Development állások Külföldön (gépészmérnök)

Sentec is a Swiss American medical device company specializing in respiratory care. Since its founding in 1999 the company utilizes a deep-tech approach that is founded on advanced science and avant-garde technologies for respiratory patients across care areas. The goal is to support enduring...

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

• Conduct Risk Engineering surveys for the power sector (erection, commissioning and operation)
• Implementation of efficient loss prevention measures with the development of effective risk management procedures at client level
• Develop and implement HRC standards, guidelines, and risk engineering tools

Mechanical Design Engineer - Konstrukteur Keysight is at the forefront of technology innovation, delivering breakthroughs and trusted insights in electronic design, simulation, prototyping, test, manufacturing, and optimization. Our ~15,000 employees create world-class solutions in communications,...

You teach fundamental knowledge with high practical relevance, e.g. for the topics additive manufacturing, rapid prototyping, cyber-physical systems, and production processes....

• 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.
• Coordination partner team developments in structures and propulsion.

• Work together with cell (and SuperBattery) team engineers to design/improve/manage supercapacitor cells.
• Create, manage and keep up to date the design documentation (models, drawings, documents, risk assessments)
• Create deliverables according to the development process.

Design, procure, and coordinate the assembly of a heavy-ion beam irradiation chamber and its subsystems, including vacuum with load-lock sample handling, translation stages, active cooling and heating, and beam diagnostic components...

MANUFACTURING TECHNOLOGY ENGINEER ETEL worldwide leader in the development and manufacturing of high performance motion control components and high-end mechatronic motion systems based in Môtiers, and 100% dedicated to direct drive solutions. We currently call upon a growing diversity of skills...

• Build up basic knowledge on mechanic and thermal behavior MEMS components, supported through analytical and numerical models
• Development of a system model for describing thermomechanical behavior of the system (Python or Matlab)

• 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

• Coordinate activities for the transfer of new products into manufacturing.
• Close collaboration with manufacturing, engineering, purchasing and quality as part of the project lifecycle and post release of a product.
• Ensure PPAP compliance, including First Article Inspection (FAI).

• Support planning and execution of the Navy Fleet MRO maintenance program
• Lead the Propulsion System section within the Technical Investigation department.
• Support communication with OEMs and shipyards related to the project execution

• 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

Turn ideas into real products: Take market needs and opportunities and turn them into clear system concepts and requirements that engineering teams can build from....

• Your role will be to develop and establish the scientific foundations for a machine learning-based multiphysics framework, using surrogate models trained on validated EHL simulations.
• You will also create a novel, computationally efficient, data-driven design protocol for lubricated components.