?  Yeah,
[03:43] 
[03:44] absolutely.  And  I  think  the  main
[03:45] 
[03:45] difference  here  is  that  uh  university  is
[03:49] 
[03:49] a  system  that  it's  really  embedded  in
[03:51] 
[03:51] society  in  a  way.  So  as  we  were  like
[03:54] 
[03:54] talking  before  I  mean  incentives  are  not
[03:56] 
[03:56] there  in  order  to  provide  this  value  in
[03:59] 
[03:59] new  jobs  that  are  being  created  in  the
[04:01] 
[04:01] market  and  the  way  we  work  is  I  think
[04:03] 
[04:03] it's  different  right  I  mean  we  try  to
[04:06] 
[04:06] deeply  understand  what  the  industry
[04:08] 
[04:08] demands  right  now  and  which  positions
[04:10] 
[04:10] they  cannot  fill  like  from  the  usual
[04:13] 
[04:13] channels  and  then  we  go  we  work
[04:15] 
[04:15] backwards  and  then  we  try  to  provide
[04:17] 
[04:17] these  skills  to  uh  in  order  to  employ
[04:20] 
[04:20] these  people.  So  I  think  that  uh  yeah
[04:22] 
[04:22] sorry  the  mic.  So  um  I  think  that  like
[04:26] 
[04:26] our  I  don't  know  our  obsession  is  always
[04:29] 
[04:29] like  this  employ  like  it's  employment
[04:31] 
[04:31] rate  like  to  keep  it  up  to  like  put
[04:34] 
[04:34] through  our  programs  all  the  people  and
[04:36] 
[04:36] at  the  end  getting  a  job.  So  we  have
[04:38] 
[04:38] this  job  assistance  at  the  end.  So  it's
[04:40] 
[04:40] not  like  just  teaching  for  the  sake  of
[04:42] 
[04:42] teaching.  So  we  don't  see  as  education  I
[04:45] 
[04:46] don't  know  an  end  by  itself  like  I  don't
[04:48] 
[04:48] know  you  are  18  you're  18  and  you  what
[04:51] 
[04:51] do  you  do  okay  I  go  to  university
[04:53] 
[04:53] because  uh  it's  what  I  have  I'm  supposed
[04:55] 
[04:55] to  do  right  so  we  try  to  get  like  this
[04:59] 
[04:59] we  attach  this  and  we  see  education  as  a
[05:02] 
[05:02] medium  to  achieve  something  but  this
[05:05] 
[05:05] this  uh  hacker  schools  both  you  at  Iron
[05:07] 
[05:07] Hack  also  at  code  works  uh  you're  you're
[05:11] 
[05:11] not  giving  them  a  full  degree  this  is  a
[05:12] 
[05:12] threemon  month  program.  So  what  can  you
[05:15] 
[05:15] give  a  person  an  aspiring  developer  in
[05:18] 
[05:18] in  in  three  months?  Yeah.  Well  well  it's
[05:21] 
[05:21] like  okay  the  degree  is  is  a  title.
[05:24] 
[05:24] Okay.  Um  I  think  we  have  to  focus  more
[05:27] 
[05:27] on
[05:28] 
[05:28] on  what  uh  the  different  type  of  studies
[05:32] 
[05:32] are  giving  to  the  student  and  okay  the
[05:36] 
[05:36] university  uh  in  a  personal  perspective
[05:39] 
[05:39] I  spent  actually  it  was  a  five  years
[05:42] 
[05:42] course  and  I  spent  seven  years  because
[05:45] 
[05:45] uh  I  was  working  uh  since  the  first  year
[05:48] 
[05:48] and  I  remember  the  day  that  I  would  like
[05:52] 
[05:52] to  um  counted  credit  in  the  university
[05:57] 
[05:57] um  uh  when  I  was  working  and  I  in  the
[06:01] 
[06:01] first  year  I  I
[06:02] 
[06:03] I  went  to  the  I  don't  know  how  to  say
[06:06] 
[06:06] back  at  the  studies  he's  like  he's  the
[06:07] 
[06:08] headmaster  yeah  he's  the  headmaster  and
[06:11] 
[06:11] I  say  to  him  that  I  was  starting  um
[06:14] 
[06:14] working  in  a  company  in  a  developing
[06:16] 
[06:16] company  from  the  first  year  and
[06:19] 
[06:19] then  he  say  me  that  this  is  not
[06:22] 
[06:22] recommendable  at
[06:24] 
[06:24] And  okay,  I  was  I  was  uh  good  as  a
[06:28] 
[06:28] student  at  that  time,  but  I  was  I  I
[06:33] 
[06:33] wanted  to  practice  to  practice  um  uh
[06:37] 
[06:37] while  I  was  in  the  university.  So  I  find
[06:40] 
[06:40] I  found  out  that  in  my  time  in  the
[06:43] 
[06:43] university  I  find  myself  like  a  maker
[06:47] 
[06:47] and  the  university  uh  went  um  um  bring
[06:52] 
[06:52] myself  into  um  maker  thing.  Okay.  I  I I
[06:56] 
[06:56] was  priming  in  there  but  also  with  so
[06:59] 
[06:59] theoretical  things  that  maybe  I  was  not
[07:01] 
[07:01] interested  about.  Okay.  So  I  I  would
[07:05] 
[07:05] like  to  intervene  uh  and  and  and  say
[07:08] 
[07:08] same  something  first.  We  are  uh  I  think
[07:11] 
[07:11] that  we  we  should  be  really  clear  about
[07:13] 
[07:14] what  we're  talking  about.  we  talking
[07:15] 
[07:15] about  training  or  we  talking  about
[07:17] 
[07:17] education  because  uh  I  understand  that  a
[07:20] 
[07:20] boot  camp  is  a  really  useful  tool
[07:22] 
[07:22] because  we  need  uh  in  one  moment  in  time
[07:25] 
[07:25] we  need  uh  some  companies  that  need
[07:28] 
[07:28] quickly  in  3  months,  6  months  they  need
[07:31] 
[07:31] developers  the  uh  to  to  be  coding  and
[07:35] 
[07:35] and  building  things  actual  things  that
[07:37] 
[07:37] are  going  to  work  using  a  defined
[07:39] 
[07:39] technology  and  they  need  training  on
[07:41] 
[07:41] that  technology  and  and  it's  and  It's  a
[07:44] 
[07:44] must  to  have  this  kind  of  service
[07:47] 
[07:47] because  if  we  have  uh  for  instance  now
[07:49] 
[07:49] comes  for  comes  iOS  10  and  uh  there  are
[07:54] 
[07:54] I  don't  know  how  many  startups  in
[07:55] 
[07:55] Barcelona  working  uh  uh  in  iOS
[07:58] 
[07:58] development  and  they  will  need  all  their
[08:00] 
[08:00] apps  to  be  updated  to  iOS  10.  So  maybe
[08:03] 
[08:03] we  can  provide  with  a  a  a  crash  course
[08:06] 
[08:06] in  30  days  or  two  months  in  iOS  iOS  10
[08:10] 
[08:10] and  the  new  features  and  and  and  to  know
[08:13] 
[08:13] especially  how  to  port  and  take
[08:14] 
[08:14] advantage  of  the  new  features  and
[08:16] 
[08:16] understand  what  they  can  do  with  the  new
[08:18] 
[08:18] features  of  iOS  10  and  then  we  need  that
[08:21] 
[08:21] and  we  need  it  now  and  this  is
[08:24] 
[08:24] training.  The  problem  is  that  we  have
[08:26] 
[08:26] also
[08:28] 
[08:28] education  and  education  is  about  uh
[08:31] 
[08:31] building  a  person  who  has  a  lot  of
[08:34] 
[08:34] skills.  A  lot  of  skills  like  able  to
[08:37] 
[08:37] learn,  able  to  think  uh  in  a  critical
[08:39] 
[08:40] way  to  uh  communicate,  to  relate  to
[08:43] 
[08:43] others,  to  solve  problems  like  okay,  I
[08:45] 
[08:45] need  to  pass  this  course  and  this
[08:47] 
[08:47] professor  is  a  jerk.  How  do  I  do  that?
[08:51] 
[08:51] Um  and  there  are  a  lot  of  ways  you  can
[08:53] 
[08:54] cheat.  You  can  study  more.  You  can  you
[08:56] 
[08:56] can  look  for  previous  exams.  You  can  you
[09:00] 
[09:00] can  do  a  lot  of  things  to  pass.  If  you
[09:02] 
[09:02] solve  the  problem,  you  solve  the
[09:04] 
[09:04] problem.  So  we  have  education  and
[09:08] 
[09:08] training.  The  problem  that  we  have  is
[09:11] 
[09:11] that  training  by  its  definition  is
[09:14] 
[09:14] something  really
[09:15] 
[09:15] specialized  and  education.  I  think  that
[09:18] 
[09:18] we  need  to  teach  persons  that  are  able
[09:22] 
[09:22] to  adapt  especially  now  because  20  years
[09:25] 
[09:25] ago  when  you  went  to  the  university  you
[09:28] 
[09:28] had  access  to  knowledge  and  knowledge
[09:30] 
[09:30] was  in  only  in  the  university  and  only
[09:32] 
[09:32] in  the  library  and  the  way  to  access  the
[09:35] 
[09:35] contents  in  the  in  the  library  is  the
[09:37] 
[09:37] methodology  that  you  are  going  to  learn
[09:38] 
[09:38] in  the  university  but  now  knowledge  is
[09:41] 
[09:41] on  the  internet  and  you  have  Google  and
[09:43] 
[09:44] we  will  have  assistance  we  will  have
[09:45] 
[09:45] Cortana  we  will  have  city  we  will  have  a
[09:48] 
[09:48] lot  of  things  what  we  need  to  do  is  to
[09:50] 
[09:50] be  able  to  ask  the  right  questions  and
[09:52] 
[09:52] we  we  don't  understand  and  we  don't  have
[09:55] 
[09:55] a  good  education  will  not  be  able  to  ask
[09:57] 
[09:57] this  this  um  these  questions  but  do  you
[10:00] 
[10:00] do  you  feel  like  like  you're  educating
[10:03] 
[10:03] students  in  the  right  way  now  comes  the
[10:05] 
[10:05] problem  now  comes  the  problem  because  in
[10:07] 
[10:07] the  university  where  I  work  the  problem
[10:10] 
[10:10] is  that  the  teachers  the  professors  are
[10:14] 
[10:14] promoted  are  promoted  and  are  They  are
[10:17] 
[10:17] they  are  you  get  a  tenure  in  the
[10:20] 
[10:20] university  and  you  are  promoted  in  the
[10:21] 
[10:22] in  the  university  if  you  are  a  good
[10:24] 
[10:24] researcher  not  if  you  are  a  good  teacher
[10:27] 
[10:27] and  not  if  you  are  a  outstanding
[10:29] 
[10:30] professional  with  a  hu  huge  exper
[10:32] 
[10:32] experience  in  the  in  the  in  the  in
[10:35] 
[10:35] companies  there  are  a  few  private
[10:37] 
[10:37] universities  that  you  get  there  by  doing
[10:39] 
[10:39] that  but  it's  rare  it's  really  rare  to
[10:42] 
[10:42] find  a  professor  that  had  that  had  his
[10:45] 
[10:45] own  company  like  I  did  in  the  90s  it's
[10:47] 
[10:47] really  rare  only  maybe  2%  of  the
[10:51] 
[10:51] professors  the  rest  will  be  professors
[10:53] 
[10:53] that  they  ended  his  their  degree  they
[10:56] 
[10:56] did  a  master's  degree  they  did  a  PhD
[10:58] 
[10:58] they  did  a  postock  and  they  and  they
[11:00] 
[11:00] published  a  lot  of  papers  and  they  got  a
[11:03] 
[11:03] really  good  evaluation  and  they  became
[11:06] 
[11:06] professors  and  they  are  good  scientists
[11:08] 
[11:08] and  what  they  are
[11:11] 
[11:11] professors  specialize  in  fields  of  of
[11:14] 
[11:14] research  and  what  we  get  in  the
[11:16] 
[11:16] engineering  schools  is  that  we  don't
[11:18] 
[11:18] have  have  this  generalized  teaching.  We
[11:22] 
[11:22] have  also  specialized  teaching  when  we
[11:24] 
[11:24] have  new  new  uh  study  plans  which  are
[11:27] 
[11:27] being  negotiated  according  to  how  are
[11:30] 
[11:30] going  to  um  respect  the  balance  of  power
[11:34] 
[11:34] between  departments  in  our  universities.
