ThinkYoung Coding School

Deadline: As soon as possible

Program Starts: June 10, 2024

Program Ends: July 05, 2024

Events

Summer & Winter Schools

Location(s)

  • Azerbaijan
  • Belgium
  • Nigeria
Baku, Brussels, Lagos

Overview

Several courses are designed by professionals to equip our next generation with up-to-date skills. Besides normal workshops, guest lecturers and practical activities will be featured to inspire students about STEM.

Details

Become a  programmer

Why are there millions of vacant jobs in the global IT industry while youth unemployment is at a record high? Why aren't schools adapting to rapid changes in technology and increases in demand for tech skills? Why are teenagers being paid over 7000 € per month for an internship in Silicon Valley?

To answer these questions, we have decided to take action andinspire teenagers to understand that in today's tech-focused world, coding is just as important as writing or calculus. That is why we have created the Coding School at ThinkYoung. 

Our teachers

Youth, future, 21st Century skills and challenges in education are some of the keywords that underlie our vision of the ThinkYoung Coding School. This school will provide students with a unique experience characterised by innovative approaches in informal educational settings, addressing the real needs of both the youth of today and the skills required by industry.

  • Alberto Marin, Computer Engineer 
  • Lola Sanchéz, Software Engineer 
  • Fran Linde Blazquez, Software Engineer 
  • Cristina Abbà​, IT Consultant 
  • Yassine Kharchaf​, Full Stack Developer 

About us

The ThinkYoung Coding School started in Brussels in the summer of 2016. Youth unemployment was at a record high but there were 1 million vacant jobs in the European IT industry due to lack of skills, creating a declining competitiveness within the European market.

That is why ThinkYoung and Boeing decided to take action starting the first edition of the ThinkYoung Coding School. 

Education throughout Europe was struggling to adapt and address the needs of the future job market. The skills being taught in schools were not preparing or addressing the real needs of both the youth and the skills required by industry. Young Europeans learned the basics of IT first hand outside of schools, but the modern economy demands youth learn a deeper and more sophisticated use of technology and use of STEM skills.

Policy makers in Europe were, and still are, facing the challenge of providing the young generation with the tools to become future-proof and prosper in knowledge-based societies. Knowledge-based societies, on the other hand, require individuals to act upon their knowledge to produce new things, to know when and how to learn as well as how to learn with others. Currently, education systems across the EU are falling short in responding to this challenge.

The 2014 Skills Mismatch report by ThinkYoung shows a significant gender gap in coding skills. Female students and graduates report significantly lower levels of coding ability than their male counterparts (p.31). While girls do well in using computer software such as word processing, presentation software and social media, they lack significant digital competences such as coding, spread sheet, database language and web development skills (ibid, p.33). In no other STEM subject is the gender gap larger than in the ICT sector. Young women do not choose topics related to ICT and the number of women choosing an ICT career is even lower. “Of 1000 women with a Bachelors or other first degree, only 29 hold a degree in Information and Communication Technologies (ICT) compared to 95/1000 men (European Commission 2013). 

In 2014, Google published employment statistics detailing that only 30% of their employees are women. This percentage is equal to statistics published by the European Commission, stating that only 30% of about 7 million people working in the ICT sector are women (European Commission, 2016). Not only are women under-represented at all levels of the ICT sector, their number is particularly low in managerial and decision-making positions. According to a study on women active in the ICT sector by the European Commission from 2013; women entering the digital job market can create an annual €9 billion GDP boost in the EU (European Commission, 2013). In response to their low number of female employees, Google published a study in 2014 to identify the driving factors to trigger female interest in ICT studies. According to their study, women need social encouragement, self-perception, academic exposure and career perceptions. All of these factors are focused on overcoming the stigma of “geeks” and “nerds” as well as the male domination in the ICT sector by empowering women to choose a path in ICT by giving them female role models, early experiences of computer science, encouragement in solving puzzles and problems in order to foster logical thinking, and finally in building a supportive environment capable of instilling confidence and interest.

Findings from the ThinkYoung Coding School 2016 , run by ThinkYoung and Boeing, highlighted that 72% voted 5 when asked how likely they were to study STEM in higher education. 66% of the students from the 2016 school were between the ages of 15-17 and were influenced to study STEM going forward. In 2017, 64% of the students rated themselves as basic coders and by the end of the school 76% of them stated that they were likely to study STEM subjects at a higher level. This edition was actively engaging with 114,257 people online.

In 2018 the fourth edition of the ThinkYoung Coding School took place in the Netherlands and hosted at the Boeing offices in Amsterdam.  In 2019 the sixth edition of the ThinkYoung Coding School took place in Belgium and hosted at The Space in Brussels. The seventh edition of the ThinkYoung Coding School took place in Nairobi in October, marking the opening of ThinkYoung's new office in Africa.

Over the last 7 editions we were able to train in coding and programming over 500 teenagers. And counting.

Opportunity is About


Eligibility

Candidates should be from:


Description of Ideal Candidate

Applications are open for students aged between 11 and 17.


Dates

Deadline: As soon as possible

Program starts:

June 10, 2024

Program ends:

July 05, 2024

Program Starts: June 10, 2024

Program Ends: July 05, 2024


Cost/funding for participants

From € 999*

* Subject to change

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