Who are we?
Electreon offers governments, cities and fleet operators the most sustainable and cost-effective solution to enable 100% global transport electrification. ​We believe that our technology will help eliminate the use of fossil fuels in the transportation industry for a cleaner environment. We work in small, focused teams that are agile, efficient and focused on excellence. The pace is fast, the work is stimulating, and innovation is in part of our DNA.

Electreon has developed and successfully deployed wireless charging systems around the globe, in Europe, USA, and Israel.
This game changing system enables electrical vehicles to charge while driving or parked, negating the need to interrupt the vehicle usage to stop and charge. Electreon's wireless charging solution reduces the need for heavy batteries and flattens the electricity demand curve. Our end-to-end solution includes underground infrastructure, vehicle-side technology, and advanced charging management software.
Electreon is in a phase of substantial growth to deliver on full scale commercial projects in a variety of locations.

What will you do?
As a part of the R&D mechanical team you'll lead and design the required solutions for a high-end Wireless charging system. From the stages of concept definition to the successful implementation. You'll have full ownership of the mechanical design, including analysis, testing, manufacturing, validation and integration. you'll collaborate with cross-functional design teams such as hardware, electronics, and software.
And you will be an integral part of a dynamic environment with great team energy.
Your role involves providing support for production and ensuring compliance with deadlines, quality and cost targets.

Requirements:

• An experienced Mechanical engineer with 8+ years of experience in R&D product development
• Technical lead of mechanical designers in complex systems (group of 2-4 engineers).
• B.Sc. / M.Sc. in Mechanical Engineering
• Experience in complex Electro Mechanical designs. knowledge in Heat dissipation solutions and thermal management systems, PCB design, electrical packaging and design for large scale manufacturing.
• knowledge in High flux heat dissipation, structural analysis, materials, coatings, High voltage isolation, sealing, DFM & geometrical tolerances.
• 3D CAD & PLM experience (SolidWorks/PDM preferred)
• Team player, problem-solving attitude and excellent interpersonal skills.

Advantage

• Knowledge of High voltage transmission and isolation in cabinets.
• Heat dissipation in complex electromechanical devices (water cooling, forced convection, TECs etc.)
• knowledge of Different production techniques including CNC, compaction, Sheet Metal, welding and 3D printing
• knowledge with Automotive & EV standards
• Ability to effectively communicate product architectures, design proposals and negotiate options at management levels.