Job offers: Become part of our team

• Contribute to high-impact consulting projects by identifying industry, market, and technology trends to provide data-driven insights and strategic recommendations
• Develop and implement solutions for sustainable mobility, energy transition, and smart infrastructure projects in alignment with definition of policies linked to achieve national visions
• Manage project delivery in highly complex stakeholder environments ensuring consensus among involved parties
• Prepare high-quality reports, presentations, and decision-making documents for senior executives
• Contribute to the growth and development of the consulting practice by sharing expertise, mentoring junior team members, and driving thought leadership

• You will be responsible for the technical management of an SE team for the central control unit components
• You represent the components to the module management
• You agree targets with the module management
• You are responsible for achieving the targets for the components in terms of properties, costs, weight, quality and deadlines
• You carry out change, problem and quality management for the respective components
• You are responsible for the technical releases and documentation of the respective components
• You control the target fulfillment of suppliers
• You are responsible for reporting to sub-project and module management

• Execution of the testing and calibration activities according to the project deliverables agreed with the Customer
• Post-processing of the measurements and deep engineering evaluation of the results
• Creation and management of Dataset parts
• Support the vehicle and engine instrumentation accordingly
• First troubleshooting analysis
• Execution of the activity plan according to Project Manager and Team Leader indications
• Preparation of “project status” reports and regular discussion with the Customer

• You provide support on technical and strategic tasks in interdisciplinary teams of consultants and technical specialists
• Your daily tasks include the analysis and evaluation of complex issues
• You create management-ready presentations of results
• You take over the planning and preparation of expert interviews and workshops and actively participate in them
• You support our working students in their personal development

• You provide support on technical and strategic tasks in interdisciplinary teams of consultants and technical specialists
• Your daily tasks include the analysis and evaluation of complex issues
• You create management-ready presentations of results
• You take over the planning and preparation of expert interviews and workshops and actively participate in them
• You support our working students in their personal development

• Cost analysis of technical products and components based on hardware decomposition within benchmark projects
• Cost evaluations of technical concepts and solutions for target costing in early development phases
• Identification and evaluation of cost reduction potentials in close cooperation with interdisciplinary project teams
• Further development of existing methods and tools for cost calculations and building up company know-how
• Documentation, presentation and discussion of results within the team and in front of customers

• Lead Commodity planning activities and maintain commodity plans 
• Support and document engineering reviews ensuring a robust design 
• Support design tasks of a battery pack development 
• Review 2D and 3D drawings to ensure they meet the required quality and standards 
• Support design leads and technical specialists with JIRA Sprint Planning and keep track of progress 
• You will be a speaking partner to our customers. 
• You prepare and support during project meetings with the end-customer. 

• Security Architecture Design: Define security goals and perform Threat Analysis and Risk Assessment (TARA), supported by automation and patented AI-based predictive analysis tools.
• Requirement Engineering: Specify HW/SW security requirements for modern ECU/HPC units, ensuring security is baked into the design from the very first line of code.
• AI-Assisted Engineering: Implement and verify security features, actively using AI tools (LLMs, Copilots) to optimize processes and vulnerability analysis.
• Technical Partnership: Lead technical discussions with customers and suppliers—acting as the technical voice of reason in international projects.
• Process Evolution: Contribute to shaping Security-by-Design processes within the organization, staying ahead of market trends.

