Programozó állások, munkák mérnök területen

• Execution of vibration testing (sine, random, shock)
• Execution of thermal cycling and thermal-vacuum (TVAC) testing
• Execution of additional tests such as humidity, bake-out, or outgassing when required
• Preparation and following of test plans, procedures, and test configurations

• Development of software tools for analysis of measurement data from the photon diagnostic devices.
• Support data analysis with the objective of characterizing the X-ray beam and calculate SASE spectral information based on the acquired data.
• Support group with hardware and cable assembly.

• Implement and evaluate state-of-the-art motion planning and control approaches for highly unstructured environments
• Develop, refactor and maintain motion generation pipelines building blocks in a large robotics codebase
• Test approaches on real hardware in greenhouses

• Lab validation measurements of semiconductor Silicon Carbide (SiC) Diodes and MOSFETs
• Define test strategies, test limits, and parameter setups for SiC MOSFETs, diodes, and power devices based on device specifications and characterization targets. Document test strategies in work instructions

• Perform EMC and ESD testing (emissions, immunity, ESD, EFT, surge, conducted and radiated)
• Execute pre‑compliance and compliance testing according to IEC, CISPR, EN, FCC, ISO, and ECSS standards

• Research, develop, implement, and test artificial intelligence algorithms to improve the quality and robustness of the static world model in automated vehicles
• Focus on road structure including lanes, curbs, and drivable trajectories

• Contribution to System IP microarchitecture specification and design
• Contribution in SystemVerilog, C and C++ to verification, modelling and debug
• Proposal and prototyping of new ways and methodologies to reach goals more efficiently
• Ownership and development of verification plans and environments

• Further development of existing optimization components of the airline management system Netline/Crew or Netline Scheduling area
• Implementation and experimentation on new and efficient optimization approaches
• Recording customer requirements for the commissioning of existing optimization components

• Analysis of system requirements from a verification point of view
• Support of breakdown activities and creation of lower tier requirements
• Planning, defining, and maintaining system and subsystem verification strategy in collaboration with system engineers and project managers

As a PreMaster in embedded sensor computing technologies, you conduct comprehensive analyses of RISC‑V processor cores and compare them against established commercial and proprietary CPU architectures...

• Development of tests for safety and mission critical software in the field of helicopter avionics
• Analysis and debugging of software in context of test operations
• Implementation of automated scenarios
• Carrying out formal software acceptance tests including reviews and documentations

• As part of your doctoral research, you will be responsible for the development of test content for the characterization of inertial MEMS on wafer level.
• Your work will involve the design and characterization of inertial MEMS test chips in direction of Stiction and Robustness.

You will design and write a master's thesis on predictive maintenance for the electric heating elements of a commercial dishwasher....

Own the end to end manufacturing process for avionics assemblies and electrical harnesses, including routing, termination, integration, and acceptance testing....

• Leading the design, development, and technical research of electric forklifts and intelligent safety systems.
• Conducting in-depth studies on drive systems, hydraulic systems, control systems to meet high standards in safety, efficiency, and environmental performance

• Develop and optimize optical system designs for automotive applications, with a focus on holographic display architectures
• Translate system requirements into robust optical concepts and evaluate their performance, including tolerancing and straylight analysis

• Design, build, and operate system-level infrastructure for autonomous test vehicles
• Take end-to-end responsibility for components, OS provisioning, deployment and runtime behavior
• Debug complex issues across Linux systems, networking and hardware components

• Own and manage the fab CIM ecosystem, including MES transformation and factory automation systems
• Oversee equipment integration and communications across manufacturing systems
• Define and execute the strategic roadmap for manufacturing systems within a high-volume wafer fab environment

• Conducting literature research on technical topics
• Researching and selecting suitable simulation tools and methods
• Contributing to the design of a simulation environment for virtual vehicle control units of the next generation of Mercedes-Benz vehicles

• Software development and programming for control systems in the power generation sector
• Commissioning and testing of software in applications and systems
• Maintenance and upkeep of application software
• Assisting the sales support team