We are an IIT Delhi-incubated deep-tech EV startup. Vecmocon is making the EV ecosystem smart, connected and reliable by using its state-of-the-art solutions and data-centric approach, to drive the electric mobility revolution in India. We are a young company with futuristic vision and stellar aspirations. We are a passionate team with capable and empathetic leadership, a great working environment and collaborative team

culture.

Visit our website to know more - www.vecmocon.com

You will be responsible for development of new firmware and maintenance/enhancement of existing firmware. Development includes development of application layer code, middlewares, peripheral drivers, interface files, services and complex drivers. You will need to write, test and

debug software. You are also expected to have a basic understanding of the product hardware.

● Writing modular, reusable and testable code

● Writing and integrating low level drivers, middleware and application in c language

● Reading and understanding component datasheets and application notes

● Understanding hardware schematic and layout designed by hardware engineers

● Following product V-cycle starting from gathering requirements, development, testing, production and support

● Developing software test cases and implementing test cases

● Firm grasp on basics of programming and electrical engineering concepts

● Knowledge and hands-on experience on embedded C/C++

● Knowledge of microcontroller peripherals and working on low level drivers

● Knowledge of GIT and version management

● Basic knowledge of any scripting language like Python

● Ability to understand schematics and read component datasheets

● Knowledge of electric vehicle architecture and components like Battery Management Systems, Charger or Telematics unit

● Familiarity with software testing tools like Unity and documentation tools like Doxygen

● Knowledge of automotive standards like CAN J1939, AUTOSAR, ISO 26262 etc

● Analytical Problem-Solving – Breaks down complex issues in firmware development and debugging with a logical, structured approach.

● Attention to Detail – Ensures code quality, reliability, and adherence to safety/industry standards.

● Collaboration & Communication – Works effectively with hardware, software, and testing teams to deliver integrated solutions.

● Ownership & Accountability – Takes responsibility for the complete firmware lifecycle, from design to deployment.

● Continuous Learning & Adaptability – Keeps up with new tools, microcontrollers, and embedded technologies to enhance development.