[11:37] 
[11:37] You  have  these  departments  and  we  know
[11:39] 
[11:39] about  this.  So  this  is  really  important
[11:41] 
[11:41] to  be  there.  It's  not  about  what's  in
[11:43] 
[11:43] the  what  the  companies  need  and  I  am  a
[11:46] 
[11:46] researcher  and  if  I'm  doing  research  in
[11:49] 
[11:49] I  don't  know  I'm  deductive  databases
[11:52] 
[11:52] maybe  this  is  something  really  important
[11:53] 
[11:53] that  I  have  to  teach  to  to  my  students
[11:55] 
[11:55] even  if  nobody  uses  that  in  the
[11:58] 
[11:58] companies.  So  we  have  this  big  problem
[12:01] 
[12:01] because  all  the  incentives  in  the
[12:03] 
[12:03] university  are  towards  a  specialization
[12:05] 
[12:05] and  this  specialization  is  not  geared  up
[12:08] 
[12:09] to  create  the  creation  of
[12:11] 
[12:11] companies  and  then  we  have  people  who
[12:14] 
[12:14] know  really  well  things  about  science
[12:17] 
[12:17] and  research  and  they  know  they  don't
[12:19] 
[12:19] have  this  wide  education.
[12:23] 
[12:23] So,  so  and  and  then  we  have  we  go  to  the
[12:25] 
[12:25] companies  and  we  have  more  more
[12:29] 
[12:29] training.  We  have  more  training  in  in
[12:32] 
[12:32] the  US.  For  instance,  in  Germany,  in
[12:35] 
[12:35] Germany,  as  you  may  know,  when  students
[12:38] 
[12:38] finish  high  school,  they  are  encouraged
[12:41] 
[12:41] to  have  a  year  when  they  work  in  in
[12:45] 
[12:45] social
[12:46] 
[12:46] endeavors  and  they  grow  as  a  person  and
[12:49] 
[12:49] then  they  go  to  the  university.  So  why
[12:53] 
[12:53] why  do  so  many  people  choose  to  to
[12:55] 
[12:55] attend  these  these  uh  these  hacker
[12:57] 
[12:57] schools?  Is  it  is  it  because
[12:59] 
[12:59] universities  not  delivering  on  what  they
[13:02] 
[13:02] promise  or  can  you  claim?  Yeah,  I  mean
[13:05] 
[13:05] there  are  two  debates  here.  I  mean  first
[13:06] 
[13:06] of  all  like  the  degree  versus  job  uh
[13:09] 
[13:09] tension  here  that  I  mean  the  moment
[13:13] 
[13:13] everybody  has  a  degree  the  value  of  a
[13:15] 
[13:15] degree  like  leans  toward  zero.  I  mean
[13:17] 
[13:17] this  I  mean  makes  sense  right?  I  mean  if
[13:20] 
[13:20] in  the  20s  if  you  are  I  don't  know  if
[13:23] 
[13:23] you  are  a  medical  degree  and  you  are  a
[13:25] 
[13:25] doctor  you  really  well  paid  the  same
[13:27] 
[13:27] happens  hey  Alex  same  happened  like  with
[13:29] 
[13:30] engineers  in  the  50s  uh  but  right  now  if
[13:32] 
[13:32] everybody  like  has  a  has  a  paper  that
[13:35] 
[13:35] says  that  journalist  I  don't  know  uh
[13:37] 
[13:37] psychologist  whatever  I  mean  the  the
[13:39] 
[13:39] value  of  this  the  value  of  this  degree
[13:41] 
[13:42] like  goes  towards  zero  so  the  thing  is
[13:44] 
[13:44] that  the  difference  that  what  we  try  to
[13:46] 
[13:46] provide  here  because  I  don't know  I'm  an
[13:48] 
[13:48] engineer  myself  I  went  through  a  five
[13:50] 
[13:50] years  of  engineering  which  I'm  not  even
[13:53] 
[13:54] sure  that  provided  this  transversal
[13:55] 
[13:55] education  it  didn't  it  didn't  because
[13:57] 
[13:57] because  when  when  I  was  like  at  the  end
[14:00] 
[14:00] of  the  at  the  end  of  the  of  my  career  I
[14:02] 
[14:02] was  like  a  perfect  useless  like  I  didn't
[14:04] 
[14:04] I  I  didn't  know  like  I  didn't  I  was  not
[14:07] 
[14:07] able  to  create  anything  like  by  myself
[14:10] 
[14:10] yeah  but  uh  how  was  your  learning  curve
[14:13] 
[14:13] when  you  when  you  left  the  university
[14:15] 
[14:15] and  you  have  to  start  doing  things  how
[14:18] 
[14:18] was  your  learning  curve.  I'm  I  mean  I'm
[14:19] 
[14:19] not  sure  because  I  I  cannot  compare  with
[14:21] 
[14:21] myself  without  a  degree  but  I  don't  know
[14:24] 
[14:24] I  knew  plenty  of  things  like  how  like  I
[14:26] 
[14:26] don't  know  gas  like  gas  like  goes
[14:29] 
[14:29] through  a  pipe  or  I  don't  know  how
[14:31] 
[14:31] electricity  works  and  that's  fine  like
[14:33] 
[14:33] you  walk  in  this  down  the  street  and  you
[14:34] 
[14:34] are  like  I  don't  know  you're  happy  about
[14:36] 
[14:36] it  your  mother  is  happy  about  it  because
[14:38] 
[14:38] it  tells  like  your  neighbor  that  her  son
[14:41] 
[14:41] is  like  an  engineer  but  I  don't  know  um
[14:45] 
[14:45] I  don't  think  I  don't  think  it  helps
[14:47] 
[14:47] that  much  in  order  to  start  a  company.
[14:50] 
[14:50] For  example,  I  wanted  to  start  a
[14:52] 
[14:52] company.  I  didn't  even  know  what  a  P&L
[14:53] 
[14:54] was.  I  think  a  P&L  it's  something  that
[14:56] 
[14:56] everybody  should  know  and  I  get  out  of
[14:58] 
[14:58] like  industrial  engineering  and  I  didn't
[15:00] 
[15:00] know  what  a  P&L  was  and  I  it  was  it  was
[15:02] 
[15:02] really  shame.  I  mean  I  I  learned  that
[15:04] 
[15:04] really  fast.  Absolutely.  I  had  the  I  was
[15:08] 
[15:08] incentivized  to  to  learn  that  right.  But
[15:11] 
[15:11] uh  I  have  the  sense  that  I  was  in  the
[15:12] 
[15:12] university  for  5  years  uh  not  sure  what
[15:15] 
[15:15] I  was  doing  there  like  as  you  said  like
[15:17] 
[15:17] going  like  getting  shortcuts  like  to  get
[15:21] 
[15:21] this  teachers  signature  whatever  right
[15:24] 
[15:24] maybe  a  good  metaphor  is  like  if  you
[15:25] 
[15:25] you're  in  in  the  university  and  you're
[15:27] 
[15:27] making
[15:28] 
[15:28] bodybuilding  you're  training  you  you
[15:30] 
[15:30] you're  getting  fit  and  then  you  don't
[15:33] 
[15:33] know  how  to  fight  but  you're  very  fit
[15:36] 
[15:36] and  and  uh  and  for  instance  I  was  in  a
[15:38] 
[15:38] in  a  gym  and  we  that  and  I  was  doing
[15:41] 
[15:41] taekwondo  and  karate  back  then.  Uh  and
[15:43] 
[15:43] then  one  day  came  this  this  guy  was  it
[15:46] 
[15:46] was  a  a  giant  was  a  a  6.8  guy  really  fit
[15:52] 
[15:52] really  muscular  he  didn't  know  anything
[15:54] 
[15:54] about
[15:55] 
[15:55] karate  anything  but  in  6  months  of
[15:58] 
[15:58] training  he  won  the  catalon  championship
[16:01] 
[16:01] in  heavyweight
[16:03] 
[16:03] kinkai  I  fought  with  him  at  I  I I  was
[16:07] 
[16:07] fighting  for  with  him  for  10  minutes  and
[16:09] 
[16:09] I  hit  him  like  a  dozen  times  uh  and  with
[16:13] 
[16:14] what  punch  he  throw  me  2  meters  away
[16:16] 
[16:16] literally  I  was  rolling  like  uh  like
[16:20] 
[16:20] Jackie  Jen  when  he  gets  hit  by  a  by  a
[16:21] 
[16:22] giant  and  because  he  was  really  fit.  He
[16:25] 
[16:25] he  was  really  in  connection  with  his
[16:27] 
[16:27] body  and  he  learned  to  get  it  really  uh
[16:30] 
[16:30] really  fast.  The  problem  is  are  we
[16:33] 
[16:33] training?  Are  we  really  getting  fitter?
[16:36] 
[16:36] And  and  and  in  the  university  we're
[16:39] 
[16:39] really  specialized.  But  my  problem  uh
[16:42] 
[16:42] right  now  is  if  we  are  not  providing  in
[16:47] 
[16:47] the  university  a  a  general  education.  We
[16:50] 
[16:50] don't  not  providing  fit  fit  engineers  in
[16:55] 
[16:55] all  senses  able  to  communicate  to
[16:58] 
[16:58] collaborate  to  know  math  to  know  how  to
[17:01] 
[17:01] solve  problems  know  how  to  learn  things
[17:03] 
[17:03] how  to  find  information  and  if  we're  not
[17:05] 
[17:06] providing  these  kind  of  people  and  then
[17:09] 
[17:09] so  we  we  provide  people  specializ  in
[17:11] 
[17:11] knowing  how  to  make  uh  electrical
[17:13] 
[17:13] circuits  and  how  to  um  design  databases
[17:17] 
[17:17] or  make  the  wonderful  recursive
[17:20] 
[17:20] algorithms  to  or  know  some  technique  of
[17:24] 
[17:24] AI  for  instance  it's  what  you  can  learn
[17:26] 
[17:26] in  the  our  university  and  then  you  only
[17:28] 
[17:28] learn  through  things  like  boot  camps
[17:31] 
[17:31] which  are
[17:32] 
[17:32] essential  what  kind  of  city  are  we  going
[17:35] 
[17:35] to  become  are  we  going  to  go  become  San
[17:37] 
[17:37] Francisco  are  we  going  to  become
[17:40] 
[17:40] Bangalore  because  in  Bangalore  they  know
[17:42] 
[17:42] okay  you  need  to  do  this  task  is  really
[17:45] 
[17:45] well  defined  here's  your  framework  here
[17:48] 
[17:48] are  your  tools  these  these  are  your
[17:49] 
[17:49] inputs  and  these  are  the  outputs  that
[17:51] 
[17:51] you're  going  to  get.  And  then  you  have
[17:53] 
[17:53] these  guys  in  India  who  are  really
[17:56] 
[17:56] profession  proficient  in  that  they  get
[17:58] 
[17:58] the  training  and  they  get  to  work  and
[18:00] 
[18:00] they're  really  efficient  doing  that.
