Firmware (Technical Expert)

Embedded Firmware design and development for the Solar Energy Products.

Essential functions:

• Understand product requirements / Firmware specifications / communications firmware architecture for Solar Energy Grid Tie / Off Grid Inverters /Back-up systems / Auxiliary Products like Gateway and Operator Interfaces stations.
• Hands on Code Implementation / debugging / development and testing of systems
• Development of real time state machine, monitoring and communications functions for the above referred renewable energy products.
• Understand and comply with QMS and PMP requirements
• Participate in subsystem and system level design verification planning and testing

Qualifications:-

• BE / B.Tech / M.Tech / M.S 6 to 10 years of experience in Embedded system development and communication protocols.

Mandatory skills:-

• Programming language C/C++ for 32 bit microcontrollers,
• RTOS  environments like uC OS-II, QNX or other platforms.
• Familiarity with embedded testing ,test automation scripting for embedded products, development tools, including emulators and version control software
• Scripting languages like Python and Lua.
• Exposure to Web technologies like HTML, JavaScript.
• Experience  in industrial field bus communication protocols like MODBUS / CAN and protocols like USB,TCP/IP and embedded webservers.
• Good interpersonal communication skills and experience in working with global teams

Desired but not essential:-

• Exposure to Agile development methodologies / Scrum workflow.
• Experience developing embedded systems for power control products very desirable
• Exposure to IOT frameworks and cloud technologies.

Location:-

• Bangalore, India.

Company Overview:-

Schneider’s purpose is to empower all to make the most of our energy and resources, bridging progress and sustainability for all. At Schneider, we call this Life Is On.

We believe access to energy and digital is a basic human right. Our generation is facing a tectonic shift in energy transition and industrial revolution catalysed by accelerated digitisation in a more electric world. Electricity is the most efficient and best vector for decarbonisation; combined with a circular economy approach, we will achieve a climate-positive impact as part of the United Nations Sustainable Development Goals.