• Developing and implementing short-term and long-term strategies, initiatives to generate growth within Software Department
• Managing all aspects of the operation, including finance, sales, quality and human resources
• Working out effective solutions and processes to address FEV Polska needs
•  Providing clear insight into Software Department topics focusing on key facts and enabling efficient decision taking
• Providing engineering expertise or partial participation in projects as technical or project leader
• Line management of a subordinate team

• Mechanical design in CAD systems (e.g. Pro-E, Catia V5, Siemens NX)
• Performing various design & development tasks mainly in the field of classical, hybrid or E-powertrains in the CAD
• Concept work, creating 3D layouts, feasibility studies, technical proposals
• Performing package investigations, assembly feasibility and technical evaluations
• Creating and detailing 3-D models with focus to DFM (design for manufacturing) or other latest technologies (AM)
• Understanding and implementation of standard CAE simulation-results
• Preparation of specification sheets for various powertrain components and systems
• Project support with technical evaluation such as building up decision matrix, tolerance stack ups calculation, preparation of project reports, etc.
• Very good level in technical documentation (creation of 2D drawings from 3D models) according to required project standards (ISO, DIN, EN, JIS,…)
• Supporting of prototype-procurement and measures in QA (D-FMEA, DVP&R, PPAP), communication with suppliers and purchase department

• Product requirements analysis, feasibility study and requirements management at vehicle level
• E/E System Topology definition
• Suppliers Management
• Communication and Diagnosis Protocol management
• Active Support during definition of new functions
• Support the project manager on technical discussion with Product team
• Change requests management
• Coordinate with other teams to manage new requirements

• Creation of electromechanical concepts and schemes for the packaging of electronic and electrical components for use in traction batteries for automotive, commercial and special applications.
• Prototype and production design in the development of mechanical systems and components particularly relating to electronic modules, electric motors and power electronic modules.
• Liaise with customers to agree the mechanical interface and performance details. Comply to customers' demands and standards.
• To produce 2D drawings and detailed documentation of components suitable for prototype and mass production.
• Undertake D-FMEA and FMEA analysis of components, systems and assemblies.
• Communicate with customer as well as supplier technical details of electromechanical system.

• Development and application of the current and future requirements for Functional Safety (ISO 26262) for ePowertrain systems, Power Electronics, battery, chassis and their controls
• Ensure compliance with the relevant safety standards
• Create/review & maintain item definition, hazard analysis and risk assessment
• Develop/review Functional Safety concept & Technical safety concept
• Analyse and define Safety requirements (Functional Safety requirements and Technical safety requirements)
• Conduct Safety analyses (FTA, FMEA, HAZOP)
• Leading technical discussions with suppliers & customers on Functional Safety
• Support Functional Safety audits and assessments
• Support Functional Safety manager in development of safety plan and safety case

■ Conduct safety analyses, including Hazard Analysis and Risk Assessment (HARA), Fault Tree Analysis (FTA), and Failure Mode Effects Analysis (FMEA)

■ Develop and implement functional safety concepts in compliance with ISO 26262 standards for automotive systems

■ Collaborate with cross-functional teams to integrate functional safety requirements into the design and development processes of automotive products

■ Define and manage safety goals and requirements throughout the product lifecycle

■ Support the creation and maintenance of safety-related documentation, ensuring alignment with regulatory requirements

■ Interface with external certification authorities and actively participate in safety assessments

■ Contribute to the development and maintenance of safety plans and safety cases

■ Provide guidance to engineering teams on safety-related matters and conduct training sessions as needed

■ Stay informed about industry trends, tools and updates related to automotive functional safety, implementing best practices

• Contributing to the development of automotive electric/electronic components and subsystems like power converters (AC/DC, DC/DC), battery management system (BMS) hardware, On-board chargers, ECUs, power supplies
• Working on analog/digital electronic design for automotive components, electrical architecture, electrical simulations, and PCB layout design
• Being tasked with HW requirements engineering for automotive components
• Conducting and managing tests, specialist measurements, investigation works, and environment characterization
• Ideally, having experience in the field of hybrid and electric vehicles.

Together with our consultants, you will provide the basis for strategic decisions. You will evaluate the costs of components, manufacturing processes and product technologies and support forward-looking developments. With us, you can expect a varied and exciting work environment, whether in the project office or in the benchmark center, where a wide variety of components are disassembled and documented. You will be part of a strong, agile team. 

