Energy Technology

Study plan 2014 autumn, 180 credits

Overview

Programme outline	Requirements
	30
	50
	70
Total requirements:	180

Compulsory courses To the top

• ING105 Introduction to Professional Engineering Practice and Methods Semesters: 1 10 sp
• MAT100 Basic Engineering Mathematics Semesters: 1 10 sp
• ING101 Technology Management, Economics and Entrepreneurship Semesters: 6 10 sp

Compulsory courses To the top

• MAS100 Statics and Strength of Materials Semesters: 1 10 sp
• MAS106 Material Science and Chemistry Semesters: 2 10 sp
• MAT107 Advanced Mathematics (Mechanical Engineering) Semesters: 2 10 sp
• ELE103 Statistics and Error Analysis Semesters: 3 10 sp
• MAS117 Thermodynamics Semesters: 3 10 sp

Compulsory courses To the top

• BYG104 Building Physics Semesters: 2 10 sp
• MAS130 Basic Electro Technique and Automation Semesters: 3 10 sp
• KJE102 Applied Fluid Mechanics Semesters: 4 10 sp
• MAS123 Energy: Consumption, Sources and Technology Semesters: 4 10 sp
• MAS134 Electrical Power Engineering Semesters: 4 10 sp
• MAS154 Bachelor Project - Energy Technology Semesters: 6 20 sp

Optional courses To the top

• ING150 English Language and Culture Semesters: 5 10 sp
• KJE117 Beer Brewing as Food Industry Semesters: 5 10 sp
• MAS103 3D-Modelling and CFD Semesters: 5 10 sp
• MAS104 Gas Technology and Combustion Semesters: 5 10 sp
• MAS108 Hydraulics, Hydraulic Machinery and Pumps Semesters: 5 10 sp
• MAS125 Heating, Ventilation and Refrigeration Semesters: 5 10 sp
• MAS135 Matlab Programming for Mechanical Engineers Semesters: 5 10 sp
• MAS136 Internship as an Engineer Semesters: 5 10 sp
• MAS137 Improvement management - Lean Management Semesters: 5 10 sp
• MAT151 Advanced mathematics and physics for structural and mechanical engineers Semesters: 5 10 sp