COURSES TAUGHT IN ENGLISH WS 16/17 - FH OOE · 2016. 10. 3. · General Information . Choosing Courses We recommend exchange students to choose courses only from one semester (# 1

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COURSES TAUGHT IN ENGLISHWS 16/17

School of Medical Engineering and Applied Social SciencesLinz Campus

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General Information Choosing Courses We recommend exchange students to choose courses only from one semester (# 1 or # 3) Of course, exchange students who speak German fluently may also participate in courses taught in German at Linz Campus – please contact the International Office for more information if you are interested in studying in German. A full workload for regular students is 30 ECTS per semester. Due to timetable overlaps this is mostly not possible for exchange students. Incoming students are therefore expected to attend courses worth 20 ECTS. Academic Calendar Winter semester: October 1st to mid- February (Semesters 1, 3, 5) Summer semester: March 1st to mid- July (Semesters 2, 4, 6) Examination Period: End of January to mid- February (winter semester) End of June to mid- July (summer semester) Breaks: Christmas (2 weeks); February (1 to 4 weeks); Easter (1 week); summer holidays in July/August/September (12 weeks). Types of Classes Lectures (VO, ILV) While some subjects are presented as “traditional” lectures or lectures with practical elements, others are taught in the form of seminars, laboratory and practical classes. In many cases, both lecture and practical class are combined in the same semester. Seminars, Laboratory and Practical Classes (SE, LB, UE) These are classes in which students work on special topics, then present and discuss them within a relatively small group. In laboratory and practical classes students learn to apply their knowledge acquired in lectures and seminars. Block Courses In some cases – primarily in the case of seminars and laboratory classes – instruction does not take place weekly, but is instead delivered in blocks of more intensive instruction (e.g., one block every two weeks or even one block per term). Excursions Some courses occasionally include excursions, and attendance is generally obligatory. Any costs that arise for entrance fees, accommodation or other expenses are paid by the students. Project Work (PT) These are not theoretical projects but “real” work – with all the responsibilities that go along with it and have therefore proven popular with our exchange students in recent semesters. Students work on problems relevant to the particular company. They work in teams of 4-10 students and are supervised and guided by a faculty member. Most of the time the teams work on their own and at the end of the semester present their results to both their supervising faculty member and the company. The main aim of these projects is to train the students in teamwork. Teamwork and team spirit are key elements of Wels Campus philosophy – students learn to work together rather than competing with one another.

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* previous knowledge about the subject is required!!

Master's Degree Programme

Semester # Course unit code Course unit title Course

type Level ECTS Page

Medical Engineering

1 MAT1IV2013 Applied Mathematics I Integrated Course Master 3,75 1

1 MED1VO2013 Selected Topics in Medicine for Medical Engineers I Lecture Master 1,25 2

1 CTB1VO2013 Current Topics in Biomedical Engineering Lecture Master 2,5 3

1 SCP1IV2013T1 Scientific Programming Integrated Course Master 2,5 4

1 POR1IV2013 Prosthetics and Rehabilitation Technology I

Integrated Course Master 2,5 5

1 DGS1IV2013T1 Medical Diagnosis Systems I Integrated

Course Master 5 6

3 SYS3VO2013 Systems Engineering Lecture Master 3,75 7

3 RUE3IV2013T1 Requirements and Usability Engineering


3 IPM3VO2013T1 International Product Management Lecture Master 2 9

3 REG3IV2013 Regulatory Affairs II Integrated Course Master 2,5 10

Medical Engineering – Elective Modules*

Electronics

1 ACD1IV2013T1 Analog Circuit Design Integrated Course Master 2,5 11

1 EMB1IV2013T1 Embedded Systems I Integrated

Course Master 2,5 12

Biomechanics

1 MSI1IV2013 Modeling and Simulation of Multibody Systems


1 KIN1IV2013T1 3D Kinematics Integrated Course Master 2,5 14

Medical Device Software

1 APR1UE2013G1 Applied Programming I Practice-orien

ted Session Master 2,5 15

1 SLC1IV2013 Applied Software Life Cycle Processes I


Materials Technology

1 MTS1IV2013T1 Materials Integrated Course Master 5 17

1

Lecture/Seminar profile:

Applied Mathematics I (MAT1IV2013)

Degree course MME

Course title Applied Mathematics I

Course code MAT1IV2013

Level Master

Term Winter Semester

Lecturer Gerhard Höfer

Contact hours per week 3

ECTS credits 3,75

Course type Integrated Course

Examinations written examination

Language of instruction English

Places for international students 1

Content:

differential and integral calculus for functions with more than one variable, nonlinear differential equations, partial differential equations, Green-functions, scalar fields and vector fields, vector analysis, integral theorems, eigenvalue problems, numerical mathematics, optimization

2

Selected Topics in Medicine for Medical Engineers I (MED1VO2013)

Degree course MME

Course title Selected Topics in Medicine for Medical Engineers I

Course code MED1VO2013

Level Master


Lecturer Anja Ruhdorfer


ECTS credits 1,25

Course type Lecture

Examinations written examination



Content:

Selected topics in medicine (e.g. sense organs, muscular system) according to medical devices for diagnosis and rehabilitation.

3

Current Topics in Biomedical Engineering (CTB1VO2013)

Degree course MME

Course title Current Topics in Biomedical Engineering

Course code CTB1VO2013

Level Master


Lecturer Kristian O'Connor


ECTS credits 2,5

Course type Lecture

Examinations oral or written examination



Content:

A guest professor gives lectures on current topics in biomedical engineering.

4

Requirements and Usability Engineering (RUE3IV2013)

Degree course MME

Course title Requirements and Usability Engineering

Course code RUE3IV2013T1

Level Master


Lecturer Michael Engler


ECTS credits 2,5





Content:

Requirements analysis and engineering, design for testability, usability engineering process (EN ISO 62366), interface design, hardware and software usability concepts considering patients, users and third parties.

5

Prosthetics and Rehabilitation Technology I (POR1IV2013)

Degree course MME

Course title Prosthetics and Rehabilitation Technology I

Course code POR1IV2013

Level Master


Lecturer Thomas Haslwanter


ECTS credits 2,5





Content:

Overview of prosthetics, orthetics and rehabilitation devices, technical design, reliability, biocompatibility, energy handling, usability and personalization;

6

Medical Diagnosis Systems I (DGS1IV2013)

Degree course MME

Course title Medical Diagnosis Systems I

Course code DGS1IV2013T1

Level Master


Lecturer Raimund Kleiser


ECTS credits 5





Content:

Photoacoustic Imaging (PAI), Optical Coherence Tomography (OCT), Infrared Spectroscopy (IR) special topics in x-ray imaging, nuclear medicine and sonography, functional and multimodal imaging (fMRI, parallel MRI, PET-CT, MR-PET radiation protection (dosimetry, instrumentation, measures for radiation protection) laboratory diagnostics

7

Systems Engineering (SYS3VO2013)

Degree course MME

Course title Systems Engineering

Course code SYS3VO2013

Level Master


Lecturer Holger Timinger


ECTS credits 3,75

Course type Lecture




Content:

System engineering process, system design, reliability, safety, maintainablity, state oft the art (EN ISO 60601, et al), bringing medical systems into being, patents

8

Requirements and Usability Engineering (RUE3IV2013)

Degree course MME

Course title Requirements and Usability Engineering

Course code RUE3IV2013T2

Level Master


Lecturer Jay M. Kapellusch


ECTS credits 2,5





Content:

Requirements analysis and engineering, design for testability, usability engineering process (EN ISO 62366), interface design, hardware and software usability concepts considering patients, users and third parties.

9

International Product Management (IPM3VO2013)

Degree course MME

Course title International Product Management

Course code IPM3VO2013T1

Level Master


Lecturer Hansjörg Schösser


ECTS credits 2

Course type Lecture




Content:

Product management in international markets. How do regulatory affairs influence product strategy planning? Where / how is “Europe” different to the US and other markets? Fundamentals in international marketing and sales. Analysis of competition. Submissions.