[18:02] 
[18:02] That's  a  very  interesting  and  and  the
[18:03] 
[18:04] best  guys  and  the  rounded  guys  in  India
[18:07] 
[18:07] they  go  to  San  Francisco.  H  that  is  very
[18:09] 
[18:09] interesting  and  nor  the  other  are  the
[18:12] 
[18:12] solution  right  because  I  mean  the  way
[18:14] 
[18:14] established  and  it  goes  back  to
[18:15] 
[18:15] incentives  like  uh  as  he  told  before  it
[18:18] 
[18:18] was  a  great  point  I  think  like  uh  if  you
[18:21] 
[18:21] go  to  university  when  you  are  a  teen  but
[18:23] 
[18:23] you  go  there  because  you  are  told  to
[18:25] 
[18:25] because  you  I  don't  know  because  it's
[18:27] 
[18:27] it's  what  you  you  should  do  because
[18:28] 
[18:28] everybody  does  that  and  I  don't  know  you
[18:30] 
[18:30] look  around  oh  man  I  mean  everybody's
[18:32] 
[18:32] going  to  university  so  do  I  right  so  uh
[18:34] 
[18:34] you  go  there  but  you  go  through  really
[18:38] 
[18:38] five  valuable  years  of  of  your  existence
[18:40] 
[18:40] and  and  they're  they're  gone  because  I
[18:43] 
[18:43] mean  you  you  were  there  but  I  don't know
[18:44] 
[18:44] maybe  your  head  was  in  another  place  and
[18:46] 
[18:46] and  maybe  it  was  not  the  right  time  for
[18:48] 
[18:48] you  travel
[18:51] 
[18:51] exactly  means  to  get  to  this  transversal
[18:54] 
[18:54] univers  education  right  because  there
[18:56] 
[18:56] now  we  have  knowledge  is  not  locked  in
[18:59] 
[18:59] the  in  the  university  exactly  but  just
[19:02] 
[19:02] one  one  one  quick  remark  that's  the
[19:04] 
[19:04] every  single  person  that  goes  through
[19:06] 
[19:06] the  boot  camp  every  single  one  knows
[19:08] 
[19:08] exactly  like  they  know  really  clear  what
[19:11] 
[19:11] they  want.  I  mean  once  they  want  to
[19:13] 
[19:13] become  an  entrepreneur  another  one  wants
[19:15] 
[19:15] I  don't  know  a  job  in  tech  another  one  I
[19:17] 
[19:17] don't  know  to  understand  this  and  better
[19:20] 
[19:20] like  how  to  market  this  product  through
[19:22] 
[19:22] non-conventional  channels  so  everybody
[19:24] 
[19:24] has  a  clear  goal  of  what  they  want  and  I
[19:26] 
[19:26] think  that  they  are  there  because  they
[19:28] 
[19:28] want  to  and  they  have  a  great  incentive
[19:31] 
[19:31] to  be  there  and  to  progress  towards  the
[19:33] 
[19:33] towards  the  course.  Yeah,  actually  I  met
[19:36] 
[19:36] a  guy  that  come  from  um  a  cing  school
[19:40] 
[19:40] from  San  Francisco  and  he  he  was  um  a
[19:44] 
[19:44] war  for  me  and  he  I  I  met  uh  him  last
[19:50] 
[19:50] week  uh  since  one  year  uh  we  had  seen
[19:53] 
[19:54] him  and  he  uh  was  um  creating  his  career
[19:58] 
[19:58] now.  He  attended  to  a  three  month  um
[20:02] 
[20:02] code  school  there  in  San  Francisco.  He
[20:05] 
[20:05] came  back  to  work  here  in  Barcelona  for
[20:08] 
[20:08] for  a  half  a  year  and  then  now  he's
[20:11] 
[20:11] working  in  Dublin  and  in  Dublin  now  he's
[20:14] 
[20:14] aware  that  he  has  to  build  up  his  career
[20:17] 
[20:17] about  building  up  his  knowledge  uh  with
[20:20] 
[20:20] more  um  more  software  architecture  or  uh
[20:25] 
[20:25] concepts  like  this  that  maybe  uh  are  not
[20:29] 
[20:29] uh  are  not  given  that  deeper  in  code.  Uh
[20:33] 
[20:33] okay  we  are  trying  to  but  that  students
[20:37] 
[20:37] are  know  that  they  have  to  build  his
[20:40] 
[20:40] career  because  they  are  so  engaged
[20:42] 
[20:42] people  and  they  attend  to  them  to  the
[20:45] 
[20:45] code  to  the  to  our  code  school  for  this
[20:48] 
[20:48] for  building  a  career  in  a  fast  pace  in
[20:50] 
[20:50] a  very  fast  pace  and  he  they  know  how  to
[20:54] 
[20:54] build  uh  their  careers  and  we  need  to  to
[20:57] 
[20:57] present  Alexandro  Sanardi  he's  also  with
[21:02] 
[21:02] uh  with  CodeWorks  uh  founder  and  and
[21:05] 
[21:05] director  of  of  CodeWorks  in  Barcelona.
[21:07] 
[21:07] Yeah.  CEO.  Yeah.  Uh  a  fairly  new  uh
[21:10] 
[21:10] hacker  school  in  in  Barcelona,  I  had  to
[21:13] 
[21:13] say.  And  uh  uh  welcome.  Thanks.  First  of
[21:16] 
[21:16] all,  uh  great  to  have  you  with  us.  Uh
[21:19] 
[21:19] thanks  for  organizing  this.
[21:21] 
[21:21] And  now  not now  that  you're  here,  uh
[21:24] 
[21:24] we're  talking  about  um  how  prepared  uh  a
[21:29] 
[21:29] student  can  be  or  a  student  after
[21:31] 
[21:31] attending  a  hacker  school.  H  how  how  uh
[21:34] 
[21:34] ready  is  he  to  to  go  into  a  startup  for
[21:37] 
[21:37] example  and  and  you  know  uh  take  his
[21:41] 
[21:41] skills  and  and  really  be  helpful?  Yeah.
[21:44] 
[21:44] Um  sorry  uh  can  you  can  you  give  me
[21:47] 
[21:47] again  a  little  round  of  introduction?
[21:50] 
[21:50] I  know  Mark  collaborate.  So  Mark  is  from
[21:54] 
[21:54] Iron  Hack.  Mark  from  the  UBC  and  Mushap.
[21:58] 
[21:58] Mark  as  well.  Yeah.  Mark Mark  as  well.
[22:00] 
[22:00] Okay.  Nice  to  meet  you.  Okay.  Um  Okay.
[22:03] 
[22:03] So  I  was  I  was  listening  to  what  uh  Mark
[22:07] 
[22:07] was  saying  a  moment  ago  uh  and  he  made
[22:09] 
[22:09] this  example.  I  think  it  was  pretty
[22:11] 
[22:11] interesting  uh  when  he  was  saying  do  we
[22:14] 
[22:14] want  a  city  that  is  San  Francisco  or  do
[22:16] 
[22:16] we  want  a  city  that's  Bangalore?  Uh  well
[22:21] 
[22:21] um  we're  in  the  middle.  We're  in  the
[22:23] 
[22:23] middle  of  the  way.  Well,  yeah.  Yeah.  I
[22:25] 
[22:25] mean  um  what  is  what  is  interesting  in
[22:28] 
[22:28] in  this  we  take  it  just  as  a  as  a  let's
[22:32] 
[22:32] say  as  an  idea  to  to  talk  about  a  topic.
[22:35] 
[22:35] Uh  I  think  Bangalore  and  San  Francisco
[22:37] 
[22:37] are  historically  two  very  different
[22:39] 
[22:39] cities  and  we're  not  saying  like  one  is
[22:43] 
[22:43] better,  one  is  worse,  you  know,  it's
[22:45] 
[22:45] it's  different  situations.
[22:47] 
[22:47] um  in  terms  of  uh  of  what  he  was  saying,
[22:52] 
[22:52] I  think  it's
[22:54] 
[22:54] interesting  that  actually  um  San
[22:57] 
[22:57] Francisco  which  I  think  you  were
[22:58] 
[22:58] depicting  if  I  get  it  right  as  a  as  a
[23:01] 
[23:01] city  where  there  is  uh  more
[23:04] 
[23:04] entrepreneurial  potential  there  is  there
[23:06] 
[23:06] is  more  creation  you  were  saying  in
[23:07] 
[23:07] Bangalore  it's  more  execution  basically
[23:09] 
[23:09] right
[23:11] 
[23:11] okay  I  think  it's  interesting  that  in
[23:14] 
[23:14] this
[23:15] 
[23:15] regards  San  San  Francisco  is  the  home  of
[23:18] 
[23:18] boot  camps  like  all  boot  camps  were  born
[23:23] 
[23:23] the  idea  of  coding  boot  camps  was  born
[23:25] 
[23:25] in  San  Francisco.  Uh  it's  where  most
[23:28] 
[23:28] boot  camps  uh  were  grown  and  in  the  past
[23:31] 
[23:31] three  years  have  flourished  in  the
[23:32] 
[23:32] industry  and  I  think  iron  was  a  was  a
[23:36] 
[23:36] early  boot  camp  here  in  Europe.  uh  one
[23:39] 
[23:39] of  the  first  ones  to  start.  We  started
[23:41] 
[23:41] in  June  this  year.  Uh  although  we're
[23:43] 
[23:43] like  building  on  the  shoulder  of  giants.
[23:45] 
[23:45] We're  taking  from  the  best  practices  of
[23:47] 
[23:48] of  uh  Silicon  Valley's  best  boot  camps.
[23:51] 
[23:51] Uh  but  I  think  what  is  interesting  is
[23:53] 
[23:53] that
[23:54] 
[23:54] so  this  creativity  this  cap  capacity  to
[23:58] 
[23:59] create  transcends  uh  somewhat
[24:03] 
[24:03] um
[24:05] 
[24:05] the  only  the  education  field  and  and
[24:08] 
[24:08] it's  more  embedded  in  society  and  it's
[24:10] 
[24:10] more  like  it's  related  to  many  things
[24:13] 
[24:13] access  to  capital  culture  these  things
[24:16] 
[24:16] uh  but  if  you  want  to  look  for  some  sort
[24:18] 
[24:18] of  correlation
[24:21] 
[24:21] There  are  no  many  boot  camps  in
[24:23] 
[24:23] Bangalore  and  there  are  many  boot  camps
[24:25] 
[24:25] in  San  Francisco.  So  at  least  I  think
[24:27] 
[24:27] it's  fair  to  say  that  boot  camps  do  not
[24:29] 
[24:29] hurt  this  process.  If  you  look  at  if  you
[24:31] 
[24:31] look  if  you  look  at  the  outcome  it's
[24:33] 
[24:33] it's  almost  the  opposite.  they  support
[24:35] 
[24:35] this  process  in  a  way.  Is  it  is  it  boot
[24:37] 
[24:37] camps  are  the  only  one  who  are  able  to
[24:40] 
[24:40] create  this  book?  Absolutely  not.
[24:42] 
[24:42] University  and  boot  camps  and  I  think
[24:43] 
[24:43] this  this  is  where  I  wanted  to  like  kind
[24:45] 
[24:45] of  close  this  little  um  comment  kind  of
[24:49] 
[24:49] recapping  what  I  was  hearing  earlier.  Um
[24:53] 
[24:53] I  don't  think  there  is  a  fight  between
[24:55] 
[24:55] boot  camp  I'm  sorry  because  I  know  I
[24:57] 
[24:57] know  the  the  the  podcast  is  probably
[24:59] 
[24:59] about  like  boot  camps  versus
[25:01] 
[25:01] universities.  I  don't  think  there  is  a
[25:03] 
[25:03] fight  between  boot  camps  universities.  I
[25:04] 
[25:04] think  the  two  of  them  uh  coexist  very
[25:08] 
[25:08] well  in  a  healthy  in  a  healthy  system.