• Support in cost analyses of technical products and components on the basis of hardware teardowns within benchmark projects
• Support in identification and evaluation of cost reduction potentials in close cooperation with interdisciplinary project teams and responsibility for individual work packages
• Support in cost evaluations of technical concepts and solutions for target cost determination in early development phases
• Further development of existing methods and tools for cost calculation, including research tasks
• Support throughout all phases of customer meetings – from preparation to participation and follow-up

• You support us in various customer projects and are responsible for individual work packages
• You develop application-oriented solutions
• You perform analyses and research tasks
• You create presentations for the preparation of results
• You prepare and participate in customer meetings

• You support us in various customer projects and are responsible for individual work packages
• You develop application-oriented solutions
• You perform analyses and research tasks
• You create presentations for the preparation of results
• You prepare and participate in customer meetings

• Actively support a client project across all key phases, gaining hands-on experience throughout the full project lifecycle
• Develop practical, application-oriented solutions that address real-world challenges faced by our clients
• Create clear and engaging presentations to effectively communicate project outcomes and insights
• Conduct in-depth analyses and research to inform strategic decisions and enhance project deliverables
• Prepare and participate in customer meetings

• Support in cost analyses of technical products and components on the basis of hardware teardowns within benchmark projects
• Support in identification and evaluation of cost reduction potentials in close cooperation with interdisciplinary project teams and responsibility for individual work packages
• Support in cost evaluations of technical concepts and solutions for target cost determination in early development phases
• Further development of existing methods and tools for cost calculation
• Preparation of results and research
• Support at customer meetings from preparation to participation and follow-up

• Mechanical design in CAD systems (e.g. Pro-E, Catia V5, Siemens NX)
• Performing various design & development tasks mainly in the field of classical (ICE) & hybrid or E-powertrains in the 3D& 2D CAD
• Concept work, creating 3D layouts, feasibility studies, technical proposals
• Performing package investigations, assembly feasibility and technical evaluations
• Creating and detailing 3-D models with focus to DFM (design for manufacturing) or other latest technologies (AM)
• Understanding and implementation of standard CAE (structural, thermal, fluid) simulation-results
• Preparation of technical specification sheets for various powertrain components and systems
• Project support with technical evaluation such as building up decision matrix, tolerance stack ups calculation, preparation of project reports, etc.
• Very good level in technical documentation (creation of 2D drawings from 3D models) according to required project standards (ISO, DIN, EN, JIS,…)
• Supporting of prototype-procurement and measures in QA (D-FMEA, DVP&R, PPAP), communication with suppliers and purchase department

• Creation of electric and electromechanical concepts and schemes for the packaging of electronic and electrical components for use in traction batteries for automotive, commercial and special applications,
• Carries the process responsibility from concept to series development according to the product development process,
• Liaise with customers to agree the mechanical interface and performance details. Comply to customers' demands and standards,
• Prepares and reconciles the project documents (e.g. specifications, schedule, status report, etc.),
• Communicate with customer as well as supplier technical details of electromechanical system,

• Design and develop ICE engine’s component group with tight collaboration with simulation experts
• Mechanical design in CAD systems (e.g. Catia, 3DExperience, Creo, NX...)
• Lead of two to three designers in the project and/or dedicated team
• Define and manage a key technical requirements & interface specification across systems
• Design, analyze and report results of product status, performance, safety, and reliability tests to key Members
• Lead resolution of complex integration issues discovered during design, prototyping, and testing fazes
• Execute activities like reporting, supplier management, DFM, DFA, ETRS etc
• Monitor project/ task deliverables, customer relation, and work output qualit

• You assess and understand the scope and use case of complex software applications.
• You analyze software requirements and interface documentation, then design the appropriate architecture.
• You implement and integrate software for distributed systems.
• You automate the whole software engineering process following the DevOps approach with a special focus on test automation
• You ensure software quality by code reviews and software tests on various levels.
• You coordinate technical aspects within your team and work closely with customers, following agile or safety-critical standards.

