Jürgen Kaiser
Project Management and System Architecture
Experience
Project Management and System Architecture
3E-motion Ventures GmbH
- Managed and developed the system architecture for the INEOS Grenadier model year 2028/29, ensuring interaction of all E/E system components according to GB/T 32960.
- Developed a product reference model for the entire E/E system of the vehicle.
- Coordinated requirements for Battery Management Systems (BMS) between OEM and suppliers at SYS.1 and SYS.2 levels for VW and Porsche.
- Created and aligned requirements for BMS fan control and OBD within Polarion.
- Developed a secure system architecture for steer-by-wire systems, including ECU hardware, software, and communication.
- Integrated various process design approaches from CARIAD, including SAFe (Scaled Agile Framework), FUSE/FAME, and RFLP, with ASPICE requirements.
- Created a process model in ESCAPE mapping essential components of SAFe onto ASPICE.
- Served as Lead Architect for electric drive development, focusing on parklock and cooling and lubrication functions for Mercedes AMG.
- Analyzed requirements in Integrity and developed functional models in UML using Enterprise Architect.
- Developed generic models for parklock and cooling functions, including sequence diagrams and a navigation model for the overall project.
Project Management
3E-motion Ventures GmbH
- Analyzed requirements in DOORS and modeled the functional architecture of infotainment systems, driver displays, and operating units for the VW Group MQB and MEB platforms using PREEvision.
- Transformed the document-based engineering process into a model-based functional architecture development process.
- Developed generic models for infotainment functions such as navigation and radio, and exported them to the Signal Application Tool (SBT).
- Specified a vehicle-wide data model for future E/E systems to manage communication between ECUs, displays, and infrastructure (M2M/M2x).
- Developed a generalized data model in UML based on AUTOSAR rules for software components and interfaces, replacing traditional CANdb methods.
Integrated Engineering Process Consultant
3E-motion Ventures GmbH
- Introduced a completely model-based, integrated engineering process for the development of vehicle electronics systems at a major Chinese automobile manufacturer.
- Integrated all process phases from feature design and functional development to bus communication (CAN, LIN), electrical circuit diagrams, and serial code.
- Implemented the Virtual Solution Design methodology based on the ESCAPE engineering system.
- Developed transformation tools including Excel-ESCAPE, CANdb-ESCAPE, and integrated them with EBcable, Simulink, and Raptor.
- Automated the generation of all specification documents and electrical circuit diagrams directly from the model.
Project Management
3E-motion Ventures GmbH
- Modeled the software architecture for the MQB2020 display for all VW Group vehicles using UML and Enterprise Architect.
- Linked software artifacts with requirements imported from DOORS and modeled according to SPES (Function, Technical, and Logical Views).
- Managed an international team of five employees using a toolchain including JIRA, GIT, Sourcetree, and Lemontree.
- Analyzed and modeled the software architecture for an ASIL-B(C) control unit to achieve ASPICE Level 2.
- Created a hardware/software model of the ECU using ESCAPE, providing traceability from sensor to actuator.
- Designed the E/E system architecture for a new vehicle platform shared by multiple brands, focusing on secure real-time data access.
- Defined a new system architecture based on a Data Objects Master on a vehicle gateway and specified implementation-independent bus protocols for CAN, LIN, Flexray, and Ethernet.
Project Manager and System Architect
3E-motion Ventures GmbH
- Designed a new E/E system architecture for a global leader in agricultural machinery, incorporating M2M requirements and Ethernet technology.
- Developed a system architecture for the entire product range, including combine harvesters and tractors, to increase performance and reduce life-cycle costs.
- Documented the current state of ECU software through manual C-code analysis and automatic transformation of Simulink models using SL2FUN.
- Created functional models for all vehicle types using ESCAPE to analyze IO channels, sensors, and electrical components for functional safety.
- Analyzed the software and system architecture of a two-processor touchscreen operating display for combine harvesters and foragers.
- Performed failure effects analysis and fault back tracking to optimize the E/E architecture for all machines.
Managing Director and Founder
3E-motion Ventures GmbH
- Led the development of the ESCAPE integrated engineering platform for the functional design of complex embedded systems.
- Developed the ESCAPEpro and ESCAPElight platforms, now used as leading tools for large-scale embedded system design.
- Automated the generation of electrical circuit diagrams by coupling functional architecture models with wiring and harness design in cooperation with AUCOTEC.
- Developed the 3E-volution electric vehicle (Class L7) with a camping body, featuring a battery-swap system and touch-screen HMI.
- Managed the development of CAN2FUN and SL2FUN tools for model-to-model transformation between CANdb, MATLAB-Simulink, and XML-based reference models.