[25:11] 
[25:11] Uh  and  they  serve  different  purposes.  Um
[25:14] 
[25:14] if  someone  as  from  the  perspective  of  a
[25:16] 
[25:16] student,  if  a  student  wants  to  take  a
[25:19] 
[25:19] few  years  in  his  life  or  her  life  um  and
[25:24] 
[25:24] uh  explore  explore  uh  this  field  like
[25:28] 
[25:28] computer  science,  wander  around,  take
[25:32] 
[25:32] take  even  breaks  because  they  have  like
[25:33] 
[25:33] breaks  in  the  summer.  They  have  time  to
[25:35] 
[25:35] explore  even  as  a  life  experience
[25:37] 
[25:37] without  just  a  pure  studying.  It's
[25:39] 
[25:39] something  they  can  only  do  at
[25:40] 
[25:40] university,  right?  That's  something  that
[25:42] 
[25:42] lasts  for  three  years.  they  can  do
[25:43] 
[25:43] Arasmus,  they  have  time  to  like  really
[25:46] 
[25:46] dig  into  some  topics  if  they're
[25:48] 
[25:48] interested  outside  of  the  curriculum,
[25:50] 
[25:50] etc.  On  the  other  hand,  sometimes
[25:53] 
[25:53] universities  fail  at  currently  at
[25:57] 
[25:57] preparing  students  uh  with  some
[25:59] 
[25:59] practical  tools  that  they  will  need  in
[26:02] 
[26:02] at  their  job  like  when  they  start  from
[26:03] 
[26:03] day  one.  Um  and  this  is  where  boot  camps
[26:07] 
[26:07] shine.  boot  camp  shine  in  uh  preparing
[26:10] 
[26:10] someone  in  three  month  if  if  someone
[26:11] 
[26:11] wants  to  like  um  you  know  like  change
[26:14] 
[26:14] their  career  and  say  like  I  want  to  get
[26:18] 
[26:18] um  a  career  in  software  engineering  but
[26:20] 
[26:20] I  have  a  different  background  I  don't
[26:22] 
[26:22] want  to  go  back  to  university  and  study
[26:23] 
[26:23] for  another  three  years  uh  or  I  want  to
[26:27] 
[26:27] I've  been  already  web  developing  a
[26:28] 
[26:28] little  bit  what  some  websites  some
[26:30] 
[26:30] things  I  want  to  level  it  up  and  become
[26:32] 
[26:32] an  engineer  quick  this  is  this  is  what
[26:35] 
[26:35] boot  camps  do  they  offer  opportunities
[26:36] 
[26:36] for  smart  people  to  get  in  a  position
[26:40] 
[26:40] where  uh  they  can  be  productive  and  and
[26:44] 
[26:44] they  can  get  a  good  job  in  software
[26:46] 
[26:46] engineering  real  fast  real  fast.  Now
[26:48] 
[26:48] during  this  uh  amount  of  time  which  for
[26:51] 
[26:51] iron  is  two  months  for  us  it's  three
[26:52] 
[26:52] months  two  slightly  different  courses
[26:55] 
[26:55] but  the  overall  concept  uh  has  a  lot  of
[26:57] 
[26:57] things  in  common
[27:01] 
[27:01] they  don't  have  much  free  time  right
[27:03] 
[27:03] it's  super  super  intense  in  the  case  of
[27:05] 
[27:06] that's  the  point  of  a  boot  camp  that's
[27:07] 
[27:07] the  point  of  a  boot  camp  the  case  of
[27:08] 
[27:08] code  works  is  11  hours  a  day  six  days  a
[27:10] 
[27:10] week  there  is  no  rasmos  there  is  no  you
[27:12] 
[27:12] know  that  there  is  980  hours  of  studying
[27:15] 
[27:15] in  three  months  that's  like  a  master
[27:18] 
[27:18] like  a  year  master  in  three  months.
[27:20] 
[27:21] Um  so  different  experiences.  Um  if  uh  we
[27:25] 
[27:26] need  engineers  that  have  stronger
[27:28] 
[27:28] theoretical  knowledge,  we  need  them  in
[27:31] 
[27:31] the  industry.  Uh  every  team  needs  them
[27:34] 
[27:34] especially  in  some  sectors  like
[27:36] 
[27:36] artificial  intelligence,  big  data.  Uh
[27:38] 
[27:38] these  engineers  are  more  likely  to  come
[27:41] 
[27:41] from  universities.  That's  true.  Like  I'm
[27:43] 
[27:43] not  going  to  pretend  that  boot  camps  are
[27:45] 
[27:45] good  at  forming  these  type  of  engineers
[27:47] 
[27:47] because  this  type  of  studying  requires
[27:50] 
[27:50] years.  It's  not  something  you  can
[27:51] 
[27:51] compress  in  three  months.  Uh  mostly  they
[27:55] 
[27:55] would  benefit  from  doing  a  master  doing
[27:57] 
[27:57] a  PhD.  So  maybe  after  eight  nine  years
[27:59] 
[27:59] of  study  you  can  come  up  with  some  guys
[28:01] 
[28:01] who's  really  good  at  artificial
[28:02] 
[28:02] intelligence.  It's  not  something  you  can
[28:04] 
[28:04] do  in  three  months.  They  can  get  started
[28:07] 
[28:07] with  these  topics.  they  can  start  to
[28:09] 
[28:09] play  with  it  and  then  they  can  pursue  a
[28:11] 
[28:11] career  keep  studying  maybe  do  a  master
[28:13] 
[28:13] they  can  start  with  a  boot  camp  and  then
[28:14] 
[28:14] dig  into  it  in  the  coming  years  having  a
[28:16] 
[28:16] job  being  paid  finding  some  time  on  the
[28:19] 
[28:19] side  to  keep  learning  and  that's  what
[28:20] 
[28:20] student  our  students  do  but  if  they  want
[28:23] 
[28:23] to  go  straight  into  like  being  in  the
[28:25] 
[28:25] Google  team  for  artificial  intelligence
[28:28] 
[28:28] do  a  master  do  a  PhD  and  apply  for  that
[28:31] 
[28:31] study  for  nine  years  that's  the  the
[28:33] 
[28:33] career  path  and  the  industry  needs  this
[28:34] 
[28:34] and  universities  are  really  good  at  this
[28:36] 
[28:36] that's  a  clear  message  for  you  for  for
[28:38] 
[28:38] potential  students  that  are  listening
[28:40] 
[28:40] now  and  and  wondering,  okay,  I  want  to
[28:42] 
[28:42] be  a  developer.  I  want  to  work  at  Google
[28:45] 
[28:45] doing  this  amazing  project.  I  I  have  a
[28:48] 
[28:48] uh  I  have  an  objection.  First  of  all,  I
[28:49] 
[28:50] I  like  very  much  your  your  intervention
[28:51] 
[28:52] and  I  agree  90%  with  everything  except
[28:55] 
[28:55] except  uh  for  instance  uh  everything
[28:57] 
[28:57] that  you  said  about  the  the  industry  and
[28:59] 
[28:59] the  and  boot  camps.  I  completely  agree.
[29:02] 
[29:02] A  university  doesn't  provide  with  the
[29:04] 
[29:04] with  uh  actual  uh  technical  skills  that
[29:08] 
[29:08] uh  industry  needs  because  it  it it  moves
[29:10] 
[29:10] in  another  cycle  of  of  upgrading.  Yeah.
[29:13] 
[29:13] But  my  point  of  view  is  that  right  now
[29:17] 
[29:17] uh  it's  true  that  university  can  provide
[29:21] 
[29:21] with  experience  and  this  experience  is
[29:24] 
[29:24] good  for  the  person  because  if  you  take
[29:27] 
[29:27] one  boy  or  girl  of  18  years  old  the  four
[29:31] 
[29:32] years  that  he's  going  to  spend  in  the
[29:33] 
[29:33] university
[29:34] 
[29:34] it's  it's  uh  it's  really  important  for
[29:38] 
[29:38] them  for  for  mature  because  it's  it  has
[29:40] 
[29:40] nothing  to  do  a  person  of  24  years  old
[29:43] 
[29:43] and  a  and  and  a  person  of  18  years  old.
[29:45] 
[29:46] It's  you're  al  already  a  a  teenager  and
[29:49] 
[29:49] these  years  you  better  be  in  the
[29:51] 
[29:51] university  or  somewhere  else  but  you  can
[29:53] 
[29:53] do  uh  be  traveling  or  or  doing  something
[29:55] 
[29:55] else.  I  agree.  Yeah.  And  that's  why  I
[29:57] 
[29:57] mentioned  the  life.  Yeah.  The  life
[29:59] 
[29:59] experience  and  I  I  like  very  much  the
[30:01] 
[30:02] life  experience  in  the  university  and
[30:03] 
[30:03] that's  for  instance  one  of  the  the
[30:05] 
[30:05] reasons  because  I  came  back  to  un  to
[30:08] 
[30:08] university  when  I  was  working.  Yeah,  I
[30:10] 
[30:10] remember  the  first  day  that  I  was
[30:12] 
[30:12] working  in  a  company  and  my  friends
[30:13] 
[30:13] called  me  today  we  have  a
[30:16] 
[30:16] party  no  I  want  to  come  and  I  was  in  I
[30:20] 
[30:20] was  coding  in  the  company  say  no  I  want
[30:22] 
[30:22] to  go  back  to  university  and  I  went  10
[30:24] 
[30:24] years  later  the  problem  that  we  have  now
[30:27] 
[30:27] is  that  universities  doesn't  have  the
[30:29] 
[30:30] exclusive  the  exclusivity  to  all  this
[30:32] 
[30:32] knowledge  that  we  need  to  become  a
[30:34] 
[30:34] well-rounded  engineer  and  the  problem  is
[30:37] 
[30:37] that  we  have  the  wrong  incentive
[30:39] 
[30:39] incentives  in  uh  in  the  in  the  academic
[30:42] 
[30:42] academic  staff.  We  have  a  really  old
[30:46] 
[30:46] institution  really  sometimes  really  old
[30:49] 
[30:49] sometimes  centuries  old  uh  half  a
[30:52] 
[30:52] millennia  in  in  in  some  universities
[30:54] 
[30:54] that  and  with  some  power  structures  some
[30:57] 
[30:57] some  practices.  And  what  we  have  now  is
[31:01] 
[31:01] that  university  was  designed  for  a  time
[31:04] 
[31:04] where  you  went  you  got  education  you  got
[31:08] 
[31:08] training  and  you  were  set  for  life  and
[31:11] 
[31:11] this  is  not  long  no  longer  true.  So  how
[31:13] 
[31:13] will  the  universities  evolve  in  the  in
[31:15] 
[31:15] the  future?  You  never  see  in  the
[31:17] 
[31:17] university  we  have  a  big  problem  right
[31:19] 
[31:19] now  because  there's  internet  there's  ms
[31:22] 
[31:22] there's  online  learning  there's  boot
[31:23] 
[31:23] camps  there  a  lot  of  things  that  are
[31:25] 
[31:25] competing  with  us  to  get  a  good  job  but
[31:28] 
[31:28] the  problem  is  how  are  we  going  to  get
[31:32] 
[31:33] wellrounded  professionals
[31:36] 
[31:36] it's  not  a  problem  I  think  right  now
[31:38] 
[31:38] it's  not  a  problem  that  that  is  going  to
[31:40] 
[31:40] be  fixed  in  the  university  right  it's
[31:42] 
[31:42] going  to  be  fixed  in  the  culture  because
[31:44] 
[31:44] we  are  in  a  scenario  of  online  learning.
