Junior python állások, munkák mérnök területen

• Orvostechnikai rendszerek programozható elektronikus alrendszereinek fejlesztése és prototípusok elkészítése
• A beágyazott rendszerek szoftverének tervezése, fejlesztése és karbantartása
• A hardver és a szoftver integrációjának biztosítása
• Hardver-szoftver interfészek tervezése és fejlesztése

• 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

• 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

• Contribution to System IP microarchitecture specification and design
• Contribution in SystemVerilog, C and C++ to verification, modelling and debug
• Proposition and prototyping of new methodologies to improve efficiency
• Ownership and development of verification plans and environments

• You develop and optimize software for embedded systems based on STM32 microcontrollers using modern C++
• You design, implement and integrate low-level functions, hardware-related interfaces and sensor drivers (e.g. via I2C, SPI, UART, CAN, Ethernet)

• You design filter coefficients for AWGN generation in Matlab with support from AI agents
• You verify the determined filter coefficients in a carrier aggregation scenario using unit tests
• You perform tests in a 5G/6G testbed using state-of-the-art Rohde & Schwarz test equipment

• Development and execution of design validation methods for sensing system performance at component, system, and vehicle levels
• Support of development, design, and verification of use cases, functional-level requirements, and targets for ADAS sensing systems

• Define test strategies for new features, determining what to cover manually and what to automate.
• Conduct detailed testing of new features, considering how editors will use them. This includes judgment on audio processing quality and fidelity.

• Creating data pipelines (ETL) for measurement steps happening downstairs on the shop floor
• Applying analytical and statistical methods to data from our own production or field data at the customer. Presenting the outcome to stakeholders

• Develop and optimize optical assembly and packaging processes for photonic semiconductor devices
• Take technical ownership of assembly equipment, tooling and related measurement processes
• Work hands-on with lensed fibers, collimators, FAC and SAC lenses and other optical components

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

• 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

• Analysis of system requirements from a verification point of view
• Support for 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

• System tuning & KPI boost: You analyze transfer data and optimize system performance to achieve capacity targets and minimize process variability.
• Seamless integration: You ensure seamless communication between the AMHS, production equipment, and higher-level control systems.

Further developing physics-based electrochemical battery models for dynamic charging and discharging applications, including impedance-capable and multi-particle model structures...

• Current-state analysis & data collection:Recording production value streams at the Tiengen site through time studies, interviews, and process walkthroughs.
• Process & material flow analysis:Identification of bottlenecks and waste along selected product families.

• Development of new ultrasound- and MRI-based elastography techniques for the quantitative investigation of tissue mechanics
• Development and optimisation of algorithms for image reconstruction and data analysis

• Developing and enhancing simulation environments using NVIDIA Omniverse Isaac Sim
• Integrating and evaluating the open-source autonomous driving framework Autoware
• Modeling autonomous logistics vehicles, sensor systems, and operational environments

• Nagy teljesítményű szerverek és rack rendszerek tesztrendszereinek tervezése
• Nagy teljesítményű szerverek és rack rendszerek tesztrendszereinek fejlesztése
• Nagy teljesítményű szerverek és rack rendszerek tesztrendszereinek üzemeltetése

Research and development in the field of distributed computing, communication, and control architectures and their hardware-oriented implementation based on Linux, ROS 2, and etcd – for modular space systems in the smartCASE project and for terrestrial application areas...