Python programmer állások, munkák speciális mérnöki területek kategóriában

• 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

• 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.

• Integration of IPs and development of logic for subsystems
• Understanding and reviewing subsystem architecture
• Development of microarchitecture specifications
• Review of verification test plans
• Debugging and fixing issues

• Develop and operationalize solutions across classical AI/ML/DL and generative AI use cases
• Build, evaluate, and optimize machine learning and deep learning models for business applications
• Integrate data and AI services from APIs, third-party platforms, cloud services, and internal systems

• 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

• Design, implement, and optimize compiler passes and transformations using LLVM/Clang or GCC
• Build and maintain robust toolchains
• Support new and complex architectures in compiler backends
• Work on architecture-agnostic and IR-level optimizations
• Work on silicon specific optimizations

• Design, implement, and analyse high- and low-resolution ocean simulations based on the ICON modeling framework
• Explore parameter and structural uncertainties in the model affecting biogeochemical processes
• Develop workflows for systematic model evaluation and benchmarking

You combine software engineering, physics, and data science to solve complex challenges in high-precision lithography systems....

• Build and maintain simulation environments for mobile robotic perception and navigation
• Develop and integrate robotic behaviours and learning pipelines for reinforcement learning and motion planning in complex outdoor environments

• Developing and testing concepts for medical robotics and robot-assisted surgery
• Evaluating concepts both in simulation and on real setups, getting hands-on experience with robotics in the medical field
• Conducting experiments in our robotics laboratory

• 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

• Develop and evaluate optical spectroscopy concepts for thin-film characterization with a focus on battery manufacturing processes
• Design and perform experiments to measure and model optical properties of thin films for inline metrology

• Day-to-day delivery of the 2D-to-3D reconstruction pipeline converting raw detections into positional and trajectory outputs using physics-based modelling
• Collaboration with ML discipline team on model performance including proposing and prototyping improvements

• 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.

• 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

• 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

• 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

• Evaluation of different technologies in the field of cellular, NB-IoT and sub giga based communication standards
• Support the selecting process for MEMS and IMU's with focus on ultra-low power use cases

• Provide technical support to scientific and industrial customers via phone, webchat, and email, focusing on post-sales and service inquiries
• Collaborate with local Engineering and global Technical Support teams to deliver accurate solutions and guidance

• 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