Based állások Budapesten (mérnök)

• Ensuring the quality and reliability of SIMATIC ET200 systems (interface modules and I/O devices) through structured system testing
• Designing and executing test scenarios for PLC-based and distributed I/O systems
• Supporting and extending test automation solutions (e.g. C#-based frameworks)

• Provide professional technical trainings to SMCEE partners.
• Support on-site troubleshooting & answer claims in a professional manner for critical issues.

• Define, implement, and continuously refine data- and AI-driven business cases aligned with strategic objectives
• Own the end-to-end lifecycle of data products, from design and development to deployment and operation

Preparation of production and assembly drawings Creation of production documentation and material lists 3D modeling of steel structures Collaboration with engineers and project managers...

• You will take on leadership responsibilities, coordinating a team of approximately 10–12 employees, including both white-collar and blue-collar team members
• Define and control production and test processes such as calibration, tooling and equipment definition and maintenance

• Act as the main interface between customers and R&D (Research & Development), building strong relationships with automotive OEMs and Tier partners.
• Develop and grow customer relationships, identifying new application opportunities and business potential.

• 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

• Collect, analyze, and document requirements for HV battery systems, modules, and lithium‑based cells
• Create requirement specifications aligned with battery standards, safety regulations, and technical constraints
• Develop and maintain requirements traceability matrices for all battery system components

• Support the design and development of mechanical components using 3D and 2D CAD tools
• Assist in creating detailed models and technical drawings
• Help refine designs based on functional, cost, weight, and manufacturing requirements

• 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

• 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

• Quality control of acquired field data
• Mobile laser scanning trajectory processing
• Terrestrial and mobile laser scanning data post-processing
• Alignment and adjustment of different measurements
• Quality control of post-processed data
• Solving GIS related tasks of processing
• Camera adjustment

• Design and implement computer vision algorithms tailored to specific problem domains
• Apply and adapt classical computer vision techniques such as Hough Transform, Canny edge detection, and feature extraction
• Develop high-performance image processing solutions using C++ and OpenCV

• Development of manufacturing and production process simulations using Tecnomatix Plant Simulation and Process Simulate
• Analysis and optimization of manufacturing and production process simulations

• Supporting clients in making planning, construction, and operational processes more efficient and transparent through digital modeling technologies
• Implementing and establishing BIM standards
• Working actively with Autodesk Revit to create and coordinate models

• Project management and scheduling of large-scale infrastructure projects with focus on schedule, cost, and quality
• Stakeholder management including coordination of interdisciplinary teams and management of interfaces between clients, authorities, and service providers

• 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

• Contribution to System IP microarchitecture specification and design
• Contribution in SystemVerilog, C and C++ to verification, modelling and debug to achieve required quality levels
• Proposal and prototyping of new ways and definition of methodologies to reach goals more efficiently

• 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

• Program, troubleshoot and optimize PLC-controlled production lines
• Lead machine commissioning and start-up support
• Carry out FAT (Factory Acceptance Test) and SAT (Site Acceptance Test)
• Debug and optimize automated assembly lines
• Support production ramp-up activities