Engineering | electric and electronic sciences

Study plan 2026 autumn, 180 credits

Overview

Programme outline	Requirements
Common courses (dependant of Way of Enrolment)
Elective courses
Total requirements:	180

Common courses (dependant of Way of Enrolment)

Common courses - Ordinary

Compulsory courses To the top

• ELE140 Electrical and Electronic Fundamentals 1 Semesters: 1 10 sp
• ING202 Programming for Engineering Semesters: 1 5 sp
• MAT110 Mathematics 1 Semesters: 1 10 sp
• ELE142 Electrical and Electronic Fundamentals 2 Semesters: 2 10 sp
• MAT202 Mathematics 2 Semesters: 2 10 sp

Common courses - 3 term with summer school

Compulsory courses To the top

• ING002 Elementary Physics Semesters: 1 0 fk
• ING001 Elementary Mathematics (summer school) Semesters: 1 12 fk
• FK216 Semesters: 1 0 fk
• ELE140 Electrical and Electronic Fundamentals 1 Semesters: 1 10 sp
• MAT110 Mathematics 1 Semesters: 1 10 sp
• FK214 Semesters: 1 12 fk
• ING202 Programming for Engineering Semesters: 1 5 sp
• MAT202 Mathematics 2 Semesters: 2 10 sp
• ELE142 Electrical and Electronic Fundamentals 2 Semesters: 2 10 sp

Common courses - Vocational with summer school

Compulsory courses To the top

• ING001 Elementary Mathematics (summer school) Semesters: 1 12 fk
• ING004 Communication and Norwegian Semesters: 1 5 sp
• ING003 Elementary Physics Semesters: 1 5 sp
• YV206 Semesters: 1 5 fk
• FK217 Semesters: 1 5 fk
• FK214 Semesters: 1 12 fk
• ING202 Programming for Engineering Semesters: 1 5 sp
• MAT110 Mathematics 1 Semesters: 1 10 sp
• MAT202 Mathematics 2 Semesters: 2 10 sp
• ELE143 Electric and Electronic Fundamentals Semesters: 2 10 sp

Compulsory courses To the top

• ELE201 Microcontrollers and data networks Semesters: 3 10 sp
• ING100 Introduction to Engineering Practice Semesters: 3 5 sp
• MAT122 Statistics for Engineering Semesters: 3 5 sp
• ING164 Mechanics, electricity and chemistry for engineers Semesters: 4 10 sp
• ELE205 Advanced Programming Semesters: 4 10 sp
• ELE213 Instrumentation Semesters: 5 10 sp
• ING303 Systems Thinking and Innovation for Engineers Semesters: 5 10 sp
• ELE204 Control Systems Engineering 1 Semesters: 5 5 sp
• ELE207 Control Systems and Mobile Robots Semesters: 6 10 sp
• ELE210 Industrial robots and PLC Semesters: 6 10 sp
• ELE350 Bachelor Thesis Semesters: 7 20 sp
• ELE208 Robot manipulators Semesters: 7 10 sp
• ELE310 Industrial automation Semesters: 7 10 sp

Optional courses To the top

• ELE305 Semesters: 7 10 sp

Compulsory courses To the top

• MAT122 Statistics for Engineering Semesters: 3 5 sp
• ELE202 Electrical power distribution and renewable energy sources Semesters: 3 10 sp
• ING100 Introduction to Engineering Practice Semesters: 3 5 sp
• ING164 Mechanics, electricity and chemistry for engineers Semesters: 4 10 sp
• ING303 Systems Thinking and Innovation for Engineers Semesters: 5 10 sp
• ELE204 Control Systems Engineering 1 Semesters: 5 5 sp
• ELE201 Microcontrollers and data networks Semesters: 5 10 sp
• ELE203 Electrical low voltage installations Semesters: 6 5 sp
• ELE206 Electric Power Engineering Laboratory Semesters: 6 5 sp
• ELE114 Electrical Machines Semesters: 6 10 sp
• ELE119 Power Electronics Semesters: 7 10 sp
• ELE117 Electrical Power Systems Semesters: 7 10 sp
• ELE350 Bachelor Thesis Semesters: 7 20 sp

Optional courses To the top

• ELE210 Industrial robots and PLC Semesters: 4 10 sp
• ELE304 PLC programming Semesters: 4 10 sp
• ELE205 Advanced Programming Semesters: 4 10 sp

Elective courses

Optional courses To the top

• ING301 Computer Science and Advanced Programming for Engineers Semesters: 8 5 sp
• MAT301 Multidimensional Analysis (Mathematics 3) Semesters: 8 5 sp
• ELE209 Industrial Placement Semesters: 8 10 sp