• Take responsibility for high-impact consulting projects as a project lead and manage project delivery in highly complex stakeholder environments, ensuring consensus among involved parties
• Develop and implement solutions for sustainable mobility, energy transition, and smart infrastructure projects in alignment with definition of policies linked to achieve national visions
• Prepare high-quality proposals, presentations, and decision-making documents
• Contribute to the growth and development of the consulting practice by sharing expertise, mentoring junior team members, and driving thought leadership

• You work in the area of our function library
• Within the function library, you focus on the control of electric drives (Vehicle Control Unit, VCU)
• You will work on both the content of the individual functions and the overall methodology
• You will also perform tasks in the area of toolchain (Matlab/Simulink) and its further development
• You will support us in setting up a virtual VCU demonstrator and associated demo cases
• You will support us in the development of the functional architecture

• You work in the development of a scalable and efficient tool chain for the generation of AI applications for use cases in the automotive industry
• You focus on the design and development of the front end of AI applications to generate high user acceptance and product usability
• You carry out tests and quality assurance measures to ensure high performance and stability of the tool chain
• You create documentation on the tools, algorithms and processes developed

• You carry out assessments and research into current trends, innovations and technical developments in the field of artificial intelligence
• You support the development of a Retrieval Augmented Generation (RAG) - AI application in the context of the automotive industry
• Close cooperation with the team is important in order to integrate everyday work content into the tool chain
• You are responsible for carrying out tests and quality assurance measures to ensure high performance and stability of the tool chain
• Your tasks include the documentation of the developed tools, algorithms and processes

• You carry out comprehensive literature research on modern technologies and innovations in the field of data analysis (measurement data) in the context of artificial intelligence (AI)
• You evaluate current trends, innovations and technological developments in the areas mentioned
• You are responsible for the development of an AI tool for measurement data analysis and identification or derivation of KPIs for measurement data evaluation
• Close collaboration with the team is important in order to integrate day-to-day work content into the tool chain
• You will be responsible for carrying out tests and quality assurance measures to ensure high performance and stability of the tool chain
• Your tasks include the documentation of the developed tools, algorithms and processes

FEV offers leading services in the areas of battery cell and system development. With the help of a comprehensive benchmarking program for battery cells, FEV has gained a clear advantage in the evaluation of battery cells and systems. We are looking for a master's student to write their thesis on the topic of “Benchmarking of Battery Cells”.

• You will characterize battery cells in terms of cell design, electrical performance, and safety behavior
• You will open battery cells and examine their components
• Your tasks will also include sample preparation and test organization for the physicochemical analysis of cell materials
• You will evaluate and process cell test data and prepare comparative and benchmark analyses

• FEV provides leading services for battery system and cell testing, both electrical and safety testing. As such, this is giving FEV a distinctive edge in in performance comparison, benchmarking and evaluation of battery cells and systems. For this field, we are looking for a master or bachelor thesis student with focus on battery cell testing data analysis
• You will identify comparable cell test data in terms of type, scope, and quality at FEV Europe GmbH and other subsidiaries.
• You will define relevant cell test data for performance comparisons, benchmarking, and cell selection.
• Your tasks will also include defining data formats and a system for storing and retrieving cell test data.
• You will help develop a data format converter and an upload infrastructure.
• You will evaluate cell test data and create comparative and benchmark analyses.

• In the first step, you will conduct a literature
• review on the physical principles of the various
• technologies of direct air capture
• You will work independently on the development
• of semi-empirical models for the different DAC
• technologies
• You use MatLab/Simulink to build the model
• You document your work as part of a master's
• thesis  

• In the first step, you will conduct a literature review on the physical principles of the various technologies of Carbon Capture of point-sources.
• You will work independently on the development of semi-empirical models for the different Carbon Capture technologies
• You validate the Model with available data from literature.
• You use MatLab/Simulink to build the model
• You document your work as part of a master's thesis

Intelligent test management is essential for increasing efficiency, transparency, and regulatory compliance in modern battery testing environments. In this thesis, a conversational AI agent will be developed as a front end to an prototype test management and scheduling framework. The agent will support engineers in defining, optimizing, and evaluating test campaigns by combining static information (e.g. regulations, testing standards, use-case descriptions) with dynamic information (e.g. bench availability, model availability, current test load).

