It ellenőr állások, munkák mérnök területen

• Leading design of the vehicle mechanisms through design phases until qualification and acceptance
• Requirements definition for vehicle mechanisms
• Driving trade studies, manufacturing optimization and performance for mechanisms

• 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.

• Support in developing a clear product vision for smart factory solutions (e.g. automation, IoT, digital twins)
• Alignment with company goals and stakeholders from production, IT and operations management
• Creation, prioritization and maintenance of the product backlog

• Lead full project lifecycle from pre-sales through to project closure.
• Support pre-sales activities including costings, BOMs, and technical specifications
• Develop and manage project documentation: project plans, schedules, risk registers, and implementation plans.

- Responsibility as technical architect and project lead for large and medium scale EMC system projects in the automotive, commercial, RSE, MIL sectors for Europe - Definition of technical hardware and software requirements - Responsibility for system design and system documentation - Definition of...

• Developing reference architecture and transformation plans promoting SAP best practices
• Provide architecture guidance using RISE with SAP methodology and Clean Core principles to ensure that every customer benefits from SAP‘s standard cloud qualities

• Management of all Mercury’s commissioning responsibilities on site. This will include the setup, management of and closing out of the Commissioning plan for the project
• Management of direct reports (commissioning and testing personnel on site).

Own and lead the full lifecycle of integrated circuit design projects, from strategic customer negotiations – primarily in the automotive sector – through release to high-volume production in Asia...

• Implementation, configuration, and testing of SCADA systems for utility-scale PV plants
• Participation in the selection and evaluation of suitable SCADA and PPC systems, considering customer requirements, local standards, and grid operator regulations

• Develop cutting-edge optical smart instruments and medical imaging devices, utilizing multiple optical sensing modalities with a focus on medical robotics applications
• Test concepts, core functionalities, and analyze data generated by optical sensing-based hardware and software

Develop proof-of-concepts for new products and services using expertise in mechatronics, sensing, control, algorithms, actuators, and machine learning for power tools...

• Market and Technology Research: Conduct in-depth market analysis to identify emerging trends, customer needs, and competitive landscape within the industrial dehumidification and drying sector. Stay at the forefront of condensation dehumidification and desiccant drying technologies to drive...

• Design, establishment, and implementation of required organizational and operational backbone for the corporate-backed startup
• Independent and continuous evaluation of all ongoing innovation activities in terms of budget, timing, and impact

• Product requirement & verification definition efforts
• Hardware design and development from concept to manufacturing drawings
• Integration of designs into global assemblies
• Maintenance & improvement of design and production engineering processes

• Perform detailed stress analysis of aerospace structures and components using both classical hand calculations and advanced finite element methods (FEM), mostly of CFRP structures
• Identify failure scenarios and collaborate with design engineers to review and optimize structural designs

• Leading design of the vehicle mechanisms through design phases until qualification and acceptance
• Requirements definition for vehicle mechanisms
• Driving trade studies, manufacturing optimization and performance for mechanisms

• Evaluate most promising topological techniques (pixelated surfaces or shape deformation) for design optimization of metasurfaces
• Development of both methods and integration within internal software.
• Simulation and design on test metasurfaces for a given application

• Investigation on techniques to simulate/model aperiodic metasurfaces
• Determination of specific properties of aperiodic versus periodic metasurfaces for given applications (metric and merit function definition, computing cost)
• Comparison of theoretical and experimental results