Our activities
What we do?
Activities in Prague
Function and software development
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Model-Based Function Development
- Model-Based Design of Complex Control Algorithms in Matlab/Simulink/Stateflow
- Development of Advanced Control Strategies for Active Chassis Components and Electric Powertrains
- Algorithms for Advanced Battery Management and Charging Systems
- MiL/SiL/PiL Testing
Software Development
- Software Development in C/C++, Python, Java
- Big Data Acquisition & Processing, Data Mining
- Artificial Intelligence with focus on Autonomous Driving
- Algorithms for Advanced Driver Assistance Systems (ADAS)
Functional Safety and Software Quality
- Development and Certification of Automotive-Grade Software
- Compliance with ASPICE Processes and AUTOSAR Standard
- Functional Safety based on ISO26262
Project Domains
- Charging Infrastructure for EVs/PHEVs
- Battery Management Systems (BMS)
- Electric & Hybrid-Electric Powertrain Control
- Car Connectivity Systems
- Advanced Driver Assistance Systems (ADAS)
- Active Chassis Systems (Adaptive Dampers, Active Anti-Roll Bar etc.)
Electronic design
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Electronic hardware design
- Mixed signal and power electronics design
- Legal and normative standards application
- Design for manufacturing and EMC compliance
- Design calculations (performance, reliability, tolerance)
- Complex PCB layout design
- Preproduction support, volume production ramp-up assistance
Embedded software development
- Software Development in C/C++,
- Bare metal, embedded OS (FreeRTOS, etc.) and embedded Linux
- Security, cryptography and secure environment in general
- SiL and unit testing
- ASIL (ISO26262) awareness
EMC, environmental and functional testing
- In-house performance and basic environmental tests
- Test planning according to standards and customer requirements
- Test instrumentation and post-test data processing
- End of line test preparation and commissioning support
Project domains
- Electric powertrain
- Charging Infrastructure for EVs/PHEVs
- Precision measurement
Digital Vehicle Systems
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Hardware-in-the-Loop (HiL) Testing of Digital and Intelligent Vehicle functions
- End-to-End Testing of Car Connect Services
- Validation of Advanced Parking Functions
Vehicle models for virtual testing
- Vehicle models for virtual testing
- Development, validation, maintenance and troubleshooting of simulation models for various XiL applications such as HiL Testing or Rapid Control Prototyping
- Configuration and Integration of simulation models to real time HW
Testing platforms
- Setup and maintenance of server applications for automated testing purposes
- Scripts for automated generation of test specification
- Scripts for automated generation of test cases
Vehicle Architecture
- Modelling of Vehicle Architecture in PREEvision
Safety & Quality
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We make sure any product or service we deliver is not only reliable, but most importantly safe and secure. Imagine a brake system – you would not like the brakes to be applied by a malfunction in the electronics. Neither you would like the brakes to be accessible from outside of the car and thus exposed to hacker attacks. Furthermore, you want to rely on the brake performance, from the mechanics, hydraulics and also electronics perspective.
The Safety & Quality Department covers all such cross-department topics and is responsible for the processes and quality management in the company. It includes the following aspects:
- Definition and assurance of company processes, project management processes and ISO 9001 certification.
- Coordination of system safety and cyber security in all projects of the Porsche Engineering Group in accordance with ISO 26262, IEC 61508, ISO 21448, ISO 21434 and related standards.
- Quality assurance in SW projects in accordance with Automotive SPICE and related standards
- Participation in definition of Porsche Engineering Group-wide processes for the product development with respect to quality standards (ASPICE, KGAS), system safety and cybersecurity.
- Failure analyses moderation (FMEA, FMEDA, FTA, HAZOP and others) in accordance with state-of-the-art guidelines and related standards.
- Coordination of activities related to open source software for all locations of the Porsche Engineering Group.
- Support of project management activities, project acquisition and preparation.
- Toolchain maintenance (DevOps) and qualification in accordance with quality, safety and security requirements, IT standards and development needs.
- Trainings and internal audits in the respective areas.
We are a team of engineers with passion for quality, safety and security. Do you share our mindset? Feel free to approach us and come for a coffee (or more).