• Conducting a literature and state-of-the-art review on AI-based assistants, test scheduling, and regulatory frameworks with or without focus for battery testing
• Analysing relevant regulatory documents, testing standards, and project-specific user requirements, and translating them into machine-readable rules and constraints for test planning
• Designing the system architecture of an AI chat-bot that acts as a natural-language front end for a test scheduler
• Implementing the AI agent with preference of using large language models (LLMs) including interfaces to data sources such as test bench calendars, model repositories, and requirement databases
• Developing algorithms or workflows for test recommendation and automatic scheduling under static and dynamic boundary conditions (standards, priorities, availability, cost or time constraints)
• Comparing the AI-based results with a baseline conventional optimisation-based scheduler and defining quantitative evaluation criteria (e.g. utilisation, waiting time, deadline adherence, compliance with constraints)
• Running a case study on battery testing for technical feasibility assessment for the desired purposes
• Documenting the results in a scientific manner and preparing the Master thesis and an internal presentation

The master thesis will focus on applying, evaluating, and improving an existing MBSE Copilot solution within a real-world engineering context. The tasks are:

• Analyze Copilot capabilities for supporting MBSE workflows, including requirement handling and model generation
• Conduct a case study using representative MBSE artifacts (e.g., SysML models, requirement documents) to assess tool performance
• Perform user testing to evaluate usability, efficiency gains, and acceptance among engineers
• Investigate input quality and segmentation strategies for large-scale requirements (e.g., 600+ pages) to ensure meaningful Copilot output
• Benchmark Copilot performance against traditional manual MBSE processes to determine effectiveness and identify improvement areas
• Document findings and propose enhancements for better integration of AI copilots in MBSE lifecycles

The growing demand for electrical energy due to trends like the electrification of transportation and heating as well as the emergence of power-hungry data centers will require a multitude of low-carbon power sources in the future. Besides the well-known and established sources of renewable energy like wind, solar and biomass, nuclear energy might also play an increasing role in meeting the rising power demand of the future.

While some technologies like small modular nuclear reactors or nuclear fusion might be held back by a lack of technological maturity, others might be more mature, but less incentivized politically, such as conventional nuclear fission plants.

To gain a holistic understanding of these potentially relevant sources of power, this thesis should seek to identify the potentially available technologies, evaluate them based on technical, economic and environmental criteria and investigate suitable applications for the most promising identified technologies. 

In this thesis, an AgentOps/LLMOps pipeline will be designed and implemented to support engineering process agents with expert-in-the-loop feedback. The work addresses the challenge that current generative-AI agents in systems engineering (SE) — used for tasks such as requirements derivation, test-case generation, and subsystem decomposition — often produce inconsistent or untraceable outputs when deployed as black boxes. The pipeline will embed domain experts into iterative feedback loops, capturing their corrections and context, and using that feedback to selectively adapt the system. The approach will operationalise both forward flow (methods/data → agent output → user feedback → iteration) and backward flow (user feedback → classification/context engineering → selective LLM adaptation/test-update), minimising unnecessary retraining and focusing on context engineering and selective adaptation.

The main tasks of the thesis include:

• Conducting a literature and state-of-the-art review on MLOps, LLMOps, and AgentOps, with focus on engineering process agents and expert-in-the-loop systems.
• Designing and implementing an open-source AgentOps/LLMOps pipeline tailored for SE use-cases.
• Empirically comparing adaptation strategies (context engineering, parameter-efficient fine-tuning, hybrid) on two SE tasks: (a) requirements derivation for subsystems, (b) test-case derivation from requirements.
• Measuring precision/recall, semantic correctness, expert corrections per iteration, and cost-benefit metrics.
• Quantifying the value of expert feedback in iterative agent improvement.