- Implemented model-based design for real-time communication (CAN, LIN) in vehicles, reducing validation time from months to days for clients like Chery Exeed.
Lecturer
Graz University of Technology
- Held lectures on real-time bus communication systems at the Institute of Computer Engineering.
Project Manager
3E-motion Ventures / Capeware Technologies
- Specified the complete engineering process for E/E systems at BMW (AIDA project), integrating 5,000 users via PDM/PLM.
- Analyzed BMW chassis software (ICM) and developed a transformation tool for automated function model generation from Simulink code.
- Developed an architecture design and evaluation tool for PSA/Delphi, including automatic configuration for CAN and LIN bus systems.
- Specified data requirements for verifying the compatibility of electronic control units at BMW.
- Analyzed the airbag system implementation for the BMW 7 Series by creating a graphical representation of C-code using ESCAPE function models.
- Conducted fault analysis for BMW E60 and PL2 series, transforming onboard network database (BNDB) data into functional models for workshop diagnosis.
Project Manager
John Deere
- Led the re-engineering of C-code for three ECUs of a new tractor series, including the user interface, park lock, and transmission controllers.
- Visualized all C functions as functional components and presented data types and data flow between function instances.
- Created a functional network of the ECUs and a software type library.
Management Positions and Department Leader
ABB Transportation / ADtranz
- Led the creation of the standardized CAPE/C engineering system for all international organizational units developing embedded systems for rail vehicles.
- Developed the KEVIN knowledge-based diagnosis system for rail vehicles, reducing residence times in workshops by 30%.
- Managed cross-border development teams with up to 30 members from Switzerland, Sweden, and Germany.
- Introduced the IEC 61131 standard for standardized software development in rail vehicles.
- Developed an emulator for the MVB bus processor and PC-based driver displays for ICE, trams, and metros.
- Managed organizational change at ABB Henschel Germany to flatten hierarchies and reduce decision-making times.
- Optimized development and production processes through Time Based Management (TBM) involving 16 expert teams.
Project Manager
ABB Network Control
- Developed a new generation of Remote Terminal Units (RTU200 and RTU210) with full functional compatibility and decentralized data preprocessing.
- Managed a cross-border development team from Germany and Norway, establishing confidence through onsite cooperation.
- Designed a redundant bus system for RTU200 with event buffering on each control unit and automatic failover.
- Developed a PC-based test tool for automated equipment testing and a PC interface card for the RTU family.
- Developed communication reports for safe switching of high-voltage switches, including special handshake protocols.
- Introduced SMD production technology in development and at the electronics production site in Eberbach.
Summary
Jürgen Kaiser studied communications engineering at the FHT Mannheim. He worked for ABB for 19 years in management positions in the power plant control technology, automation, network control technology and transportation segments. He founded several software companies such as MegaTools, Cape-Ware and 3E-motion Ventures. Among other things, he was co-founder and chairman of the supervisory board of SHE Informationstechnologie AG. Jürgen Kaiser is a well-known expert and pioneer in the methodology of functional development. He introduced this engineering process at ABB DaimlerChrysler Transportation (now Bombardier) back in the 1990s and invented “Virtual Solution Design” together with Dr Christian Zeidler / ABB Research Heidelberg.
Skills
Functional Development Methodology, Virtual Solution Design (Escape, Preevision)
Integration Of The Entire E/e Engineering Process Based On Reference Models
E/e System Architecture Design (Automotive, Agricultural Machinery, Rail Vehicles)
Development Of Innovative Ev Concepts, Prototype Building (3evolution)
Development Of Control Units (Hw & Sw), Microcontroller Programming
Bus Systems Can, Lin, Flexray, Mvb, Iso Bus, Sae J1939, Tt-ethernet, Ethercat, Knx
Standards Spice, Autosar, Xml/xslt, Iec 61131, Odx, Uml, Vector, Gb/t 32960
Toolchain (Candb, Canoe, Candela, Osek, Preevision, …)
Model-based Development (Uml, Matlab Simulink, Preevision, Raptor, …)
Ms Office, Ms Project, Enterprise Architect, Preevision, Doors, Integrity, Git, Jira
Model-to-model Transformation, Automatic Document Generation
Sae
Gfse / Incose
German Chamber Of Commerce Shanghai
Vda Working Group Steer-by-wire, Brake-by-wire (Guest)
Languages
Education
FHT Mannheim
Diploma Engineer, specialization: Automation Engineering · Communications Engineering · Mannheim, Germany
Feudenheim High School Mannheim
Mannheim, Germany
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