Python programozó diákmunka állások, munkák speciális mérnöki területek kategóriában

• Define and maintain technical specifications for automotive display components.
• Translate customer expectations into measurable display performance targets.
• Coordinate technical discussions with display suppliers throughout development.

• You will contribute to the development of high-end EUV lithography systems, thereby preparing the technological foundation for future microchip generations.
• In the project team, you will work on strategies to ensure the precise relative positioning of optical components

• 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.

• 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

• 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

• Részvétel a termékek teljes életciklusában a kutatási és tervezési fázistól a fejlesztésen és tesztelésen át a továbbfejlesztésig
• Képfeldolgozással kapcsolatos algoritmusok kutatása, tervezése és fejlesztése
• Neurális hálózatok és gépi tanulási megoldások kutatása, fejlesztése és optimalizálása

• 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

• Building and maintaining simulation environments for mobile robotic perception and navigation
• Developing and integrating robotic behaviours and learning pipelines for reinforcement learning and motion planning in complex outdoor environments

• Design and implement algorithms to process and analyze sensor data from sources like LiDAR, images, and satellite imagery
• Create algorithms to transform sensor data into actionable insights, such as reconstructing 3D models, segmenting spatial data, or detecting environmental features

• Design, develop and maintain software, tools and applications across the Baseball tracking platform
• Modernise and improve existing software systems
• Develop cross-platform C++ applications and visualisation components
• Participate in code reviews, pair programming and agile ceremonies

• Screen and summarize scientific literature
• Develop prototype setups through simulation and experimentation
• Test hypothesis by planning and carrying out measurements
• Develop and implement algorithms to interpret sensor data
• Present your results at regular intervals
• Document your findings

• Design and develop algorithms for 3D positional and trajectory data reconstruction from 2D detections
• Design and build computer vision components for detection, tracking and calibration workflows
• Contribute to calibration systems and validate reconstructed trajectories

• Support transmission system operators and distribution system operators in planning the power grid of the future
• Work directly with clients as part of international consulting project teams
• Perform power system analyses including power flow, voltage, short-circuit, N-1, redispatch

• Design, build, integration, commissioning, and maintenance of critical electrical test assets
• Development of physical electrical test assets from concept through commissioning
• Creation of CAD layouts, mechanical packaging concepts, drawing packages, and build-to-print documentation

Develop next-generation discrete ESD and TVS protection devices for high-speed, RF sensitive and automotive applications....

• 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

• Design, maintain and deploy scalable, end-to-end training pipelines, including hyperparameter optimization
• Transfer control policies from simulation to real robotic hardware
• Integrate learned policies into a full-stack robotic system, including perception, planning, and actuation

• 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

• 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 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.