Project manager- automotive állások Németországban (mérnök)

• Take ownership of all program aspects, defining the critical path and identifying key risks
• Develop robust project plans with the Technical Project Leader and the Director of Engineering, validating logistics, resources, and lead times

Using your expert knowledge of optical system design, you liaise with R&D, product management and operations function of ZEISS strategic business units and Corporate Research & Technology and work towards early involvement in their R&D projects...

Own Internal Project Management: You are responsible for the entire project management of our new COPVs from initial component design and tool concept through prototype and series production, and additionally, open to managing other projects within the company....

• Review customer specifications and legal/statutory requirements, ensuring compliance with Voith Hydro standards and EQM guidelines.
• Prepare and issue project-specific Quality Plans and documentation (e.g., Inspection & Test Plans, QS, MGS).

• Defining the technology roadmap for 77 GHz automotive radar antennas and waveguide-based solutions
• Architect next‑generation radar antenna systems, including array concepts, feeding structures, and integration strategies

• Lead and coordinate multidisciplinary project teams across all phases of the product lifecycle, from concept to post-launch improvements.
• Plan and control projects, including objectives, scope, deliverables, resources, budget, milestones, and risk management.

Deliver and implement consulting projects for leading construction industry clients, including general contractors, prefab manufacturers, suppliers and developers...

You will take responsibility to achieve the best solution for ZEISS, balancing individual functional and segment needs by contributing to the Idea to Market process workstream...

• Manage complex product development projects from concept through industrialization.
• Define project scope, milestones, schedules, and deliverables.
• Coordinate intercontinental teams across Europe, North America, and Asia.

Rapid and efficient architecture exploration facilitates making crucial design decisions during early phases of modern System-on-Chip (SoC) development. Furthermore, verifying automotive SoC using real-field scenarios is still needed to ensure quality and reliability. The goal of this study is to...

• Review customer specifications, industry standards, regulatory standards and internal design guidelines to establish product electrical requirements.
• Performs the requirement analysis and validation planning activities in accordance with automotive functional safety and ASPICE processes.

• Lead full project lifecycle from pre-sales through to project closure.
• Support pre-sales activities including costings, BOMs, and technical specifications
• Develop and manage project documentation: project plans, schedules, risk registers, and implementation plans.

• Technical interface to the customer:
• for providing remote or on-site technical support during battery integration, testing and production failures
• for customer battery lab- and vehicle integration and testing.
• to analyze battery failures or integration issues

Manage technical projects focused on developing and testing customized customer solutions, gathering feedback for new products and supporting marketing activities through application notes...

• Support pursuit engineering activities for automotive low voltage Lithium Ion batteries, Sodium Ion batteries, and super capacitors.
• Collaborate with automotive customers to understand their requirements and provide tailored mechanical solutions.

• Lead pursuit engineering activities for automotive low voltage Lithium Ion batteries, Sodium Ion batteries, and super capacitors.
• Collaborate with automotive customers to understand their requirements and provide tailored electronic solutions.

• continuously optimize safe, efficient, and scalable material flow performance and drive execution and commitment;
• calculate takt time, cycle times, defining manpower, equipment, and buffers needed and ensure frequent updates in the ERP system;

• Design and implement end‑to‑end AI pipelines for time‑series and event‑driven sensor data (e.g., pressure, temperature, current, voltage, etc.)
• Combine physical models with data‑driven approaches (hybrid / physics‑informed machine learning) to improve robustness and interpretability

• Lead technical assessment with customers, analysing equipment specifications, production processes, and data availability to define integration requirements.
• Coordinate and support the integration of new and legacy industrial equipment, including retrofit projects when required.

• Your tasks include supporting the preparation and execution of measurements on Francis model turbines in the in-house test laboratory.
• You analyze turbine characteristics across various operating ranges and compare them with measurements from actual power plant units.