Complete Vehicle
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HV Battery systems design
- Conceptual design of cells, modules and complete HV batteries
- HV battery and electronics package studies, vehicle integration
- Innovative cooling system development
- Series production support
- PLM & change management
Smart Mobility & Data
- Complete vehicle systems simulations
- Function development and application/calibration in Thermal management, Aerodynamics, HVAC, NVH and HV-Battery
- Data services and processes automation
- HV-Battery: Thermal propagation simulation and analysis
Digital prototype & virtual testing
- Development of HV Batteries, Aerodynamics, Passenger comfort and NVH in virtual environment
- Digital prototypes on component and system level
- Development of new modelling methods and approaches
- Application of machine learning
Car Body
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Body Design (CAD)
- Design of Body-in-White
- Design of closures
- Design of battery pack frames
- Support of series production
Structural (FEM) simulations of body
- Stiffness and strength analysis of complete body or components
- Durability, fatigue of complete body or components
- Static and dynamic analysis of components / systems
- Dynamic analysis of battery packs
- Misuse analysis
- Buckling analysis
Passive safety simulations (FEM)
- Pedestrian protection analysis
- Free Motion Headform analysis
- Crashworthiness
Digital prototype (FEM)
- Digital prototype build-up for crash simulations
- Digital prototype build-up for stiffness / strength / NVH simulations
- Digital prototype build-up for durability / fatigue simulations
Special projects
- Dynamic analysis in non-automotive field
Chassis
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Chassis Design (CAD)
- Design concept (2WD, AWD, for ICE and alternative drive train)
- Kinematics, elasto-kinematics
- Part and assembly design, drawings
- Package
- CAD data management
Chassis testing and optimization
- Driving Dynamics – Handling, Comfort (MBS)
- Transfer Path Analysis (FEM)
- Drive train mounting (MBS)
- Strength, Stiffness, Durability (FEM)
- NVH, dynamic analyses in frequency and time domain (FEM, MBS)
- Analysis of dynamic processes with enormous strain level – impact, crash, misuse (FEM)
- Chassis (prototype) tuning
Braking system optimization
- NVH, Dynamic stability (FEM)
- Thermo-mechanical analyses (FEM)
- Strength, deformation analyses(FEM)
Wheel rim optimization
- Strength, Stiffness, Durability (FEM)
- NVH (FEM)
Data Driven & Control Systems
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The Czech location of Porsche Engineering is also active in data-driven developement and control systems that make a significant contribution to the internationally integrated engineering services of Porsche. We concentrate on competences, which you can see below.
- Multivariate and self-learning controllers
- Autonomous Driving and ADAS
- Data-driven decision support and AI-based services
Activities in Ostrava
Function & Software Development
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Function & Software Development
- Model-Based Design of Complex Control Algorithms in Matlab/Simulink/Stateflow
- Development of Advanced Control Strategies for Active Chassis Components and Electric Powertrains
- Algorithms for Advanced Battery Management and Charging Systems
- MiL/SiL/PiL Testing
- Big Data Acquisition & Processing, Data Mining
- Artificial Intelligence with focus on Autonomous Driving
- Algorithms for Advanced Driver Assistance Systems (ADAS)
- Battery Management Systems (BMS)
- Advanced Driver Assistance Systems (ADAS)
- Active Chassis Systems (Adaptive Dampers, Active Anti-Roll Bar etc.)
- Architecture and SW requirement management
Embedded & Application Software Development
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Projects
- Charging infrastructure projects
- Automotive ECU projects
- Diagnostic projects
Software development
- Application software development
- Embedded software development
- C/C++, Python, MATLAB/Simulink, scripting
- Web technologies (Frontend, Backend)
- CI/CD, DevOps
Software validation
- SiL software in loop
- PiL processor in loop
- HiL HW in loop
- Vector/LabView tools
System support
- Requirements, architecture, integration, qualification
Processes
- QMH, ASPICE, KGAS, etc.
Vehicle Integration
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Vehicle Integration
- Integration of electronic vehicle components to top class vehicle systems
- Integration of Battery Management System components (BMS)
- Integration of Advanced Driver Assistance System components (ADAS)
- Integration of Active Chassis System components
- Advanced testing and validation of vehicle electronics components like ECUs, actuators, sensors
- Development of advanced electronics test equipment – test benches and HiLs
- Development of new advanced testing methods
- Working in high automotive standards ASPICE, Functional Safety based on ISO26262, ISTQB
Safety & Quality
Read more
We make sure any product or service we deliver is not only reliable, but most importantly safe and secure. Imagine a brake system – you would not like the brakes to be applied by a malfunction in the electronics. Neither you would like the brakes to be accessible from outside of the car and thus exposed to hacker attacks. Furthermore, you want to rely on the brake performance, from the mechanics, hydraulics and also electronics perspective.
The Safety & Quality Department covers all such cross-department topics and is responsible for the processes and quality management in the company. It includes the following aspects:
- Definition and assurance of company processes, project management processes and ISO 9001 certification.
- Coordination of system safety and cyber security in all projects of the Porsche Engineering Group in accordance with ISO 26262, IEC 61508, ISO 21448, ISO 21434 and related standards.
- Quality assurance in SW projects in accordance with Automotive SPICE and related standards
- Participation in definition of Porsche Engineering Group-wide processes for the product development with respect to quality standards (ASPICE, KGAS), system safety and cybersecurity.
- Failure analyses moderation (FMEA, FMEDA, FTA, HAZOP and others) in accordance with state-of-the-art guidelines and related standards.
- Coordination of activities related to open source software for all locations of the Porsche Engineering Group.
- Support of project management activities, project acquisition and preparation.
- Toolchain maintenance (DevOps) and qualification in accordance with quality, safety and security requirements, IT standards and development needs.
- Trainings and internal audits in the respective areas.
We are a team of engineers with passion for quality, safety and security. Do you share our mindset? Feel free to approach us and come for a coffee (or more).