[31:47] 
[31:47] Yeah.  When  we  can  get  training  from  boot
[31:49] 
[31:49] camps  and  we  can  I  mean  in  things  where
[31:52] 
[31:52] places  like  in  boot  camps  or  co-workers
[31:54] 
[31:54] and  even  in  the  university  we're  going
[31:56] 
[31:56] to  get  networks  of  uh  people  that  we
[31:59] 
[31:59] know  where  we  are  going  to  be  learning
[32:02] 
[32:02] all  the  time.  My  problem  that  I  have
[32:04] 
[32:04] also  is  that  I  have  seen  some  startups
[32:07] 
[32:08] in  incubators  where  they  get  some  guy
[32:10] 
[32:10] they  put  it  they  put  him  through  a  boot
[32:13] 
[32:13] camp  and  they  tell  him  okay  you  can
[32:15] 
[32:15] build  your  startup  and  now  you're  a  CTO
[32:18] 
[32:18] and  they  always  screw  up.  You  cannot
[32:24] 
[32:24] become  a
[32:25] 
[32:25] CTO  with  just  a  boot  camp  because
[32:30] 
[32:30] because  you  know  how  to  use  Can  I  say
[32:33] 
[32:33] something?  Okay.  Yeah.  Uh  okay.  Uh  there
[32:37] 
[32:37] are  so  many  things  on  the  table  that's
[32:38] 
[32:38] I'm  I'm  trying  to  go  in in  somewhat  in
[32:42] 
[32:42] some  order.  So  let's  go  with  the  co
[32:43] 
[32:43] first.  I  think  this  is  very  related  to
[32:47] 
[32:47] university  mentality  versus  uh  boot
[32:49] 
[32:49] camps  mentality.  Um,  okay.  If  you're
[32:52] 
[32:52] talking  about  an  established  business,
[32:55] 
[32:55] uh,  with  a  large  scale  of  operations,  I
[32:58] 
[32:58] don't  think  that  a  person  that  is  coming
[33:00] 
[33:00] straight  out  of  a  boot  camp  would  be  the
[33:01] 
[33:01] best  candidate  to  be  a  co.  No  doubt.
[33:03] 
[33:04] Like  that's  it.  If  you're  like  Airbnb,
[33:07] 
[33:07] your  co  should  not  come  straight  out  of
[33:09] 
[33:09] the  boot  camp.  No,  but  there  I  think
[33:11] 
[33:11] also  has  like  sorry  but  it  has  like  I
[33:14] 
[33:14] don't  know  the  the  main  part  of  his  job
[33:18] 
[33:18] is  not  just  about  coding  but  also
[33:21] 
[33:21] mentoring  their  employer  so  many  things
[33:24] 
[33:24] recruiting  so  I  don't  know  the  guy  has
[33:26] 
[33:26] to  be  technical  absolutely  but  the  main
[33:29] 
[33:29] traits  I  think  are  on  lay  on  the  soft
[33:33] 
[33:33] skills  so  I  don't  think  we  can  provide
[33:35] 
[33:35] that  well  yeah  it's  a  mix  it's  a  mixing
[33:38] 
[33:38] but  I  think  there  This  is  the  point  I
[33:40] 
[33:40] was  trying  to  make.  There  was  something
[33:41] 
[33:41] that  kind  of  stuck  to  my  mind  about  what
[33:43] 
[33:43] Mark  was  saying.  It's  like  because  they
[33:45] 
[33:45] he  said  because  they  would  fail  hard
[33:48] 
[33:48] and  actually  they  are  failing  hard  or
[33:50] 
[33:50] they  are  they  are  or  they  have  failed
[33:52] 
[33:52] hard.  Okay,  I'm  really  glad  about  this
[33:54] 
[33:54] on  one  side.  Don't  get  me  wrong,  but  I  I
[33:57] 
[33:57] know  that  what  I'm  saying  is  slightly
[33:58] 
[33:58] controversial.  It  depends  on  situation
[34:00] 
[34:00] per  situation,  but  I  think  this  is
[34:03] 
[34:03] extremely  good  and  proves  the  fact  that
[34:06] 
[34:06] boot  camps  are  useful.  Um  the  best
[34:10] 
[34:10] professionals  in  all  sectors.  This  is
[34:12] 
[34:12] not  programming.  This  is  life  are  people
[34:15] 
[34:15] who  failed  hard.  They  know  what  it  means
[34:19] 
[34:19] to  fail.  What  makes  the  US  economy
[34:21] 
[34:21] strong  is  that  they  fail  hard  and  they
[34:23] 
[34:24] fail  fast  and  they're  not  scared  to  and
[34:26] 
[34:26] they  learn  a  ton  from  failing.  All  the
[34:28] 
[34:28] best  entrepreneurs  I've  met  in  the  US
[34:31] 
[34:31] failed  really  hard  several  times  before
[34:34] 
[34:34] making  it.  Some  just  didn't  make  it.
[34:37] 
[34:38] Some  failed  fail  fail  learn  and
[34:40] 
[34:40] eventually  made  it  big.  Now  for  example
[34:44] 
[34:44] I'm  not  saying  this  is  true  or  this  is
[34:45] 
[34:45] not  true  but  if  universities  don't  allow
[34:47] 
[34:47] you  to  fail  you  miss  a  learning
[34:49] 
[34:50] opportunity.  Is  does  that  mean  that  then
[34:52] 
[34:52] universities  should  not  teach  you  things
[34:53] 
[34:54] so  you  fail  and  then  so  you  learn?  No
[34:55] 
[34:56] I'm  not  saying  this.  I'm  not  saying  I'm
[34:57] 
[34:57] just  saying  failing  per  se  is  not
[34:59] 
[34:59] necessarily  something  that  is  absolutely
[35:03] 
[35:03] bad.  And  I  think  a  CTO,  a  good  CTO  must
[35:07] 
[35:07] have  made  some  mistakes.  If  I  were  to
[35:09] 
[35:09] hire  a  CTO  and  and  when  when when  we
[35:12] 
[35:12] hire  collaborators,  we  ask  them  what
[35:14] 
[35:14] their  successes  are,  but  I  want  to  know
[35:15] 
[35:15] about  their  failures.  If  they  have  not
[35:17] 
[35:17] failed,  they've  not  failed  hard  and  they
[35:19] 
[35:19] don't  know  what  it  means  to  fail  and
[35:20] 
[35:20] they  have  not  learned  from  it.  I'm
[35:22] 
[35:22] scared.  These  guys  have  no  idea  what
[35:25] 
[35:25] failure  is,  it's  a  bad  collaborator.  So
[35:28] 
[35:28] we  have  hacker  schools  on  the  on  the  one
[35:29] 
[35:29] side  that's  like  a  three  two  three
[35:31] 
[35:31] months  program  and  you're  learning  one
[35:33] 
[35:33] very  specific  thing  right  for  that
[35:35] 
[35:35] period  of  time.  Well,  several  specific
[35:37] 
[35:37] things,  but  yeah,  several  specific
[35:38] 
[35:38] things.  I  mean,  we  do  we  do  data
[35:39] 
[35:39] structures,  we  study  algorithm
[35:40] 
[35:40] complexity  compared  to  universities,
[35:42] 
[35:42] there's  it's  pretty  specific.  I  don't
[35:44] 
[35:44] know  compared  to  like  a  4-year  program.
[35:46] 
[35:46] I  I  would  we  actually  did  we  did  a
[35:48] 
[35:48] comparison  from  our  between  our
[35:50] 
[35:50] curriculum  and  university  and  I  think
[35:53] 
[35:53] one  of  the  main  things  that  we  don't  do
[35:55] 
[35:55] for  we  don't  dig  deep  into  operating
[35:57] 
[35:57] systems  like  university  does.  I  think
[36:00] 
[36:00] our  role  would  be  would  be  glad  because
[36:01] 
[36:01] he  was  he  was  working  on  that  on  that
[36:03] 
[36:03] summary.  But  if  you  compare  if  you
[36:05] 
[36:06] compare  we  have  if  if  students  or  or
[36:08] 
[36:08] listeners  are  interested  just  get  in
[36:10] 
[36:10] touch  with  us  and  we  can  provide  them  a
[36:11] 
[36:11] comparison  of  uh  what  is  the  typical  uh
[36:15] 
[36:16] 3  four  years  university  curriculum  what
[36:18] 
[36:18] is  the  topics  that  are  taught  in  there
[36:19] 
[36:20] and  the  difference  between  that  and  what
[36:21] 
[36:21] we  teach.  There  are  some  topics  that  we
[36:23] 
[36:24] don't  dig  too  much  into  but  many  of  them
[36:26] 
[36:26] and  what  we  think  are  the  core  ones  we
[36:28] 
[36:28] actually  cover.  So  we  talk  about  data
[36:29] 
[36:29] structures,  we  talk  about  algorithms,
[36:31] 
[36:31] algorithms  complexity,  complexity
[36:33] 
[36:33] analysis,  uh  you  know  we  we  talk  about
[36:35] 
[36:36] all  the  the  the  language  structure  and
[36:38] 
[36:38] and  then  architects,  software
[36:40] 
[36:40] architecture.  So  we  we  actually  cover
[36:43] 
[36:43] quite  a  lot  of  topics  but  we  will  have
[36:45] 
[36:45] our  schools  in  for  each  other  the  next
[36:48] 
[36:48] year.  That's  what  I  mean  talking  about
[36:50] 
[36:50] topics  uh  and  not  to  and  not  and  not  too
[36:54] 
[36:54] not  too  different  than  I  I  think  the
[36:55] 
[36:55] university  is  is  is  in  in  deep  trouble
[36:58] 
[36:58] and  I'm  in  in  the  university  and  I'm
[37:00] 
[37:00] really  concerned  about  because  my  job  so
[37:02] 
[37:02] we  can  uh  and  uh  and  I  think  I'm  right
[37:05] 
[37:05] now  you  can  always  come  to  boot  camps
[37:07] 
[37:07] later  I  can  come  to  teach  to  to  boot
[37:09] 
[37:09] camps  maybe  uh  it  it's  a  it's  a  it's  an
[37:13] 
[37:13] opportunity  it's  an  opportunity  maybe  uh
[37:16] 
[37:16] for  instance  in  the  university  I  learned
[37:18] 
[37:18] how  to  code  in  assembler  and  maybe  now
[37:21] 
[37:21] it's  a  a  skill  that  is  not  doesn't
[37:23] 
[37:23] matter  but  I  think  that  it  does  I  think
[37:25] 
[37:25] it's  a  perfect  example  let's  let's  let's
[37:27] 
[37:27] start  from  this  like  assembler  okay  some
[37:29] 
[37:29] engineers  need  to  know  that  assembler
[37:32] 
[37:32] right  but  we  have  a  startup  that  is
[37:35] 
[37:35] coming  up  with  a  product  and  needs  to
[37:37] 
[37:37] have  a  operating  website  or  a  mobile  app
[37:40] 
[37:40] out  in  the  market  testing  their
[37:42] 
[37:42] assumption  in  three  months  how  assembler
[37:46] 
[37:46] useful  for
[37:47] 
[37:47] them  depend  No,  no,  I  I  I'm  making  this
[37:51] 
[37:51] question  in  this  case.  So,  let's  let's
[37:53] 
[37:53] stick  for  a  second  to  discuss  how  is
[37:55] 
[37:55] assembler  useful  to  them.  I'm  not  saying
[37:57] 
[37:57] as  never  useful.  I'm  not  arguing  I'm  not
[38:00] 
[38:00] arguing  with  the  with  the  with  the
[38:02] 
[38:02] necessity  of  boot  camps  and  the  and  and
[38:04] 
[38:04] it's  useful.  I'm  talking  about  the  CTO
[38:07] 
[38:07] level.  Uh  but  even  for  a  co  of  such  a
[38:10] 
[38:10] startup,  how  is  assembler  useful  for
[38:12] 
[38:12] them?  Like  I  don't  think  honestly  that
[38:14] 
[38:14] for  a  co  of  such  a  startup  would  as  be
[38:17] 
[38:17] useful.  If  you  are  working  in  Western
[38:19] 
[38:19] Digital  or  Seagate  and  you're  writing
[38:21] 
[38:22] drivers  for  hard  drives  then  as  super
[38:25] 
[38:25] useful  for  you  then  you  should  learn
[38:26] 
[38:26] about  it.  You  should  know  about  that's
[38:27] 
[38:27] super  relevant  for  your  job.  The  uh  it
[38:30] 
[38:30] depends  for  for  instance  the  I  I  I  don't
[38:32] 
[38:32] remember  the  name  the  company  that  now
[38:34] 
[38:34] is  the  uh  the  leading  company  in  in
[38:37] 
[38:37] containers  for  cloud  computing.  It's
[38:39] 
[38:39] it's  a  docker  docker  docker  it  was  not  a
[38:43] 
[38:43] a  company  uh  making  containers  they  were
[38:46] 
[38:46] providing  another  service  right  but  they
[38:49] 
[38:49] uh  they  had  a  deep  knowledge  of
[38:51] 
[38:51] operating  systems  I  don't  know if  uh  uh
[38:53] 
[38:53] and  and  how  and  how  uh  it's  how  to  build
[38:58] 
[38:58] and  they  and  they  had  this  pro  and  they
[39:00] 
[39:00] had  this  problem  they  solved  it  in  a  in
[39:03] 
[39:03] a  so  good  way  but  that's  a  perfect
[39:05] 
[39:05] that's  a  perfect  example  they  created
[39:07] 
[39:07] and  you
[39:08] 
[39:08] I  think  it's  also  a  great  example
[39:09] 
[39:09] because  it's  a  company  that  has  built  on
[39:11] 
[39:11] top  of  open  source  but  then  the  layers
[39:13] 
[39:13] are  stacking  up  and  I'm  sure  they're
[39:15] 
[39:15] hiring  a  lot  of  developers  right  but  in
[39:17] 
[39:17] the  in  the  top  of  the  layer  so  I'm  those
[39:19] 
[39:19] I'm  sure  they  don't  have  a  clue  about
[39:21] 
[39:21] assembler  I  think  I  think
[39:23] 
[39:23] that's  I  don't  think  assembler  because
[39:26] 
[39:26] it's  it's  really  far  in  the  past  but
[39:29] 
[39:29] assembler  but  I  think  operating  systems
[39:31] 
[39:31] building  compilers  how  to  develop  a  I
[39:34] 
[39:34] think  I  think  docker  is  a  perfect
[39:35] 
[39:35] example  can  we  just  just  say  something
[39:37] 
[39:37] about  Docker.  Docker  first  of  all  is  a
[39:39] 
[39:39] rare  example.  Uh  it's  it's  out  of  in  the
[39:42] 
[39:42] if  you  look  at  the  ecosystem  of  startups
[39:45] 
[39:45] is  one  of  the  few  that  is  focusing  it's
[39:48] 
[39:48] it's  uh  it's  consumer  and  business
[39:50] 
[39:50] facing.  So  it's  not  hardware,  it's
[39:52] 
[39:52] software  and  it's  uh  focusing  on
[39:55] 
[39:56] low-level  technology.  Okay,  they  are
[39:57] 
[39:57] very  close  to  the  operating  system.
