Phd had c3d javascript jquery állások, munkák mérnök területen

• Műholdakhoz és energiaellátó rendszerekhez vázszerkezetek, borítások, tartók, mechanizmusok gépészeti tervezése, elektronikai komponensek dobozolása űripari felhasználásra
• Koncepciós és részletes tervezés dokumentálása, prezentálása a fejlesztőcsapaton belül, valamint az ügyfelek előtt

• Gyógyszerjelölt molekulák farmakokinetikai tulajdonságainak jellemzése, a farmakokinetikai eredmények értelmezése
• A vizsgálati adatok és eredmények számítógépes feldolgozása, ezen belül a farmakokinetikai paraméterek kiszámolása és statisztikai elemzése, szükség esetén modellezés

• Fejlődhetsz, tanulhatsz és mérnöki projekteken dolgozhatsz 1 éven keresztül
• Megismerheted a vállalat működését
• 3-4 havonta új területhez csatlakozhatsz a csapat teljesértékű tagjaként
• Intenzív szakmai és softskill tréningek

• You can develop, learn, and work on engineering projects for one year. • You will get to know how the company operates. • Every 3–4 months, you can join a new area as a fully integrated member of the team. • Intensive professional and soft-skill trainings. • You can participate in material...

• Holistic approach of the complete analytical solution—from sample preparation, through signal generation, to the prediction engine.
• Troubleshoot issues across fluidics, signal detection, data evaluation, and other error sources; design and implement efficient instrument workflows.

• Development and implement the Digital and Automation manufacture solution;
• Experience on NPI and mass production for Network, Wireless or IT Server product;
• Design for Process control and quality, efficiency, cost and process improvement；
• Implementation of product reverse repair processes；

As a PhD candidate with us, you will conduct intensive research on future satellite-to-vehicle communication solutions based on innovative 6G networks....

• As part of your doctoral research, you will be responsible for the development of test content for the characterization of inertial MEMS on wafer level.
• Your work will involve the design and characterization of inertial MEMS test chips in direction of Stiction and Robustness.

• Design, maintain and deploy scalable, end-to-end training pipelines, including hyperparameter optimization
• Transfer control policies from simulation to real robotic hardware
• Integrate learned policies into a full-stack robotic system, including perception, planning, and actuation

Research, development, implementation, and testing of artificial intelligence algorithms to improve the quality and robustness of the static world model in automated vehicles...

• Lead device architecture definition and optimization for GaN technologies
• Own performance targets and balance trade-offs across performance, reliability, and manufacturability
• Drive TCAD simulation, modeling, and design to support technology and product development

• Responsible for functionality & performance of the final product
• Work together with simulations, layout and manufacturing teams
• Develop and implement new technology concepts to manufacturing
• Ensure the process integration of the full manufacturing route

• Lead the development, scaling, and industrialization of SiC MOSFET and GaN HEMT technologies across internal fabs and external foundries
• Act as a technical authority in wide bandgap process integration, driving architecture definition and innovation

• Lead and coordinate international innovation projects across AI & Engineering
• Build trust-based partnerships with clients and researchers
• Translate complexity into clarity – and ideas into business value
• Mentor teams and foster a culture of excellence

• Research and development of state-of-the-art numerical solvers for real-time simulation of power systems and power electronics
• Development of real-time simulation solvers for HIL / HPC platforms based on hybrid systems FPGA – CPU

• 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

• Define the quality requirements for power modules to achieve a reliable and durable design till manufacturing
• Represent the Quality Management for Power Modules within the development team

• Represent the Quality Management for Power Modules within the development team
• Correlate the failure mechanisms on power modules, equipped with SiC and GaN, with reliability measures to be implemented into the product quality

• Develop and manage the reliability test plan for GaN/SiC products and calculate extrapolated lifetime for given mission profiles
• Enable early identification and characterization of failure mechanisms and link to performance and lifetime limitations through simulation and predictive analytics

• Development of APIs for electrolysis systems and analysis devices
• Implementation of autonomous process control
• Conceptualization and implementation of degradation models for electrolysis
• Studying performance and degradation of electrolysis in dependence on different operating modes