Course of Study Engineering Science (Study Cohort w21)

Sample course plan A Bachelor Engineering Science (ESBS)
Specialisation Biomedical Engineering

Legend:
Core Qualification Compulsory	Specialisation Compulsory	Focus Compulsory	Thesis Compulsory
Core Qualification Elective Compulsory	Specialisation Elective Compulsory	Focus Elective Compulsory	Interdisciplinary complement


Chemistry (EN)
Chemistry I+II	VL	4
Chemistry I+II	HÜ	2


Electrical Engineering II (EN)
Electrical Engineering II	VL	3
Electrical Engineering II	GÜ	2


Numerical Mathematics I
Numerical Mathematics I	VL	2
Numerical Mathematics I	GÜ	2


Fundamentals of Mechanical Engineering Design (EN)
Fundamentals of Mechanical Engineering	VL	2
Fundamentals of Mechanical Engineering	GÜ	2


Fluid Mechanics (EN)
Fluid Mechanics	VL	3
Fluid Mechanics	HÜ	2


Modeling, Simulation and Optimization (EN)
Modeling, Simulation and Optimization	IV	4


Advanced Internship AIW/ ES


Electrical Engineering I (EN)
Electrical Engineering I	VL	3
Electrical Engineering I	GÜ	2


Engineering Mechanics II (EN)
Mechanics II	VL	2
Mechanics II	HÜ	2


Engineering Mechanics III (EN)
Engineering Mechanics III	HÜ	1
Engineering Mechanics III	GÜ	2
Engineering Mechanics III	VL	3


Electromagnetics for Engineers I: Time-Independent Fields
Electromagnetics for Engineers I: Time-Independent Fields	VL	3
Electromagnetics for Engineers I: Time-Independent Fields	GÜ	2


Introduction to Control Systems (EN)
Introduction to Control Systems	VL	2
Introduction to Control Systems	GÜ	2


Foundations of Management (EN)
*** Introduction to Management	VL	3
*** Introduction to Management	GÜ	2


Engineering Mechanics I (EN)
Mechanics I	VL	2
Mechanics I	HÜ	3


Technical Thermodynamics I (EN)
*** Technical Thermodynamics I	IV	3
*** Technical Thermodynamics I	GÜ	1


Computer Science for Engineers (EN)
Computer Science for Engineers	VL	3
Computer Science for Engineers	GÜ	2


Computational Mechanics (EN)
Computational Mechanics	IV	4
Computational Mechanics	GÜ	2


Mechanical Engineering: Design (part 1)
Embodiment Design and 3D-CAD Introduction and Practical Training	VL	2
Mechanical Design Project I	PBL	3


Mathematics IV (EN)
Differential Equations 2	VL	2
Differential Equations 2	HÜ	1
Differential Equations 2	GÜ	1
Complex Functions	VL	2
Complex Functions	HÜ	1
Complex Functions	GÜ	1


MED II: Introduction to Biochemistry and Molecular Biology
Introduction to Biochemistry and Molecular Biology	VL	2


Physics for Engineers (EN)
Physics for Engineers	VL	2
Physics for Engineers	GÜ	1


Mathematics II (EN)
Analysis II	VL	2
Analysis II	HÜ	1
Analysis II	GÜ	1
Linear Algebra II	VL	2
Linear Algebra II	HÜ	1
Linear Algebra II	GÜ	1


Mathematics III (EN)
Analysis III	VL	2
Analysis III	HÜ	1
Analysis III	GÜ	1
Differential Equations 1	VL	2
Differential Equations 1	HÜ	1
Differential Equations 1	GÜ	1


Fundamentals of Materials Science (EN)
Fundamentals of Materials Science I	VL	2
Fundamentals of Materials Science II	VL	2


BIO I: Implants and Fracture Healing
Implants and Fracture Healing	VL	2


Introduction into Medical Technology and Systems
Introduction into Medical Technology and Systems	VL	2
Introduction into Medical Technology and Systems	PS	2
Introduction into Medical Technology and Systems	HÜ	1


Bachelor Thesis


Measurement Technology for Mechanical Engineers
Measurement Technology for Mechanical Engineering	VL	2
Measurement Technology for Mechanical Engineering	PR	2
Practical Course: Measurement and Control Systems	PR	2


ES 101
ES 101	SE	2


Mathematics I (EN)
Analysis I	VL	2
Analysis I	HÜ	1
Analysis I	GÜ	1
Linear Algebra I	VL	2
Linear Algebra I	HÜ	1
Linear Algebra I	GÜ	1


Signals and Systems (EN)
Signals and Systems	VL	3
Signals and Systems	GÜ	2


MED I: Introduction to Anatomy
Introduction to Anatomy	VL	2


MED I: Introduction to Radiology and Radiation Therapy
Introduction to Radiology and Radiation Therapy	VL	2


Mechanical Engineering: Design (part 2)
Team Project Design Methodology	PBL	2
Mechanical Design Project II	PBL	3

Non-technical Courses for Bachelors (from catalogue) - 6LP

The choice of courses from the catalogue is flexible (depends on the semestral work load), provided the necessary number of required credits is reached.