[39:59] 
[39:59] Okay.  So  it's  a  rare  example  out  of  all
[40:01] 
[40:01] the  universe  of  startups  there  are  not
[40:03] 
[40:03] many  startups  that  or  or  or  companies
[40:06] 
[40:06] that  are  working  with  this  level  of
[40:07] 
[40:07] technology.  But  even  within  docker  even
[40:09] 
[40:09] within  docker  they  will  need  some  people
[40:12] 
[40:12] who  have  a  PhD  and  have  studied  like
[40:15] 
[40:15] very  deeply  operating  system  works
[40:17] 
[40:17] within  their  team  they  will  need  people
[40:18] 
[40:18] who  have  studied  assembly  and  and
[40:21] 
[40:21] understand  how  this  works  and  deal  with
[40:23] 
[40:23] very  low-level  operating  systems
[40:25] 
[40:25] probably  in  their  backend  team.  Okay.  So
[40:28] 
[40:28] they  need  it  and  where  are  they  going  to
[40:29] 
[40:29] get  these  developers?  From  universities
[40:31] 
[40:31] or  or  boot  camps  if  they  I  know  there
[40:35] 
[40:35] are  boot  camps  on  machine  learning  for
[40:36] 
[40:36] instance.  Yeah.  Yeah.  Okay.  But  let's
[40:38] 
[40:38] say  in  the  most  common  in  the  most
[40:39] 
[40:40] common  case  in  the  most  common  you  can
[40:41] 
[40:41] learn  in  the  most  common  in  the  CTO
[40:43] 
[40:43] level  just  just  to  wrap  just  to  wrap
[40:45] 
[40:45] this  up  for  a  second  in  the  uh  even
[40:48] 
[40:48] within  docker  they  have  a  client  facing
[40:51] 
[40:52] like  they  have  they  have  they  have  a
[40:53] 
[40:53] they  have  a  website  they  have  an
[40:55] 
[40:55] interface  that  the  client  facing  with  uh
[40:58] 
[40:58] they  have  uh  an  API  all  these  things  can
[41:02] 
[41:02] are  needed  they  need  to  hire  people  they
[41:04] 
[41:04] don't  want  someone  with  a  PhD  and  and
[41:06] 
[41:06] knowledge  in  assembly  to  build  is  they
[41:08] 
[41:08] want  someone  who  uh  has  experience  with
[41:12] 
[41:12] uh  Ruby  and  Rails  or  or  Node  and  Angular
[41:15] 
[41:15] React  like  all  these  frameworks  they
[41:17] 
[41:17] need  this.  So  that's  the  perfect  example
[41:19] 
[41:19] of  the  fact  that  both  things  coexist  and
[41:22] 
[41:22] they  serve  different  purposes.  I  agree
[41:23] 
[41:23] with  that.  And  to  wrap  and  to  wrap  this
[41:24] 
[41:24] up  because  I  think  we're  running  out  of
[41:26] 
[41:26] time  and  in  the  interest  of  who's
[41:28] 
[41:28] listening  to  this,  I  think  one  of  the
[41:30] 
[41:30] question  that's  actually  useful  to  ask
[41:32] 
[41:32] for  people  is  like
[41:35] 
[41:35] um  how  much  time  do  I  want  to  invest  in
[41:39] 
[41:39] my  studying  career  and  when  do  I  want  to
[41:44] 
[41:44] start  working  and  where?  I  think  these
[41:47] 
[41:47] are  like  very  useful  question  if  you
[41:49] 
[41:49] need  to  figure  out  if  you  want  to  do
[41:50] 
[41:50] university  or  if  you  want  to  do  because
[41:52] 
[41:52] this  podcast  in  the  end  I  guess  it's  for
[41:56] 
[41:56] people  who  wonder  should  I  do  one  or
[41:58] 
[41:58] should  I  do  the  other  right  so  I  I'm
[42:01] 
[42:01] trying  to  say  like  what  could  useful
[42:03] 
[42:03] question  be  it's  like  okay  when  do  I
[42:05] 
[42:05] want  to  start  working  do  I  want  to  start
[42:08] 
[42:08] working  in  four  years  and  it's  cool  and
[42:11] 
[42:11] because  I  want  to  take  this  time  to
[42:12] 
[42:12] explore  and  go  for  a  university  don't  go
[42:15] 
[42:15] for  a  boot  camp  do  I  want  to  start
[42:17] 
[42:17] working  in  3  months,  four  months,  5
[42:19] 
[42:19] months,  go  to  a  boot  camp.  Then  a
[42:21] 
[42:21] university  is  not  is  not  the  place  to
[42:23] 
[42:23] be.  And  and  I  think  you  were  saying
[42:25] 
[42:25] something  about  students  who  are  18  or
[42:27] 
[42:27] 19.  But  many  students  at  boot  camps  are
[42:30] 
[42:30] not  18  or  19.  They're  maybe  23,  24,  25.
[42:34] 
[42:34] These  people  don't  necessarily  want  to
[42:36] 
[42:36] go  back  to  university  and  do  another
[42:37] 
[42:37] three  years  before  they  get  a  job.  So
[42:40] 
[42:40] that's  why  we  have  different  situations.
[42:41] 
[42:41] there  is  a  lot  of  talent  out  there  that
[42:43] 
[42:43] it's  perfectly  capable  to  like  you  know
[42:45] 
[42:45] get  a  great  job  in  engineering  and  I
[42:47] 
[42:47] think  boot  camps  are  helping  a  lot  with
[42:48] 
[42:48] this.  Absolutely.  So  uh  we're  running
[42:51] 
[42:51] out  of  time  as  I  said  there's  been  a
[42:52] 
[42:52] good  good  discussion  uh  we  agree  on  lot
[42:55] 
[42:55] and  and  some  things  we  don't  agree  on
[42:57] 
[42:57] and  and  that's  the  way  it  needs  to  be.
[42:59] 
[42:59] Uh  it  will  be  very  interesting  to  to  to
[43:01] 
[43:01] follow  to  see  the  future  how  both  the
[43:03] 
[43:03] universities  and  boot  camps  evolve  uh
[43:06] 
[43:06] the  next  years.  Uh  but  thank  you  so  much
[43:08] 
[43:08] everyone  for  being  here.  Uh  Maral  from
[43:13] 
[43:13] Opado  from  Ironhack.  We  have  Alessandro
[43:17] 
[43:17] Sanardi  from  Codeworks  and  also  Arol
[43:21] 
[43:21] Vinolas  from
[43:23] 
[43:23] from  Codeworks  Vinas.  Vignas.  Thank  you
[43:26] 
[43:26] so  much  for  being  here.  Uh  and  this  was
[43:29] 
[43:29] the  ITN  podcast,  the  first  one.
