Performance Gaps Jobs in Renningen

Model predictive control is a promising advanced control method with the potential to improve the efficiency of electric drives. However due to the huge online computational burden its application is often limited to the use of simplified models and short horizons which sacrifices per More...

Sie interessieren sich fr die neuesten Entwicklungen im Bereich der Elektromobilitt Dann ist diese Abschlussarbeit genau das Richtige fr Sie!In dieser spannenden Aufgabe haben Sie die Mglichkeit innovative Bremssysteme und Fahrfunktionen fr elektrifizierte Hochleistungsmotorrder zu en More...

As the head of Sales Enablement you will be responsible for managing the design development and deployment of the sales process sales training product education sales skills enablement programs sales bootcamps sales academy and sales certification programs that drive elite sales perfo More...

Recent advances in deep learning (DL) provide high accuracy for various tasks targeting a wide range of applications ranging from Tiny ML that typically run on low power devices up to foundation and large language models running on cloudbased systems. One core discipline in the develo More...

We are seeking a highly motivated PhD candidate to join our team and conduct research in the field of cognitive radar for automotive applications. Typically the hardware and software of automotive radar sensors are initially optimized during development operating independent of the en More...

Are you passionate about the future of autonomous driving We are seeking a talented and motivated individual to join our team of experts dedicated to advancing the capabilities of autonomous vehicles. In this role you will play a crucial part in developing cuttingedge endtoend (E2E) m More...

Are you passionate about the future of autonomous driving We are seeking a talented and motivated individual to join our team of experts dedicated to advancing the capabilities of autonomous vehicles. In this role you will play a crucial part in developing cuttingedge endtoend (E2E) m More...

Are you passionate about the future of autonomous driving We are seeking a talented and motivated individual to join our team of experts dedicated to advancing the capabilities of autonomous vehicles. In this role you will play a crucial part in developing cuttingedge endtoend (E2E) m More...

Are you passionate about the future of autonomous driving We are seeking a talented and motivated individual to join our team of experts dedicated to advancing the capabilities of autonomous vehicles. In this role you will play a crucial part in developing cuttingedge endtoend (E2E) m More...

Are you passionate about the future of autonomous driving We are seeking a talented and motivated individual to join our team of experts dedicated to advancing the capabilities of autonomous vehicles. In this role you will play a crucial part in developing cuttingedge endtoend (E2E) m More...

Are you passionate about the future of autonomous driving We are seeking a talented and motivated individual to join our team of experts dedicated to advancing the capabilities of autonomous vehicles. In this role you will play a crucial part in developing cuttingedge endtoend (E2E) m More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

Our customer in the automotive industry has initiated a carveout project to transition an existing unit into an independent company. As part of this project SAP systems will be partially rebuilt adapted and implemented to meet the requirements of the new organization. The goal is to e More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...

A key challenge on the path to climate neutrality is storing power generated by renewable sources for example in form of hydrogen. Electrolysis mode operation of the solid oxide cell (SOC) as solid oxide electrolysis cell (SOEC) enables direct conversion of electrical energy into chem More...