48 sap sd germany English-speaking jobs in Erlangen

Job Responsibilities Designing and implementing clean, well-engineered code Developing realistic and enjoyable gameplay systems Maintaining existing systems and creating innovative improvements Supporting & advocating collaborative engineering principles and practices Expected Qualifications Experience in LUA or an object-oriented programming language Proficiency in English, both written and verba

Over two amazing years, you will go through three goal-oriented assignments, where you'll quickly acquire a broad knowledge, experience our business from different perspectives and gain a deep understanding of Siemens and mobility in particular.

Your Tasks Integrated hardware accelerators for machine learning in RISC-V subsystems Hardware and hardware-related software for methods and strategies for battery-powered IoT nodes with an optimized RISC-V processor subsystem for ultra-low power consumption Hard- and software co-optimized architectures and strategies for high-performance, energy-efficient hardware accelerators, as well as a Syste

Your Tasks Integrated hardware accelerators for machine learning in RISC-V subsystems Hardware and hardware-related software for methods and strategies for battery-powered IoT nodes with an optimized RISC-V processor subsystem for ultra-low power consumption Hard- and software co-optimized architectures and strategies for high-performance, energy-efficient hardware accelerators, as well as a Syste

Your Tasks Integrated hardware accelerators for machine learning in RISC-V subsystems Hardware and hardware-related software for methods and strategies for battery-powered IoT nodes with an optimized RISC-V processor subsystem for ultra-low power consumption Hard- and software co-optimized architectures and strategies for high-performance, energy-efficient hardware accelerators, as well as a Syste

Your Tasks Integrated hardware accelerators for machine learning in RISC-V subsystems Hardware and hardware-related software for methods and strategies for battery-powered IoT nodes with an optimized RISC-V processor subsystem for ultra-low power consumption Hard- and software co-optimized architectures and strategies for high-performance, energy-efficient hardware accelerators, as well as a Syste

Your Tasks Integrated hardware accelerators for machine learning in RISC-V subsystems Hardware and hardware-related software for methods and strategies for battery-powered IoT nodes with an optimized RISC-V processor subsystem for ultra-low power consumption Hard- and software co-optimized architectures and strategies for high-performance, energy-efficient hardware accelerators, as well as a Syste

Your Tasks Integrated hardware accelerators for machine learning in RISC-V subsystems Hardware and hardware-related software for methods and strategies for battery-powered IoT nodes with an optimized RISC-V processor subsystem for ultra-low power consumption Hard- and software co-optimized architectures and strategies for high-performance, energy-efficient hardware accelerators, as well as a Syste

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.