[43:32] 
[43:32] [Music]

Transcripción completa

[Music] Welcome to the ITN podcast. I'm Synindra Hoplan. Uh with me today, I have three smart guys uh to discuss today's topic. Hacker schools versus universities. Do we need both? Why are they popping up around Barcelona, around Europe, around the world and and and the future? What's what's in it for the future of education for developers? Uh so to give their insights today, we have uh Maralier. He's a podcaster and a professor at UPE uh one of the universities in Barcelona producing hundreds of young developers every year. Thank you for being here. Thank you very much. Uh on the other side of the table, we have Marco, director of hacker school Iron Hack in Barcelona. Welcome. Thanks for inviting us. And last but not least, we have Arol Vinolas with CodeWorks, a fairly new hacker school here in Barcelona. Good to have you with us. Yeah, thank you very much for inviting us. So, uh, to start off, uh, only a few years ago, universities had the monopoly on educating developers. Uh, and, uh, if you wanted to be a developer, you you had to go through a university program or you had to teach yourself, basically. Well, that that's absolutely not true. Oh, absolutely not true. Uh, in the in the 80s and in the '90s, uh, there were in Barcelona a few coding schools. Uh, one for instance was uh really famous was called Bite and we had a very few uh uh some schools. It were correlated with the demand of developers in Barcelona. But uh but what we have uh especially uh development was done in things like cobalt and things like uh Clipper and C and and Pascal and we had schools uh outside of the university teaching how to how to code. uh it was not systematized like uh light right now. The demand was not high high but was but in in those days uh development was really well paid because there were really few developers and the the and computer science was um computers were entering in the old fields. So when you uh enter in a computer with a computer into in in a company the the the amount of increase uh improvement in per performance was outstanding. So the the developer and the the guy or the or the women who was able to to use that tool. Uh it it provided a lot huge added value. And then we had the university who started uh in the beginning the 80s we didn't have a degree program we have a master's program. Then we uh when we took uh ma mathematics degrees and physicians uh um uh degrees in phys in physics and uh industrial engineers and then we teach them computer science. It was in the in the mid80s where we got the first degrees engineers engineers in in computer science. And I guess you can say that uh the last year's demand has has risen a lot in in in the industry and that's what's causing now a lot of the the hacker schools to to to pop up around Barcelona. One of those schools is is Iron Hack. Uh you're not only in Barcelona but in in Madrid and and also in Miami. Uh how how are you doing this differently from from the universities? Can you tell a bit Mark? Yeah, absolutely. And I think the main difference here is that uh university is a system that it's really embedded in society in a way. So as we were like talking before I mean incentives are not there in order to provide this value in new jobs that are being created in the market and the way we work is I think it's different right I mean we try to deeply understand what the industry demands right now and which positions they cannot fill like from the usual channels and then we go we work backwards and then we try to provide these skills to uh in order to employ these people. So I think that uh yeah sorry the mic. So um I think that like our I don't know our obsession is always like this employ like it's employment rate like to keep it up to like put through our programs all the people and at the end getting a job. So we have this job assistance at the end. So it's not like just teaching for the sake of teaching. So we don't see as education I don't know an end by itself like I don't know you are 18 you're 18 and you what do you do okay I go to university because uh it's what I have I'm supposed to do right so we try to get like this we attach this and we see education as a medium to achieve something but this this uh hacker schools both you at Iron Hack also at code works uh you're you're not giving them a full degree this is a threemon month program. So what can you give a person an aspiring developer in in in three months? Yeah. Well well it's like okay the degree is is a title. Okay. Um I think we have to focus more on on what uh the different type of studies are giving to the student and okay the university uh in a personal perspective I spent actually it was a five years course and I spent seven years because uh I was working uh since the first year and I remember the day that I would like to um counted credit in the university um uh when I was working and I in the first year I I I went to the I don't know how to say back at the studies he's like he's the headmaster yeah he's the headmaster and I say to him that I was starting um working in a company in a developing company from the first year and then he say me that this is not recommendable at And okay, I was I was uh good as a student at that time, but I was I I wanted to practice to practice um uh while I was in the university. So I find I found out that in my time in the university I find myself like a maker and the university uh went um um bring myself into um maker thing. Okay. I I I was priming in there but also with so theoretical things that maybe I was not interested about. Okay. So I I would like to intervene uh and and and say same something first. We are uh I think that we we should be really clear about what we're talking about. we talking about training or we talking about education because uh I understand that a boot camp is a really useful tool because we need uh in one moment in time we need uh some companies that need quickly in 3 months, 6 months they need developers the uh to to be coding and and building things actual things that are going to work using a defined technology and they need training on that technology and and it's and It's a must to have this kind of service because if we have uh for instance now comes for comes iOS 10 and uh there are I don't know how many startups in Barcelona working uh uh in iOS development and they will need all their apps to be updated to iOS 10. So maybe we can provide with a a a crash course in 30 days or two months in iOS iOS 10 and the new features and and and to know especially how to port and take advantage of the new features and understand what they can do with the new features of iOS 10 and then we need that and we need it now and this is training. The problem is that we have also education and education is about uh building a person who has a lot of skills. A lot of skills like able to learn, able to think uh in a critical way to uh communicate, to relate to others, to solve problems like okay, I need to pass this course and this professor is a jerk. How do I do that? Um and there are a lot of ways you can cheat. You can study more. You can you can look for previous exams. You can you can do a lot of things to pass. If you solve the problem, you solve the problem. So we have education and training. The problem that we have is that training by its definition is something really specialized and education. I think that we need to teach persons that are able to adapt especially now because 20 years ago when you went to the university you had access to knowledge and knowledge was in only in the university and only in the library and the way to access the contents in the in the library is the methodology that you are going to learn in the university but now knowledge is on the internet and you have Google and we will have assistance we will have Cortana we will have city we will have a lot of things what we need to do is to be able to ask the right questions and we we don't understand and we don't have a good education will not be able to ask this this um these questions but do you do you feel like like you're educating students in the right way now comes the problem now comes the problem because in the university where I work the problem is that the teachers the professors are promoted are promoted and are They are they are you get a tenure in the university and you are promoted in the in the university if you are a good researcher not if you are a good teacher and not if you are a outstanding professional with a hu huge exper experience in the in the in the in companies there are a few private universities that you get there by doing that but it's rare it's really rare to find a professor that had that had his own company like I did in the 90s it's really rare only maybe 2% of the professors the rest will be professors that they ended his their degree they did a master's degree they did a PhD they did a postock and they and they published a lot of papers and they got a really good evaluation and they became professors and they are good scientists and what they are professors specialize in fields of of research and what we get in the engineering schools is that we don't have have this generalized teaching. We have also specialized teaching when we have new new uh study plans which are being negotiated according to how are going to um respect the balance of power between departments in our universities. You have these departments and we know about this. So this is really important to be there. It's not about what's in the what the companies need and I am a researcher and if I'm doing research in I don't know I'm deductive databases maybe this is something really important that I have to teach to to my students even if nobody uses that in the companies. So we have this big problem because all the incentives in the university are towards a specialization and this specialization is not geared up to create the creation of companies and then we have people who know really well things about science and research and they know they don't have this wide education. So, so and and then we have we go to the companies and we have more more training. We have more training in in the US. For instance, in Germany, in Germany, as you may know, when students finish high school, they are encouraged to have a year when they work in in social endeavors and they grow as a person and then they go to the university. So why why do so many people choose to to attend these these uh these hacker schools? Is it is it because universities not delivering on what they promise or can you claim? Yeah, I mean there are two debates here. I mean first of all like the degree versus job uh tension here that I mean the moment everybody has a degree the value of a degree like leans toward zero. I mean this I mean makes sense right? I mean if in the 20s if you are I don't know if you are a medical degree and you are a doctor you really well paid the same happens hey Alex same happened like with engineers in the 50s uh but right now if everybody like has a has a paper that says that journalist I don't know uh psychologist whatever I mean the the value of this the value of this degree like goes towards zero so the thing is that the difference that what we try to provide here because I don't know I'm an engineer myself I went through a five years of engineering which I'm not even sure that provided this transversal education it didn't it didn't because because when when I was like at the end of the at the end of the of my career I was like a perfect useless like I didn't I I didn't know like I didn't I was not able to create anything like by myself yeah but uh how was your learning curve when you when you left the university and you have to start doing things how was your learning curve. I'm I mean I'm not sure because I I cannot compare with myself without a degree but I don't know I knew plenty of things like how like I don't know gas like gas like goes through a pipe or I don't know how electricity works and that's fine like you walk in this down the street and you are like I don't know you're happy about it your mother is happy about it because it tells like your neighbor that her son is like an engineer but I don't know um I don't think I don't think it helps that much in order to start a company. For example, I wanted to start a company. I didn't even know what a P&L was. I think a P&L it's something that everybody should know and I get out of like industrial engineering and I didn't know what a P&L was and I it was it was really shame. I mean I I learned that really fast. Absolutely. I had the I was incentivized to to learn that right. But uh I have the sense that I was in the university for 5 years uh not sure what I was doing there like as you said like going like getting shortcuts like to get this teachers signature whatever right maybe a good metaphor is like if you you're in in the university and you're making bodybuilding you're training you you you're getting fit and then you don't know how to fight but you're very fit and and uh and for instance I was in a in a gym and we that and I was doing taekwondo and karate back then. Uh and then one day came this this guy was it was a a giant was a a 6.8 guy really fit really muscular he didn't know anything about karate anything but in 6 months of training he won the catalon championship in heavyweight kinkai I fought with him at I I I was fighting for with him for 10 minutes and I hit him like a dozen times uh and with what punch he throw me 2 meters away literally I was rolling like uh like Jackie Jen when he gets hit by a by a giant and because he was really fit. He he was really in connection with his body and he learned to get it really uh really fast. The problem is are we training? Are we really getting fitter? And and and in the university we're really specialized. But my problem uh right now is if we are not providing in the university a a general education. We don't not providing fit fit engineers in all senses able to communicate to collaborate to know math to know how to solve problems know how to learn things how to find information and if we're not providing these kind of people and then so we we provide people specializ in knowing how to make uh electrical circuits and how to um design databases or make the wonderful recursive algorithms to or know some technique of AI for instance it's what you can learn in the our university and then you only learn through things like boot camps which are essential what kind of city are we going to become are we going to go become San Francisco are we going to become Bangalore because in Bangalore they know okay you need to do this task is really well defined here's your framework here are your tools these these are your inputs and these are the outputs that you're going to get. And then you have these guys in India who are really profession proficient in that they get the training and they get to work and they're really efficient doing that. That's a very interesting and and the best guys and the rounded guys in India they go to San Francisco. H that is very interesting and nor the other are the solution right because I mean the way established and it goes back to incentives like uh as he told before it was a great point I think like uh if you go to university when you are a teen but you go there because you are told to because you I don't know because it's it's what you you should do because everybody does that and I don't know you look around oh man I mean everybody's going to university so do I right so uh you go there but you go through really five valuable years of of your existence and and they're they're gone because I mean you you were there but I don't know maybe your head was in another place and and maybe it was not the right time for you travel exactly means to get to this transversal univers education right because there now we have knowledge is not locked in the in the university exactly but just one one one quick remark that's the every single person that goes through the boot camp every single one knows exactly like they know really clear what they want. I mean once they want to become an entrepreneur another one wants I don't know a job in tech another one I don't know to understand this and better like how to market this product through non-conventional channels so everybody has a clear goal of what they want and I think that they are there because they want to and they have a great incentive to be there and to progress towards the towards the course. Yeah, actually I met a guy that come from um a cing school from San Francisco and he he was um a war for me and he I I met uh him last week uh since one year uh we had seen him and he uh was um creating his career now. He attended to a three month um code school there in San Francisco. He came back to work here in Barcelona for for a half a year and then now he's working in Dublin and in Dublin now he's aware that he has to build up his career about building up his knowledge uh with more um more software architecture or uh concepts like this that maybe uh are not uh are not given that deeper in code. Uh okay we are trying to but that students are know that they have to build his career because they are so engaged people and they attend to them to the code to the to our code school for this for building a career in a fast pace in a very fast pace and he they know how to build uh their careers and we need to to present Alexandro Sanardi he's also with uh with CodeWorks uh founder and and director of of CodeWorks in Barcelona. Yeah. CEO. Yeah. Uh a fairly new uh hacker school in in Barcelona, I had to say. And uh uh welcome. Thanks. First of all, uh great to have you with us. Uh thanks for organizing this. And now not now that you're here, uh we're talking about um how prepared uh a student can be or a student after attending a hacker school. H how how uh ready is he to to go into a startup for example and and you know uh take his skills and and really be helpful? Yeah. Um sorry uh can you can you give me again a little round of introduction? I know Mark collaborate. So Mark is from Iron Hack. Mark from the UBC and Mushap. Mark as well. Yeah. Mark Mark as well. Okay. Nice to meet you. Okay. Um Okay. So I was I was listening to what uh Mark was saying a moment ago uh and he made this example. I think it was pretty interesting uh when he was saying do we want a city that is San Francisco or do we want a city that's Bangalore? Uh well um we're in the middle. We're in the middle of the way. Well, yeah. Yeah. I mean um what is what is interesting in in this we take it just as a as a let's say as an idea to to talk about a topic. Uh I think Bangalore and San Francisco are historically two very different cities and we're not saying like one is better, one is worse, you know, it's it's different situations. um in terms of uh of what he was saying, I think it's interesting that actually um San Francisco which I think you were depicting if I