• You develop test strategies and test plans for verification of automotive control units.
• You coordinate software / system tests and support their implementation.
• You define, implement and monitor testing processes and standards.
• You identify risks and implement measures to mitigate them.
• You coordinate closely with customers, suppliers and the global FEV specialist departments.
• You report the test status to the project management and give release recommendations based on this.

• Lead sales initiatives for consulting and engineering solutions within the energy and sustainability sector.
• Build and maintain strong relationships with key industry stakeholders and decision-makers.
• Proactively seek and pursue new business opportunities and strategic partnerships to expand market presence.
• Lead proposal development and manage client relationships to ensure long-term success.
• Contribute to project development from initial concept through execution and hand-over to PMO.

• Mechanical design in CAD systems (e.g. Pro-E, Catia V5, Siemens NX)
• Performing various design & development tasks mainly in the field of classical, hybrid or E-powertrains in the CAD
• Concept work, creating 3D layouts, feasibility studies, technical proposals
• Performing package investigations, assembly feasibility and technical evaluations
• Creating and detailing 3-D models with focus to DFM (design for manufacturing) or other latest technologies (AM)
• Understanding and implementation of standard CAE simulation-results
• Preparation of specification sheets for various powertrain components and systems
• Project support with technical evaluation such as building up decision matrix, tolerance stack ups calculation, preparation of project reports, etc.
• Advanced level of creation and understanding of technical documentation 2D&3D + independent execution of pre & release 2D and 3D checking processes. Good orientation in technical standards (ISO, DIN, EN, JIS,…)
• Supporting of prototype-procurement and measures in QA (D-FMEA, DVP&R, PPAP), communication with suppliers and purchase department

• Planning of whole test releases in different test phases
• Flash ECU’s
• Create test specifications and execute test cases according to requirements management tool
• Write test automation scripts to be able to execute tests automated
• Document, analyze and evaluate test results, create test reports (using management tool e.g. Jira)

Together with our consultants, you will provide the basis for strategic decisions. You will evaluate the costs of components, manufacturing processes and product technologies and support forward-looking developments. With us, you can expect a varied and exciting work environment, whether in the project office or in the benchmark center, where a wide variety of components are disassembled and documented. You will be part of a strong, agile team.

• Support in cost analyses of technical products and components on the basis of hardware teardowns within benchmark projects
• Support in identification and evaluation of cost reduction potentials in close cooperation with interdisciplinary project teams and responsibility for individual work packages
• Support in cost evaluations of technical concepts and solutions for target cost determination in early development phases
• Further development of existing methods and tools for cost calculation, including research tasks
• Support throughout all phases of customer meetings – from preparation to participation and follow-up

• Collaborate on a range of customer projects, taking ownership of specific tasks and delivering high-quality results
• Develop application-oriented solutions that address real-world challenges faced by our clients
• Create clear and engaging presentations to effectively communicate project outcomes and insights
• Conduct in-depth analyses and research to inform strategic decisions and enhance project deliverables
• Prepare and participate in customer meetings

• Support in cost analyses of technical products and components on the basis of hardware teardowns within benchmark projects
• Support in identification and evaluation of cost reduction potentials in close cooperation with interdisciplinary project teams and responsibility for individual work packages
• Support in cost evaluations of technical concepts and solutions for target cost determination in early development phases
• Further development of existing methods and tools for cost calculation
• Preparation of results and research
• Support at customer meetings from preparation to participation and follow-up

• You support us in various customer projects and are responsible for individual work packages
• You develop application-oriented solutions
• You perform analyses and research tasks
• You create presentations for the preparation of results
• You prepare and participate in customer meetings