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Master program Computer Science & Engineering

Master program Computer Science & Engineering. Alexander Serebrenik 2013 – 2014. Goals and vision. Graduate has developed scientific engineering attitude towards computer science with emphasis on design and construction of systems CSE provides sound theoretical foundations

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Master program Computer Science & Engineering

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  1. Master program Computer Science & Engineering Alexander Serebrenik 2013 – 2014

  2. Goals and vision • Graduate has developed • scientific engineering attitude towards computer science with emphasis on design and construction of systems • CSE provides • sound theoretical foundations • methodical application in design & analysis • contact with research and industry • CSE prepares for • jobs: sw developer/engineer (31%), consultant (7%), … • training: researcher (PhD: 13%), designer (PDEng: 4%) / department of mathematics and computer science

  3. CSE tag cloud / department of mathematics and computer science

  4. Program structure Q2 Q4 Q3 Regular program Honors program Q1 4 core courses + 8 electives (or 1 seminar + 7 electives) Q1 Q2 Year 1 research project 1 Q3 Q4 1 core course + 1 seminar + 4 electives (or 5 electives) research project 2 Year 2 Seminar: from the fourth quarter of your study program onwards thesis project (30 ECTS) Double degree • Q1 1 seminar + 2 core courses + 3 electives • Q2 Year 2 • Q4 • Q3 thesis project (30 ECTS) / department of mathematics and computer science

  5. Program structure Q2 Start thinking about your specialization Q4 Q3 Regular program Honors program Q1 4 core courses + 8 electives (or 1 seminar + 7 electives) Q1 Q2 Year 1 research project 1 Q3 Q4 1 core course + 1 seminar + 4 electives (or 5 electives) research project 2 Year 2 Seminar: from the fourth quarter of your study program onwards thesis project (30 ECTS) Double degree • Q1 1 seminar + 2 core courses + 3 electives • Q2 Year 2 • Q4 • Q3 thesis project (30 ECTS) / department of mathematics and computer science

  6. Electives We offer >50 electives and anycourse taught on a master level at any university inanycountry may be suitable, if approved in advance Capita Selecta: research assignment by invitation only. New in 2013-2014: Q4 2II66 Advanced process mining 5 / department of mathematics and computer science

  7. Don’t forget to register via OASE! / department of mathematics and computer science

  8. Thesis project • Show academic maturity in final thesis project: • theory, practice, or design • in the Netherlands (96%) or abroad (4%) • at the university (55%) or in a company (45%) / department of mathematics and computer science

  9. Thesis project • Crucial: duration! • 6 months • Supervisor can grant an extension up to 3 months • Examination committee can grant another extension up to 3 months • After 12 months: finita • Find yourself • favorite specialization • supervisor (can also help with selecting electives) / department of mathematics and computer science

  10. Specializations Computer Science Department Algorithms & Visualization Information Systems Model-driven software engineering Security & Embedded Networked Systems ALG algorithms VIS visualization AIS architecture of information systems DH databases and hypermedia FSA formal system analysis SET software engineering and technology SEC security SAN system architecture and networking / department of mathematics and computer science

  11. Algorithms & Visualization • Algorithms • computational geometry, I/O-efficient algorithms, graph drawing, algorithms for GIS and cartography • Visualization • computer graphics, Information visualization, Scientific visualization, 3D interaction and virtual reality / department of mathematics and computer science

  12. Information Systems • Architecture of Information Systems • methods, techniques, and tools for design and analysis of process-aware information systems • Databases and Hypermedia • management of semi-structured/semantically linked data, data mining, personalization and adaptive information delivery / department of mathematics and computer science

  13. Model-driven Software Engineering • System Design and Analysis • techniques to model and analyze discrete system behavior, design reliable software-based systems • Software Engineering and Technology • theory, methods, and tools for model-driven software engineering, software evolution and maintenance / department of mathematics and computer science

  14. Security and Embedded Networked Systems • Security • security-policy specification and enforcement, security of embedded systems • System Architecture and Networking • cooperative distributed systems, predictable platforms, embedded computations / department of mathematics and computer science

  15. Questions and People Program Quality, Admission Grades and forms: Student administration: 4040 MF 3.068 daily: 11-12, 13-15 Internationalization and double-degree programs Personal and study-related problems Hanneke Sanders Peter Veltkamp Study advisor J.P.Veltkamp@tue.nl MF 3.066, 2763 Roel Bloo BSc study advisor MF 3.067, 4496 Natalia Sidorova HSE program MF 7.105 Elle v.d. Hurk Internation. MF 3.068 2752 Alexander Serebrenik CSE program manager MF 7.143, 3595 Jessica Berger Mary van Geenen information-cs@tue.nl http://goo.gl/qvkR4R / department of mathematics and computer science

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