Junior tervező elemző állások, munkák mérnök területen

• Organisatorische und fachliche Führung des Teams bestehend aus Sicherheitsfachingenieuren und Umweltingenieuren
• Sicherstellung der EHS Compliance entsprechend der lokalen Gesetzgebung im Einklang mit den Konzernrichtlinien

• An attractive remuneration package
• A discounted public transport ticket so you're always mobile
• Flexible training opportunities for both your professional and personal development that you can tailor to your interests

• Maintain a comprehensive register of all rework, retrofit, and modification activities for the BOXER vehicle and its variants.
• Track progress of open rework/retrofit tasks with industrial partners and suppliers, ensuring clear status visibility at all times.

• Responsible for the roll-out of IONITY High Power Charging stations in France, ensuring adherence to timelines, quality standards, and budget.
• Scout, design, and define the layout of future IONITY charging stations.

• 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.

You will familiarize yourself in detail with the modeling approaches of existing in-house and commercial calculation tools....

• Creation of technical documentation for complex products in the field of industrial measurement technology
• Support in the further development of hardware and service documentation as well as training materials
• Close collaboration with development teams throughout the product development process

• Focus on visual quality control solutions from VisionTools as well as tool localization and projection guidance solutions
• Support the sales team to identify the sales potential and create added value-based solution concepts incl. quotations

• Lead New Product Introduction projects with R&D, Quality, Operations and our customers, ensuring completion within the specified goals, timeline, quality requirements and budget
• Identify the risks and opportunities during the project and develop strategies for risk mitigation

Lead the engineering phase of renewable projects, overseeing technical assessments related to grid infrastructure design, planning, cost estimation, support procurement, environmental permitting, stakeholder engagement, risk management, and internal approvals. Evaluate grid infrastructure...

• Analyze oilfield data, with a focus on production rates, field trends, and sensor data
• Define and support strategies for oilfield operations and optimization
• Collaborate closely with customers to understand workflows, provide analytical support and deliver actionable insights

• Leads the overall planning, and execution of project related activities and provides work direction to extended team members within the ISC (Integrated Supply Chain) organization. Makes sure that deliverables met in time.
• Represents ISC in Portfolio Core Team meetings

• Working in a Global Team with territorial responsibility.
• Maintaining and developing relationships with existing pharmaceutical, biotech and academic customers.
• Achievement of the strategic and operational goals for the Eppendorf bioprocess business (technical support) in EMEA.

Owning the interface with defined SEMI OEMs regarding all commercial and technical aspects of VAT's new gas delivery product portfolio....

• De­sign and en­gi­neer cus­tom mod­ules, com­po­nents, as­sem­blies, or com­plete sys­tems for pho­ton­ics mi­cro as­sem­bly and test­ing.
• De­vel­op, im­prove, and op­ti­mize ex­ist­ing sys­tems with re­spect to per­for­mance, man­u­fac­tur­a­bil­i­ty, re­li­a­bil­i­ty, and cost.

• 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

• Development and optimization of geometrical profile reconstruction of nanostructures
• Creation and consolidation of a full metrology software
• Integration within metasurfaces simulations
• Quantitative evaluation of metrology uncertainties and error propagation

• Evaluate most promising semi-analytical models of metasurfaces
• Development and optimization of an analytical model and integration within ray tracing internal software.
• Simulation and design of 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