get it right as a as a city where there is uh more entrepreneurial potential there is there is more creation you were saying in Bangalore it's more execution basically right okay I think it's interesting that in this regards San San Francisco is the home of boot camps like all boot camps were born the idea of coding boot camps was born in San Francisco. Uh it's where most boot camps uh were grown and in the past three years have flourished in the industry and I think iron was a was a early boot camp here in Europe. uh one of the first ones to start. We started in June this year. Uh although we're like building on the shoulder of giants. We're taking from the best practices of of uh Silicon Valley's best boot camps. Uh but I think what is interesting is that so this creativity this cap capacity to create transcends uh somewhat um the only the education field and and it's more embedded in society and it's more like it's related to many things access to capital culture these things uh but if you want to look for some sort of correlation There are no many boot camps in Bangalore and there are many boot camps in San Francisco. So at least I think it's fair to say that boot camps do not hurt this process. If you look at if you look if you look at the outcome it's it's almost the opposite. they support this process in a way. Is it is it boot camps are the only one who are able to create this book? Absolutely not. University and boot camps and I think this this is where I wanted to like kind of close this little um comment kind of recapping what I was hearing earlier. Um I don't think there is a fight between boot camp I'm sorry because I know I know the the the podcast is probably about like boot camps versus universities. I don't think there is a fight between boot camps universities. I think the two of them uh coexist very well in a healthy in a healthy system. Uh and they serve different purposes. Um if someone as from the perspective of a student, if a student wants to take a few years in his life or her life um and uh explore explore uh this field like computer science, wander around, take take even breaks because they have like breaks in the summer. They have time to explore even as a life experience without just a pure studying. It's something they can only do at university, right? That's something that lasts for three years. they can do Arasmus, they have time to like really dig into some topics if they're interested outside of the curriculum, etc. On the other hand, sometimes universities fail at currently at preparing students uh with some practical tools that they will need in at their job like when they start from day one. Um and this is where boot camps shine. boot camp shine in uh preparing someone in three month if if someone wants to like um you know like change their career and say like I want to get um a career in software engineering but I have a different background I don't want to go back to university and study for another three years uh or I want to I've been already web developing a little bit what some websites some things I want to level it up and become an engineer quick this is this is what boot camps do they offer opportunities for smart people to get in a position where uh they can be productive and and they can get a good job in software engineering real fast real fast. Now during this uh amount of time which for iron is two months for us it's three months two slightly different courses but the overall concept uh has a lot of things in common they don't have much free time right it's super super intense in the case of that's the point of a boot camp that's the point of a boot camp the case of code works is 11 hours a day six days a week there is no rasmos there is no you know that there is 980 hours of studying in three months that's like a master like a year master in three months. Um so different experiences. Um if uh we need engineers that have stronger theoretical knowledge, we need them in the industry. Uh every team needs them especially in some sectors like artificial intelligence, big data. Uh these engineers are more likely to come from universities. That's true. Like I'm not going to pretend that boot camps are good at forming these type of engineers because this type of studying requires years. It's not something you can compress in three months. Uh mostly they would benefit from doing a master doing a PhD. So maybe after eight nine years of study you can come up with some guys who's really good at artificial intelligence. It's not something you can do in three months. They can get started with these topics. they can start to play with it and then they can pursue a career keep studying maybe do a master they can start with a boot camp and then dig into it in the coming years having a job being paid finding some time on the side to keep learning and that's what student our students do but if they want to go straight into like being in the Google team for artificial intelligence do a master do a PhD and apply for that study for nine years that's the the career path and the industry needs this and universities are really good at this that's a clear message for you for for potential students that are listening now and and wondering, okay, I want to be a developer. I want to work at Google doing this amazing project. I I have a uh I have an objection. First of all, I I like very much your your intervention and I agree 90% with everything except except uh for instance uh everything that you said about the the industry and the and boot camps. I completely agree. A university doesn't provide with the with uh actual uh technical skills that uh industry needs because it it it moves in another cycle of of upgrading. Yeah. But my point of view is that right now uh it's true that university can provide with experience and this experience is good for the person because if you take one boy or girl of 18 years old the four years that he's going to spend in the university it's it's uh it's really important for them for for mature because it's it has nothing to do a person of 24 years old and a and and a person of 18 years old. It's you're al already a a teenager and these years you better be in the university or somewhere else but you can do uh be traveling or or doing something else. I agree. Yeah. And that's why I mentioned the life. Yeah. The life experience and I I like very much the life experience in the university and that's for instance one of the the reasons because I came back to un to university when I was working. Yeah, I remember the first day that I was working in a company and my friends called me today we have a party no I want to come and I was in I was coding in the company say no I want to go back to university and I went 10 years later the problem that we have now is that universities doesn't have the exclusive the exclusivity to all this knowledge that we need to become a well-rounded engineer and the problem is that we have the wrong incentive incentives in uh in the in the academic academic staff. We have a really old institution really sometimes really old sometimes centuries old uh half a millennia in in in some universities that and with some power structures some some practices. And what we have now is that university was designed for a time where you went you got education you got training and you were set for life and this is not long no longer true. So how will the universities evolve in the in the future? You never see in the university we have a big problem right now because there's internet there's ms there's online learning there's boot camps there a lot of things that are competing with us to get a good job but the problem is how are we going to get wellrounded professionals it's not a problem I think right now it's not a problem that that is going to be fixed in the university right it's going to be fixed in the culture because we are in a scenario of online learning. Yeah. When we can get training from boot camps and we can I mean in things where places like in boot camps or co-workers and even in the university we're going to get networks of uh people that we know where we are going to be learning all the time. My problem that I have also is that I have seen some startups in incubators where they get some guy they put it they put him through a boot camp and they tell him okay you can build your startup and now you're a CTO and they always screw up. You cannot become a CTO with just a boot camp because because you know how to use Can I say something? Okay. Yeah. Uh okay. Uh there are so many things on the table that's I'm I'm trying to go in in somewhat in some order. So let's go with the co first. I think this is very related to university mentality versus uh boot camps mentality. Um, okay. If you're talking about an established business, uh, with a large scale of operations, I don't think that a person that is coming straight out of a boot camp would be the best candidate to be a co. No doubt. Like that's it. If you're like Airbnb, your co should not come straight out of the boot camp. No, but there I think also has like sorry but it has like I don't know the the main part of his job is not just about coding but also mentoring their employer so many things recruiting so I don't know the guy has to be technical absolutely but the main traits I think are on lay on the soft skills so I don't think we can provide that well yeah it's a mix it's a mixing but I think there This is the point I was trying to make. There was something that kind of stuck to my mind about what Mark was saying. It's like because they he said because they would fail hard and actually they are failing hard or they are they are or they have failed hard. Okay, I'm really glad about this on one side. Don't get me wrong, but I I know that what I'm saying is slightly controversial. It depends on situation per situation, but I think this is extremely good and proves the fact that boot camps are useful. Um the best professionals in all sectors. This is not programming. This is life are people who failed hard. They know what it means to fail. What makes the US economy strong is that they fail hard and they fail fast and they're not scared to and they learn a ton from failing. All the best entrepreneurs I've met in the US failed really hard several times before making it. Some just didn't make it. Some failed fail fail learn and eventually made it big. Now for example I'm not saying this is true or this is not true but if universities don't allow you to fail you miss a learning opportunity. Is does that mean that then universities should not teach you things so you fail and then so you learn? No I'm not saying this. I'm not saying I'm just saying failing per se is not necessarily something that is absolutely bad. And I think a CTO, a good CTO must have made some mistakes. If I were to hire a CTO and and when when when we hire collaborators, we ask them what their successes are, but I want to know about their failures. If they have not failed, they've not failed hard and they don't know what it means to fail and they have not learned from it. I'm scared. These guys have no idea what failure is, it's a bad collaborator. So we have hacker schools on the on the one side that's like a three two three months program and you're learning one very specific thing right for that period of time. Well, several specific things, but yeah, several specific things. I mean, we do we do data structures, we study algorithm complexity compared to universities, there's it's pretty specific. I don't know compared to like a 4-year program. I I would we actually did we did a comparison from our between our curriculum and university and I think one of the main things that we don't do for we don't dig deep into operating systems like university does. I think our role would be would be glad because he was he was working on that on that summary. But if you compare if you compare we have if if students or or listeners are interested just get in touch with us and we can provide them a comparison of uh what is the typical uh 3 four years university curriculum what is the topics that are taught in there and the difference between that and what we teach. There are some topics that we don't dig too much into but many of them and what we think are the core ones we actually cover. So we talk about data structures, we talk about algorithms, algorithms complexity, complexity analysis, uh you know we we talk about all the the the language structure and and then architects, software architecture. So we we actually cover quite a lot of topics but we will have our schools in for each other the next year. That's what I mean talking about topics uh and not to and not and not too not too different than I I think the university is is is in in deep trouble and I'm in in the university and I'm really concerned about because my job so we can uh and uh and I think I'm right now you can always come to boot camps later I can come to teach to to boot camps maybe uh it it's a it's a it's an opportunity it's an opportunity maybe uh for instance in the university I learned how to code in assembler and maybe now it's a a skill that is not doesn't matter but I think that it does I think it's a perfect example let's let's let's start from this like assembler okay some engineers need to know that assembler right but we have a startup that is coming up with a product and needs to have a operating website or a mobile app out in the market testing their assumption in three months how assembler useful for them depend No, no, I I I'm making this question in this case. So, let's let's stick for a second to discuss how is assembler useful to them. I'm not saying as never useful. I'm not arguing I'm not arguing with the with the with the necessity of boot camps and the and and it's useful. I'm talking about the CTO level. Uh but even for a co of such a startup, how is assembler useful for them? Like I don't think honestly that for a co of such a startup would as be useful. If you are working in Western Digital or Seagate and you're writing drivers for hard drives then as super useful for you then you should learn about it. You should know about that's super relevant for your job. The uh it depends for for instance the I I I don't remember the name the company that now is the uh the leading company in in containers for cloud computing. It's it's a docker docker docker it was not a a company uh making containers they were providing another service right but they uh they had a deep knowledge of operating systems I don't know if uh uh and and how and how uh it's how to build and they and they had this pro and they had this problem they solved it in a in a so good way but that's a perfect that's a perfect example they created and you I think it's also a great example because it's a company that has built on top of open source but then the layers are stacking up and I'm sure they're hiring a lot of developers right but in the in the top of the layer so I'm those I'm sure they don't have a clue about assembler I think I think that's I don't think assembler because it's it's really far in the past but assembler but I think operating systems building compilers how to develop a I think I think docker is a perfect example can we just just say something about Docker. Docker first of all is a rare example. Uh it's it's out of in the if you look at the ecosystem of startups is one of the few that is focusing it's it's uh it's consumer and business facing. So it's not hardware, it's software and it's uh focusing on low-level technology. Okay, they are very close to the operating system. Okay. So it's a rare example out of all the universe of startups there are not many startups that or or or companies that are working with this level of technology. But even within docker even within docker they will need some people who have a PhD and have studied like very deeply operating system works within their team they will need people who have studied assembly and and understand how this works and deal with very low-level operating systems probably in their backend team. Okay. So they need it and where are they going to get these developers? From universities or or boot camps if they I know there are boot camps on machine learning for instance. Yeah. Yeah. Okay. But let's say in the most common in the most common case in the most common you can learn in the most common in the CTO level just just to wrap just to wrap this up for a second in the uh even within docker they have a client facing like they have they have they have a they have a website they have an interface that the client facing with uh they have uh an API all these things can are needed they need to hire people they don't want someone with a PhD and and knowledge in assembly to build is they want someone who uh has experience with uh Ruby and Rails or or Node and Angular React like all these frameworks they need this. So that's the perfect example of the fact that both things coexist and they serve different purposes. I agree with that. And to wrap and to wrap this up because I think we're running out of time and in the interest of who's listening to this, I think one of the question that's actually useful to ask for people is like um how much time do I want to invest in my studying career and when do I want to start working and where? I think these are like very useful question if you need to figure out if you want to do university or if you want to do because this podcast in the end I guess it's for people who wonder should I do one or should I do the other right so I I'm trying to say like what could useful question be it's like okay when do I want to start working do I want to start working in four years and it's cool and because I want to take this time to explore and go for a university don't go for a boot camp do I want to start working in 3 months, four months, 5 months, go to a boot camp. Then a university is not is not the place to be. And and I think you were saying something about students who are 18 or 19. But many students at boot camps are not 18 or 19. They're maybe 23, 24, 25. These people don't necessarily want to go back to university and do another three years before they get a job. So that's why we have different situations. there is a lot of talent out there that it's perfectly capable to like you know get a great job in engineering and I think boot camps are helping a lot with this. Absolutely. So uh we're running out of time as I said there's been a good good discussion uh we agree on lot and and some things we don't agree on and and that's the way it needs to be. Uh it will be very interesting to to to follow to see the future how both the universities and boot camps evolve uh the next years. Uh but thank you so much everyone for being here. Uh Maral from Opado from Ironhack. We have Alessandro Sanardi from Codeworks and also Arol Vinolas from from Codeworks Vinas. Vignas. Thank you so much for being here. Uh and this was the ITN podcast, the first one. [Music]