Engineer állások Külföldön (mérnök)

• Responsible for the creation, review and revision of requirements in a helicopter avionics development process
• Working in the V-Model
• Working in unity with software and test engineers
• Documentation in DOORS

• 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

Definition of key requirements for a primary power supply regarding input voltage conditions (derived from DO-160 G regulations), secondary supply including load variations, targeted buck converter efficiency and all monitoring and protections features...

• Ensures technically and timewise optimal Customer Support to guarantee the availability professionally and quick support by phone, email and remote assistance for customers
• Supports customers with complex technical requests using structured problem-solving approach

• Conceptual design and programming of test procedures in powertrain simulation environments using Python
• Continuous comparison of test procedures with other test resources such as powertrain test benches or test vehicles

• 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

Responsible for the whole vehicle and components design, development, and technical research of electric ride-on and electric pedestrian warehouse forklifts...

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Design and implement a prototype that automatically generates firmware code from IP-XACT and ASIC specifications, pushing automation in embedded development...

• You implement numerical simulation methods and their applications for large scale power systems.
• You develop high performance algorithms for dynamic simulation taking also advantage of hardware-based acceleration techniques such as FPGA or GPU.

• You provide technical support and monitoring of the assigned ships
• You ensure compliance with classification and flag state regulations as well as international safety and environmental standards (ISM, ISPS, MLC)

Support our development engineers in supervising inertial sensors during ramp-up and series production and contribute to continuous improvement through data evaluation, advanced analytics, statistics and failure analysis using Python-based toolchains...

• Preparation of production facility for underwater equipment.
• Manufacturing and finishing of parts to be used in products.
• Development of manufacturing aids based on OEM descriptions.
• Incoming goods inspection and quality control of internally manufactured goods.

Rapid and efficient architecture exploration facilitates making crucial design decisions during early phases of modern System-on-Chip (SoC) development. Furthermore, verifying automotive SoC using real-field scenarios is still needed to ensure quality and reliability. The goal of this study is to...

Supporting communication within the project environment and actively contributing to the digitalization of work processes, including task management in MS Teams and Dalux...

• Leading engineering projects incl. team lead for vehicle power net testing & vehicle diagnostic
• Plan, execute, document, publish & present status & results to internal & external customers
• Use tools like CANalyzer, CANoe, and data loggers to collect and analyze system data

• You develop control algorithms for the grid integration of power electronic converters
• You implement and optimize modulation, balancing, and fault-tolerant operation methods in multilevel converters
• You prepare reports, papers, and patents on converter control topics

• Collaborating with technical experts in the development and enhancement of sensors for blood gas analysis.
• Contributing to sensor design investigations by planning and conducting various material and sensor characterization experiments and tests.

• Operate REGENHU’s bioprinting platforms at an expert level and demonstrate advanced system capabilities
• Develop, optimize, and explain complex additive manufacturing workflows (toolpaths, process parameters, multi-material workflows)

• The program will start July 1st, 2026
• During your 14-month trainee program you work on exciting projects at home and abroad, tailored to your profile and career goals