Hardware Development Engineer (Embedded Systems)

Your mission

System Development Contribution

l Support Microelectronics Development: Assist in the development of microelectronic assemblies for sensor circuit.

l Conceptual Support: Collaborate with engineers on concept development and technical implementation.

l Hands-on Development: Independently handle the assembly, commissioning, and testing of modules and systems throughout the entire development lifecycle.

Circuit Design & Microcontroller Programming

l CAD Design: Create, edit, and refine circuit designs within CAD environments.

l Firmware Development: Program microcontrollers and implement external communication interfaces (e.g., UART, SPI, I2C, USB, or BLE).

Measurement, Testing & Qualification

l Electrical Testing: Plan and execute electrical measurements and tests under various environmental conditions (e.g., temperature and climate testing).

l Data Analysis: Maintain structured documentation and evaluate results to assess and further develop system performance.

Error Analysis & Optimization

l Troubleshooting: Analyze technical issues at both the component and system levels.

l Problem Solving: Actively identify root causes and implement effective improvement measures.

Manufacturing & Material Coordination

l Process Coordination: Manage manufacturing processes and tasks related to Assembly and Packaging Technology (AVT).

l Logistics: Ensure smooth operations through component management, inventory monitoring, and procurement.

Laboratory & Facility Operations

l Responsibility: Take ownership of specific laboratory areas or equipment, ensuring safe and efficient operation.

Your profile

Education & Qualifications

l A master degree inElectronics, Microtechnology, Mechatronics (with an electronics focus), or a comparable technical field is expected.

l Advanced certification as a State-Certified Technician (Staatlich geprüfter Techniker), preferably specializing in Electrical Engineering, Electronics, or Microsystems Technology.

Technical Skills & Experience

l Core Knowledge: Strong foundation in electrical engineering and PCB circuit design; basic knowledge of digital electronics is a plus.

l Design & Programming: Experience in CAD design for electronic assemblies and microcontroller programming (including interface integration like UART, SPI, etc.).

l Software: Knowledge of microcontroller operating systems (RTOS) is an advantage.

Measurement & Testing

l Initial experience in testing electronic components and using environmental testing equipment (e.g., climate chambers) is ideal.

Technical Tools

l Software Proficiency: Skilled in standard Office applications for documentation.

l PCB Design: Experience with CAD tools such as Altium Designer, KiCAD, Cadence Allegro or OrCAD.

l Simulation Skills: Proficient in using simulation tools (e.g., LTspice, TINA-TI) for circuit validation and performance prediction.

l Development Tools: Proficiency in using compilers for microcontrollers.

Communication & Languages

l German: Very high proficiency (C1 level) is required.

l English: Solid working knowledge (B1–B2 level) for daily professional communication.

Work Ethic & Personality

l Mindset: You are characterized by a diligent, independent, and structured way of working.

l Problem Solving: Creativity, curiosity, and perseverance help you analyze technical challenges and find solutions.

l Soft Skills: You enjoy working in teams, communicate openly, and contribute to constructive cooperation in an interdisciplinary environment.