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DI (FH)
Alfred Steinhuber
Function
Lecturer (FH)
Phone
Address
FH JOANNEUM
Electronic Engineering
Werk-VI-Straße 46
8605 Kapfenberg
Electronic Engineering
Werk-VI-Straße 46
8605 Kapfenberg
Profile
Dipl.-Ing.(FH)Alfred Steinhuber, MSc, studied Industrielle Elektronik (Dipl.-Ing.(FH)) at university of applied sciences in Kapfenberg. During his study he was working at MAGNA STEYR Fahrzeugtechnik AG & Co KG in Graz where he was developing software functions for the thermal and electrical management of a plug-in Hybrid vehicle.
Since October 2009, he is researcher and project leader in the field of vehicle simulation and energy management strategies for future concepts of electrified cars at FH JOANNEUM, where he concurrently studied the master degree programme in Advanced Electronics Engineering, completed in May 2012.
In the last years he was deepening his knowledge in the area of model based design for developing algorithms for power electronic converters. He is further specialized in the area of industrial process automation and control.
Beside his scientific project work he is working as a lecturer for ECE and ECM in the area of model based design and automation. As laboratory coordinator for the electronic engineering department in kapfenberg, he is open for any inquiries or wishes in this respect.
His main fields are project work/-and coordination
Function development for power electronics in the field of automotive engineering and testbeds
Model based function development for μC and FPGA
Simulation of vehicles and new energy management strategies for new electric vehicles
Lecturer at ECE and ECM
Student projects, bachelor thesis and master thesis
Since October 2009, he is researcher and project leader in the field of vehicle simulation and energy management strategies for future concepts of electrified cars at FH JOANNEUM, where he concurrently studied the master degree programme in Advanced Electronics Engineering, completed in May 2012.
In the last years he was deepening his knowledge in the area of model based design for developing algorithms for power electronic converters. He is further specialized in the area of industrial process automation and control.
Beside his scientific project work he is working as a lecturer for ECE and ECM in the area of model based design and automation. As laboratory coordinator for the electronic engineering department in kapfenberg, he is open for any inquiries or wishes in this respect.
His main fields are project work/-and coordination
Function development for power electronics in the field of automotive engineering and testbeds
Model based function development for μC and FPGA
Simulation of vehicles and new energy management strategies for new electric vehicles
Lecturer at ECE and ECM
Student projects, bachelor thesis and master thesis
Courses
Embedded Systems Engineering (Master, Berufsermöglichend)
Summer semester | Coursecode: M24.0862211
Power Electronic Components
6.00
ECTS4.00
SWS
Winter semester | Coursecode: M24.0862314
Electric Mobility
6.00
ECTS4.00
SWSIndustrial Management (FT) (Bachelor, Vollzeit)
Winter semester | Coursecode: B22.0589308
Automations 1
4.00
ECTS3.00
SWS
Winter semester | Coursecode: B22.0589308
Automations 1
4.00
ECTS3.00
SWSIndustrial Management (PT) (Bachelor, Berufsbegleitend)
Summer semester | Coursecode: b22.0589414
Automation 1
4.00
ECTS3.00
SWSIndustrial Mechatronics (Bachelor, Dual)
Summer semester | Coursecode: B21.0861604
Bachelor's Thesis Seminar
2.00
ECTS1.00
SWS
Summer semester | Coursecode: B21.0861601
Simulation of Mechatronic Systems
4.00
ECTS3.00
SWS
Summer semester | Coursecode: B21.0861407
Internship 2
6.00
ECTS1.00
SWS
Summer semester | Coursecode: B21.0861402
Electric Drives
5.00
ECTS3.00
SWS
Summer semester | Coursecode: B21.0861205
Measurement and Sensor Technology
5.00
ECTS4.00
SWS
Summer semester | Coursecode: B21.0861605
Bachelor's Thesis
13.00
ECTS0.30
SWS
Winter semester | Coursecode: B21.0861302
Hydraulics and Pneumatics
4.00
ECTS3.00
SWS
Winter semester | Coursecode: B21.0861504
Control Engineering
5.00
ECTS4.00
SWS
Winter semester | Coursecode: B21.0861305
Control Engineering 1
5.00
ECTS3.00
SWS
Winter semester | Coursecode: B21.0861508
Internship 3
6.00
ECTS1.00
SWS
Winter semester | Coursecode: B21.0861307
Internship 1
6.00
ECTS1.00
SWS
Winter semester | Coursecode: B21.0861102
Basic Practical in Mechatronics
2.00
ECTS2.00
SWS
Winter semester | Coursecode: B21.0861302
Hydraulics and Pneumatics
4.00
ECTS3.00
SWS
Winter semester | Coursecode: B21.0861508
Internship 3
6.00
ECTS1.00
SWS
Winter semester | Coursecode: B21.0861504
Control Engineering
5.00
ECTS4.00
SWS
Winter semester | Coursecode: B21.0861102
Basic Practical in Mechatronics
2.00
ECTS2.00
SWS
Winter semester | Coursecode: B21.0861305
Control Engineering 1
5.00
ECTS3.00
SWS
Winter semester | Coursecode: B21.0861307