לוח משרות דרושים ניהול - חשמל / אלקטרוניקה בחיפה וסביבתה

Required Expert & Team leader in high-performance computing network architecture
Responsibilities:
Responsible for advanced technology insight, product planning, system architecture deisgn, chip definition, and product definition. Support in technology roadmap development for next generation computing network related chips definition and architecture design, including Ethernet/RDMA/RoCE switching ASCI, data processing unit and etc.
Lead and execute the research and development of high-performance computing network analyzing and optimizing, including architecture-specific or network-aware architectures to accelerate the computing traffic in high performance computing system.
Propose innovative solutions for next generation architecture of high-performance computing networked system and chiplet interconnecting technology.
Lead the design and subsequent verification and validation of concepts in the team
Work with external R&D Institutes and Universities in developing novel architectures and algorithms for networked system.
Generate novel ideas and protect them with IPR fillings
Mentor and coach less experienced staff members.

Required Head of Electrical Engineering
Description
As part of our fast growth, we are looking for an experienced and motivated Electrical Engineer, specializing in high current-power systems, to lead the electrical engineering field in the company.
In this role, you will be:
The head of the electrical engineering
Responsible for planning and overseeing electrical designs, specifically focusing on the electrical flow between the grid and the electrolyzer systems (AC and DC loads) for the MW systems.
Setting up, Integrating, and troubleshooting AC/DC rectifiers and DC power supplies.
Collaborate with the project team, subcontractors, and vendors of power items
Key Responsibilities:
Electrical Drawings: Electrical single-line diagrams, for electrical cabinets and the interfacing between the grid and the electrolyzer (AC and DC).
Power Conversion Systems: Define and select power conversion components such as rectifiers, cables, transformers, VFDs, and other related equipment to ensure compatibility and optimal performance.
System Integration: Collaborate with cross-functional teams to integrate electrical systems with other subsystems.
Vendor Management: Work with suppliers and vendors to select electrical components, ensuring they meet design requirements and project timelines.