Energy Technology

Study plan 2019 autumn, 180 credits

Overview

Programme outline	Requirements
	150
Total requirements:	180

Compulsory courses To the top

• ING125 Introduction to Mechanical Engineering Semesters: 1 10 sp
• MAS142 Statics and Mechanics of Materials Semesters: 1 10 sp
• MAT110 Mathematics 1 Semesters: 1 10 sp
• ING161 Chemistry for Engineers Semesters: 2 5 sp
• MAS130 Basic Electro Technique and Automation Semesters: 2 10 sp
• MAT121 Statistics for Engineering Semesters: 2 5 sp
• MAT203 Mathematics 2 for Fire, Civil, HSE and Mechanical Engineering Semesters: 2 10 sp
• BYG104 Building Physics Semesters: 3 10 sp
• KJE102 Applied Fluid Mechanics Semesters: 3 10 sp
• MAS117 Thermodynamics Semesters: 3 10 sp
• MAS123 Energy: Consumption, Sources and Technology Semesters: 4 10 sp
• MAS134 Electrical Power Engineering Semesters: 4 10 sp
• MAS144 Materials and Manufacturing Semesters: 4 10 sp
• MAS354 Bachelor Thesis Semesters: 5 20 sp
• ING303 Systems Thinking and Innovation for Engineers Semesters: 6 10 sp

Optional courses To the top

• BYG122 Sustainable building transformation and management Semesters: 5 10 sp
• ING151 English Language and Culture - online course Semesters: 5 10 sp
• ING201 Programming for engineers Semesters: 5 5 sp
• MAS125 Heating, Ventilation and Refrigeration Semesters: 5 10 sp
• MAS136 Internship as an Engineer Semesters: 5 10 sp
• MAS203 Prosject Managment Semesters: 5 5 sp
• MAS305 CFD for Engineers Semesters: 5 5 sp
• MAS306 Applied thermal engineering Semesters: 5 5 sp
• MAS307 Hydrogen technology Semesters: 5 10 sp
• MAS308 Natural Gas Engineering: From Exploration to Processing Semesters: 5 5 sp
• MAS311 Solar Technology and Design Semesters: 5 5 sp
• MAS312 Ocean Renewable Energy Semesters: 5 10 sp
• MAT301 Multidimensional Analysis (Mathematics 3) Semesters: 5 5 sp
• SIK201 Introduction to Fire Safety Semesters: 5 10 sp