Staff/Sr Staff System engineer- EV charging

• As an EV Charging and Vehicle-To-Grid (V2G) staff Systems Engineer, the successful candidate will lead the architecture and development of new charging systems and vehicle-to-grid (V2G) bidirectional charging. The candidate will also be participating in the architecture of several charging systems developed at Enphase Energy, including the development of new connectivity methods and new metering.
• In this role the successful candidate will be:
• Design and Develop Single- and three-phase AC/DC power systems, integrate with PV inverters and EV charging systems.
• Power line, RF, and other communication technology such as CAN, Ethernet, Serial
• Oversee the DVT execution plan and provide technical direction to the DVT Engineers.
• Troubleshoot the system failures encountered during DVT and analyze root cause for the failures.
• Work with development team to aid fixing the failures encountered during system DVT.
• Help developing system requirement and cascade requirements to specific components for all charging control systems in response to solar, micro-inverters, battery, energy management, and typical EVSE’s and charging-related components and/or demands using a requirements management tool.
• Lead the integration efforts once prototypes are made available in the systems engineering labs, including communication and power testing efforts.
• Will establish relationships with key partners that are relevant to the domain.
• Execute validation, system management, FMEA, and diagnostic requirements for the management of EVSE.

Qualification And Experience:-

• BE/BTech with 12+ years of experience in Electrical/Electronic engineering or ME/MTech with 8+ years of experience or PhD with 5+ years of experience in Power Electronics or power system design/ verification/ test
• Hands-on experience with electrical and electronics systems
• Good understanding of basic electrical engineering concepts, including circuit theory and Electrical system
• Good working knowledge of EV charging/communication standards such as SAE-J1772, ISO-15118, IEC 61851, CHAdeMO.
• Good understanding of governing standards for charging and V2G systems and experience developing systems that have a mix of HW/FW and embedded SW Excellent communication skills.
• Hands-on experience in the lab with EV systems and strong analytical rigor, innovative mindset, obsession with product excellence, and an ability to move fast in a high-performing environment.
• Familiarity with EVSE and EV communication and connectors with various charging standards.
• Relevant experience including solar micro-inverters, semiconductor, design engineering, architecture, sensors, hardware, solar renewable energy, product development with EV charging stations.
• Work with Engineering group to lead and launch new products, reliability, quality, and regulatory teams to ensure EV product delivered on-time.
• Experience in design, developing processes and standards for cable and harness, custom connector systems, working suppliers supporting offshore manufacturing activities to delivery high volume interconnect modules and products.
• Experience in renewable energy systems
• Experience in power electronics, power conversion and electromechanical systems
• SW programming skills including C/C++ and Python

Location:-

• Bangalore, India.

Company Overview:-

Enphase Energy, a global energy technology company, delivers smart, easy-to-use solutions that connect solar generation, storage and management on one intelligent platform. The Company revolutionized solar with its microinverter technology and produces a fully-integrated solar plus storage solution. Enphase has shipped more than 20 million microinverters, and over 895,000 Enphase systems have been deployed in more than 125 countries.

Our vision is to make solar simple and energy smart so everyone is empowered to create a zero-energy footprint for themselves, their home and their business. Our mission is to build the world’s finest networked energy system and revolutionize power generation on a global scale one solar panel, one kilowatt hour, at a time.