At EnerSys, we don’t just build batteries ; we power the systems behind the global energy transition. As electrification accelerates across industries, we are scaling next-generation energy storage and IoT platforms used worldwide.

We are looking for a Lead IoT Software Engineer ready to build, lead, and shape what comes next.

If you enjoy working at the intersection of embedded systems, cloud, and real-world impact: this role is for you.

Be part of the global shift toward sustainable energy

Work on real-world industrial IoT systems , not just prototypes

Collaborate across international teams with global visibility

Take ownership of systems that matter - from embedded devices to cloud platforms

You will play a critical role in designing and delivering the software powering next-generation energy storage systems.

From embedded Linux devices to cloud-connected APIs, your work will ensure that our IoT platforms are secure, scalable, and ready for global deployment.

Lead a team of software engineers through Agile sprint cycles

Design and develop embedded software (C/C++/Python)



on Linux (ARM)

Build and integrate APIs, backend services, and IoT cloud solutions

Debug and prototype on hardware platforms

Collaborate with global teams across engineering and product

We’re looking for experienced engineers who:

Have a strong background in IoT or embedded software engineering

Understand distributed systems, APIs, and cloud-native architectures

Are comfortable working across embedded + backend environments

Can translate complex requirements into robust technical solutions

Thrive in Agile and international environments

Embedded Linux (Yocto), Docker, Azure IoT

Industrial protocols (MQTT, Modbus, WebSocket)

Hardware interfaces (CAN, SPI, I2C, RS485)

Experience in energy systems or industrial IoT

You’ll work at the intersection of hardware, software, and cloud

Your code will power critical infrastructure in the energy transition

You’ll have real ownership

📌 Tech Lead Python (Torino)
🏢 EnerSys
📍 Torino