_ .. / ... / [] / social / process / change(s) / design(s) / space(s) / _ / .

technology

• 1. knows the relevant electronic and computing technologies to be used, concerning both principles and functionality;
• 2. is skillful in implementing algorithms and combining principles from physics and mathematics at the level required by the application

  requirements

  
  
• 3. can analyze complex requirement contexts by making abstract descriptions following mathematical principles.
• 4. can implement key prototypes to try out ideas based on the latest tools and technologies;
• 5. recognizes and understands technological trends at such a level that a critical evaluation of scenarios for future applications and developments can be made;

  human factors

  
  
• 6. is able to identify societal problems and human needs that can be solved with state of the art technology in the digital realm;
• 7. can solve problems in a creative way, taking into account all complexities, requirements and interdependencies of the application areas and stakeholders;

  design

  
  
• 8. possesses skills to design attractive solutions, where both aesthetics and function are combined;
• 9. understands user acceptance and success criteria in a multi-cultural and globalized world;
• 10. has communicative skills and psychological knowledge, indispensable for dealing robustly and successfully with stakeholders and people benefitting from the new systems and services;

  business

  
  
• 11. can place the new applications in a business context, developing business plans, executing market research and translating innovations into profitable opportunities;
• 12. can assume a bridging role in a variety of multi-disciplinary teams, thereby translating and communicating requirements and knowledge from different fields of specialization.