10

Regulatory Affairs II (REG3IV2013)

Degree course MME

Course title Regulatory Affairs II

Course code REG3IV2013

Level Master


Lecturer Meinrad Guggenbichler


ECTS credits 2,5





Content:

3. Semester: US market: FDA (510(k), et al), other markets, product validation, special topics and actual guidelines, audit

11

Analog Circuit Design (ACD1IV2013)

Degree course MME

Course title Analog Circuit Design

Course code ACD1IV2013T1

Level Master


Lecturer Friedrich Mayr


ECTS credits 2,5





Content:

Design of complex analog circuits, alternative circuit topologies and technologies, Circuit simulation including parameter variation Circuit prototyping and testing Rail2Rail, Switched Capacitor, Current-Mode, Oscillator, Seminar paper on individual subject: Design / Simulation / Prototype

12

Embedded Systems I (EMB1IV2013)

Degree course MME

Course title Embedded Systems I

Course code EMB1IV2013T1

Level Master


Lecturer Hubert Egger


ECTS credits 2,5





Content:

CPU selection: µP – Signalprocessor, Families and derivates, Power saving modes, Supervisory circuits: Power and Watchdogs (SW and HW), Interfaces to analog circuits, Digital interfaces: bus interface timing, transmission lines, wireless, FPGA Design and implementation, IP-cores, VHDL, Programming Tools and verification

13

Modeling and Simulation of Multibody Systems (MSI1IV2013)

Degree course MME

Course title Modeling and Simulation of Multibody Systems

Course code MSI1IV2013

Level Master


Lecturer Andreas Schrempf


ECTS credits 2,5





Content:

Modeling: minimal coordinates, angular velocity tensor, inertia tensor, principle of linear momentum, principle of conservation of angular momentum, arbitrary reference frames, equations of motion for multi-body systems, Simulation: inverse kinematics problem, constraint optimization, inverse dynamics, computed torque control, computed muscle control, Application: modeling and simulation of inverse problems with MatLab and OpenSim, upper limbs, lower limbs

14

3D Kinematics (KIN1IV2013)

Degree course MME

Course title 3D Kinematics

Course code KIN1IV2013T2G1

Level Master


Lecturer Thomas Haslwanter


ECTS credits 2,5





Content:

Vectors in 3D, Coordinate Systems, Transformation (Rotation) Matrices, Euler Angles, Quaternions, Velocity Vector (Translation and Rotation), Acceleration Vectors, Applications, Implementation with MatLab and Python

15

Applied Programming I (APR1UE2013)

Degree course MME

Course title Applied Programming I

Course code APR1UE2013G1

Level Master


Lecturer Robert Merwa


ECTS credits 2,5

Course type Practice-oriented Session

Examinations continuous assessment



Content:

Software-Design-Methods for low-level programming (time-triggered-systems, event-triggered-systems), digital Interfaces, timer, interrupts, watchdog, realtime-systems (hard and soft realtime systems), multitasking and multi-processing, TCP and UDP for medical data transfer and data processing.

16

Applied Software Life Cycle Processes I (SLC1IV2013)

Degree course MME

Course title Applied Software Life Cycle Processes I

Course code SLC1IV2013

Level Master


Lecturer Andreas Böhler


ECTS credits 2,5





Content:

n.a.

17

Materials (MTS1IV2013)

Degree course MME

Course title Materials

Course code MTS1IV2013T2G1

Level Master


Lecturer Jaroslaw Jacak


ECTS credits 5





Content:

from microphysics to nanophysics, scaling and the limits of miniaturization (Planck’s constant, light velocity, thermic noise, system boundaries), making of nanostructures (top-down and bottom-up), nano architectures (particles, tubes, film systems, colloidal), sol-gel technology, nano imprint lithography, nano particle assays, microfluidics

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COURSES TAUGHT IN ENGLISH WS 16/17 - FH OOE · 2016. 10. 3. · General Information . Choosing Courses We recommend exchange students to choose courses only from one semester (# 1