← CSE — 2027-2028 — Study plans

Software Engineering and Formal Methods (clusters: SET, FSA)

Scheme

Year 1

Q1
Q2
Q3
Q4
Additional core course needed -- choose one of: 2IMA10 Advanced Algorithms (Algorithms), 2IMD10 Engineering Data-Intensive Systems (Data Engineering), 2IMN15 Internet of Things (Resource-Constrained Systems), TBD-VISFM Visualization Foundations and Methods (Visualization & Computer Graphics). Choosing 2IMP40 (Software Engineering) would complete this plan's existing Software Engineering deepening (2IMP10, 2IMP20, 2IMP25).
Additional core course needed -- choose one of: 2IMA10 Advanced Algorithms (Algorithms), 2IMD10 Engineering Data-Intensive Systems (Data Engineering), 2IMN15 Internet of Things (Resource-Constrained Systems), TBD-VISFM Visualization Foundations and Methods (Visualization & Computer Graphics).
Choose one of 2IMP00 Seminar SET or 2IMF00 Seminar FSA

Year 2

Q1
Q2
Q3
Q4
Algorithms Data Engineering Formal Methods Resource-Constrained Systems Software Engineering Visualization & Computer Graphics
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Also applies to the exports below.

Pool choices

This curriculum's requirement groups reference these roles instead of a fixed course collection -- pick which of this version's collections each one means for this plan (e.g. which trajectory is your "major").

Requirements

RequirementDetailCredits
Core courses 15 EC / 15 EC ✓
Ethics of Digital Technologies 1 course / 1 course ✓
Free electives 5 EC / 15 EC
CSE electives 15 EC / 20 EC
Specialization 1 10 EC over the cap counts elsewhere 10 EC / 10 EC ✓
Specialization 2 5 EC over the cap counts elsewhere 10 EC / 10 EC ✓
Seminar 1 course / 1 course ✓
Graduation project 40 EC / 40 EC ✓
Total 105 / 120 EC

Entries (15)

YearQuarterRequirementCourseCredits
1 Q1 Core courses Additional core course needed -- choose one of: 2IMA10 Advanced Algorithms (Algorithms), 2IMD10 Engineering Data-Intensive Systems (Data Engineering), 2IMN15 Internet of Things (Resource-Constrained Systems), TBD-VISFM Visualization Foundations and Methods (Visualization & Computer Graphics). Choosing 2IMP40 (Software Engineering) would complete this plan's existing Software Engineering deepening (2IMP10, 2IMP20, 2IMP25). 5 EC
1 Q1 Specialization 1 2IMF25 Automated Reasoning 5 EC
1 Q1 Core courses 2IMF30 System Validation 5 EC
1 Q1 Free electives 2IMN10 Architecture of Distributed Systems 5 EC
1 Q2 Core courses Additional core course needed -- choose one of: 2IMA10 Advanced Algorithms (Algorithms), 2IMD10 Engineering Data-Intensive Systems (Data Engineering), 2IMN15 Internet of Things (Resource-Constrained Systems), TBD-VISFM Visualization Foundations and Methods (Visualization & Computer Graphics). 5 EC
1 Q2 Specialization 1 2IMF35 Algorithms for Model Checking 5 EC
1 Q2 Specialization 2 2IMP10 Program Verification Techniques 5 EC
1 Q2 Ethics of Digital Technologies TBD-ETHICS Ethics of Digital Technologies 5 EC
1 Q3 Specialization 1 2IMF15 Proving with Computer Assistance 5 EC
1 Q3 Specialization 2 2IMP25 Software Evolution 5 EC
1 Q4 Seminar Choose one of 2IMP00 Seminar SET or 2IMF00 Seminar FSA 5 EC
1 Q4 Specialization 1 2IMF10 Concurrency Theory 5 EC
1 Q4 Specialization 2 2IMP20 Domain Specific Language Design 5 EC
2 Q2 Graduation project 2IMC05 Preparation Graduation Project 10 EC
2 Q3-Q4 Graduation project 2IMC00 Master Project 30 EC

Elective slots

Leave a quarter's elective open rather than committing it to a specific course yet -- rendered as a blank "Elective" placeholder in the scheme above, same as the institutional scheme's own elective slots. Doesn't count toward any requirement's credit total; see "Recommended electives" below for options to fill it with.

Recommended electives

Reference list of good elective options for this plan's open elective slots above -- purely informational, not tied to a specific slot and not counted toward any requirement's credit total. A recommendation with a quarter also appears in its own "Recommended electives" block in the Scheme above, right after Year 1 and Year 2.

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