Junior developer állás, munka

• Driving locally disciplinary and globally technically the Raw Data Processing development (incl. planning, concept & verification)
• Leading and developing a high-performing international team, fostering individual growth and technical excellence

• Design-Lead of the satellite's Avionics architecture
• Definition and development of the Avionics architecture of the satellite (initial sizing and trade-offs, interface budgets, and hardware performance)

• Creation and management of RAMS documents for project execution acc. EN/ EN(RAMS Plan, RAM Report, Hazard Log, Safety Case)
• Execution of risk assessment of CCS (ETCS and national ATP) subsystems (acc. CSM-RA)

• Conceptual design and programming of test procedures in powertrain simulation environments using Python
• Continuous comparison of test procedures with other test resources such as powertrain test benches or test vehicles

• Planning and management of flight test projects, including scheduling and coordination activities
• Daily planning and management of the aircraft fleet to ensure operational availability
• Management of aircraft configuration and readiness in support of flight operations

• Develop and integrate cutting-edge machine learning algorithms for future surgical imaging devices, utilizing multiple optical imaging modalities
• Work in a streamlined manner from a concept phase all the way to production-ready solutions

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...

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...

• Responsibility for the entire product life cycle of optical frequency comb products, including budget, revenue, profit, etc.
• Development and maintenance of the product roadmap
• Interface role between customers and internal departments, including management of inter-departmental communication

• Perform structural and dynamic simulations using LS-DYNA for automotive and battery applications, including vibration and dynamic load scenarios
• Conduct electro-thermal modeling in ANSYS Workbench and APDL
• Develop and optimize thermal management systems for Li-ion batteries

Acquire and maintain holistic domain knowledge of current and emerging photonic technologies used in integrated circuits, including system aspects, photonic devices, manufacturing and inspection technologies....

• Fill the gaps – Enhance existing documentation with missing details when software functionality gets upgraded
• Document what's new – Create clear, comprehensive documentation for brand-new software features

• Your tasks include the preparation, execution, and evaluation of numerical flow simulations (CFD) in the field of hydraulic turbines.
• You support the selection of the meshing strategy, the numerical modeling, and the automation of the post-processing.

• Take ownership of multiple process projects across all phases (Design, Manufacturing, FAT, SAT)
• Develop detailed process documentation (P&ID, Functional Specifications)
• Define project timelines and track key deliverables
• Manage project budgets and ensure cost efficiency

• Develop and implement generative AI models for design optimization
• Integrate AI algorithms with Finite Element Method (FEM) and other simulation tools
• Analyze simulation results and propose design improvements
• Collaborate with engineers to automate optimization workflows

• Supporting the setup and execution of battery tests, including installation of thermocouples and sensors
• Assisting with the collection, processing, and analysis of both laboratory test data and field data from real-world battery applications

• Develop optical measurement technologies for calibration and performance characterization of innovative long-wave infrared (LWIR) sensors
• Design calibration methods for LWIR sensors under various stimuli and environmental conditions in a state-of-the-art lab environment