Steffen Peuker verfügbar

Steffen Peuker

Development engineer automotive embedded control

verfügbar
Profilbild von Steffen Peuker Development engineer automotive embedded control aus Goerlitz
  • 02826 Görlitz Freelancer in
  • Abschluss: Dipl.-Ingenieur
  • Stunden-/Tagessatz: nicht angegeben
  • Sprachkenntnisse: deutsch (Muttersprache) | englisch (verhandlungssicher) | französisch (Grundkenntnisse) | russisch (Grundkenntnisse)
  • Letztes Update: 11.02.2013
SCHLAGWORTE
PROFILBILD
Profilbild von Steffen Peuker Development engineer automotive embedded control aus Goerlitz
SKILLS
Programming languages / systems / tools:
- C/C++
- Assembler for several microcontroller
- Matlab/Simulink
- Targetlink
- ASCET-SD
- Pascal
- PCP-Assembler (TriCore)
- TPU-Assembler (MPC)
- ClearCase / ClearQuest
- Perl

IDE for targets:
- Windriver DIAB C for MPC
- Tasking C/C++ für C166 and TriCore
- Metrowerks Codewarrior for MPC
- ASCET-SD 4.x
- Targetlink 1.x and 2.x

CAN-Tools:
- CANalyzer 3.x - 4.x

Calibration tools
- INCA
- CANape 3.x - 6.5

Design an simulation of electonic circuitry:
- OrCAD 9.x
- Eagle

Microcontroller:
- 8051 and Derivatives
- 68HC11
- C166/167/ST10
- TriCore 17xx
- MPC 555x


Automotive specific knowledge:
- Combustion engines and control of engines
- Automated powertrains
- Hybrid powertrains
REFERENZEN
07 – 09/1995 Signal generator
Description: Generator for speed dependent signal of a combustion engine
Work: All tasks
Tools: Tasking C C166
uC: Infineon C166

10/1995 – 06/1996 Combustion engine management
Description: Development and evaluation of a new approach to control combustion engines using Fuzzy logic to process cylinder pressure signals.
Work: Participation in analysis, design of hard- and software, calibration and test.
Tools: Matlab/Simulink, Tasking C C166
uC: C167CR

07/1996 – 02/1997 Measurement system for cylinder pressure signals Description: Development of a measurement system to sample and process cylinder pressure signals.
Work: Participation in design of the device and the electronic hardware. Programming the CAN-Bus interface. Startup and test of the device.
Tools: Protel, Assembler
uC: Motorola DSP 56300

03 – 07/1997 CAN-Display
Description: Development of a handheld device to display CAN signal for flexible use.
Work: Participation in the concept phase. Programming the CAN-Bus interface.
Tools: Tasking C C166
uC: Infineon C167CR

08/1997 – 05/1998 Engine control unit
Description: Development of an engine control unit especially designed for test purposes at the end of an engine production line.
Work: Participation in all project phases. Supervision of a student working his diploma.
Tools: Tasking C C166
uC: Infineon C167CR

06 – 12/1998 Test of electronic throttle systems
Description: Safety tests for electronic throttle based engine control units using HiL simulators
Work: Design, implementation and documentation.
Tools: HiL CARTS
uC: Motorola 68336

01 – 08/1999 Transmission control unit (AMT)
Description: Algorithm development, test and calibration for a transmission control unit.
Work: Responsible for the CAN-Bus interface. Participation in test and calibration.
Tools: Assembler, VS100, INCAuC: Motorola 68HC11

09/1999 – 02/2001 Demonstrator car(AMT)
Description: High performance car with an automated manual transmission (AMT) for demonstration purposes.Work: Adaptation of hardware and software. Calibration and test.
Tools: Tasking C C166, INCA
uC: Infineon C167CR

03 – 05/2001 HMI for a Vehicle-Infotainment-System
Description: Function development for an infotainment control unit.
Work: Setting up an In-Circuit-Emulator, Troubleshooting and code optimization.
Tools: Lauterbach ICD/ICE T32
uC: Infineon C164

06/2001 – 02/2002 Demonstrator car(CVT)
Description: Passenger car with a CVT for demonstration purposes
Work: Design and implementation of a J1850-Bus interface (hard- and software). Setup, test, calibration and demonstration of the car.
Tools: ASCET-SD 4.1, OrCAD 9.2
uC: Infineon C167CR

01 – 06/2002 Engine control unit for rapid prototyping
Description: Design and development of a high performance control unit.
Work: Analysis and concept design.
Tools: ASCET-SD, Tasking C TriCore, Diab C MPC 4.3g, Lauterbach T32
uC: TriCore TC1775, MPC 565

09/2002 – 09/2003 Calibration AMT algorithms
Description: Utilizing a rapid prototyping control unit in a car with an automated manual transmission (AMT).
Work: Setup, test and calibrationTools: CANape 3.5/4.0
uC: C167/ST10F269

02/2003 – 06/2003Electrical clutch actuator
Description: Development of algorithm for controlling the clutch in a car equipped with an AMT.
Work: Function development and calibration, customer service
Tools: Matlab/Simulink, Controldesk
uC: dSPACE Micro-Autobox (PPC)

10 – 12/2003 Double clutch transmission (DCT)
Description: Design of control algorithms for a double clutch transmission Work: Analysis, design, function development, setup a test rig, evaluation of the gearbox to control.
Tools: ASCET-SD 4.2.
uC: ST10F269

01 – 06/2004 Tool for software integration
Description: Tool to integrate code generated in different ways into one executable program (e.g. code made with ASCET-SD, Targetlink or plain C).
Work: Participation in design and programming.
Tools: ASCET-SD, Matlab/Simulink/Targetlink
uC: -

02/2004 – 09/2007 Transmission control unit for rapid prototyping Description: Development of a high performance control unit especially designed for transmission control.
Work: Participation in the whole development process. Especially: Design, simulation and test of circuitry, documentation, programming of low-level-drivers, test and calibration, project setup with the customer, customer service.
Tools: ASCET-SD, Matlab/Simulink/Targetlink, CANape, OrCAD, Lauterbach T32
uC: TriCore TC1775

08 – 09/2005 CAN-Driver functions
Description: Programming of higher protocol level according to the OSI 7-layer model for network communication
Work: Design, implementation and test of the algorithms
Tools: Metrowerks Codewarrior
uC: MPC 565

12/2005 – 02/2006 Interface for XCP over Ethernet
Description: Development of an interface module to calibrate an electronic control unit. Using the XCP calibration protocol.
Work: Participation in hardware design and simulation, module manufacturing Tools: EAGLE 4.1, OrCAD 9.2
uC: TriCore TC 1766

01 – 05/2006 TCU for a Scooter
Description: Consulting for a development institute in Asia.
Work: Evaluation the design of a transmission control unit, providing alternatives and options.
Tools: OrCAD 9.2
uC: PIC16

12/2006 – 02/2007 Analysis of shift clutches
Description: Evaluation the load on shift clutches in automatic transmission.
Work: Design, development of algorithms to classify the load. Implementation of the algorithms and evaluate the results.
Tools: CANape 6.5
uC: -

2008 - 05/2011 Hybrid drive drain
SW-Development and Test
Tools: Matlab/Simulink, Targetlink, Rational ClearCase and ClearQuest, ...


from 06/2011Double deck passenger trains
Software Quality Assurance
Software : Excel, Doors, PDM
ZEITLICHE UND RÄUMLICHE VERFÜGBARKEIT
Wieder verfügbar: frühestens 06/2013
Vorzugsweise Projekte mit Remote Anteil (mind 50%)
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