Senior Technical Lead – Industrial Networking and Motor Control Software

Pune / Bangalore – India

Join the RISC-V Revolution!

About GlobalFoundries

GlobalFoundries is a leading full-service semiconductor foundry providing a unique combination of design, development, and fabrication services to some of the world’s most inspired technology companies. With a global manufacturing footprint spanning three continents, GlobalFoundries make possible the technologies and systems that transform industries and give customers the power to shape their markets. For more information, visit www.gf.com.

Introduction

We are looking for a senior technical leader to own industrial networking and motor control software for our next-gen RISC-V-based real-time MCUs. Industrial networking sits at the heart of our industrial strategy – where the hardest problems live: complex switch and protocol IP, tight real-time latency budgets, and a wall of certification and conformance requirements. You’ll lead the software team building production-grade Industrial Ethernet stacks (EtherCAT, PROFINET, CC-Link IE TSN, Ethernet/IP), integrating them with motor control on the same MCU, and getting all of it validated on FPGA and first silicon.

This is a chance to:

• Build the software that turns our industrial protocol IP into something a customer can actually ship.

• Work where networking, real-time control, and functional safety meet – factory automation, robotics, motor drives, and zonal/edge compute.

• Shape a growing team and set the technical direction for a strategic, high-visibility area of the business.

Our aim is to build software components that not only let our IP and SoC solutions be thoroughly validated but also give customers and partners a robust repository of software to kick-start their adoption of MIPS IP and SoCs – extracting the highest performance from hardware and software working together.

If you’re an innovative problem solver with a deep passion for embedded networking and real-time software, and you like building things from the ground up, we want to hear from you. As our mission goes, we are committed to offering “Freedom to Innovate Compute” – join us in accelerating your impact on the larger industry, and your own growth.

Our Key Differentiators

Our RISC-V MCUs are built with features that matter for this domain:

• Real-Time Hardware Multithreading (RTMT): run the protocol firmware, TSN/time-sync, and application on dedicated hardware threads with minimal context-switching overhead – the key to hitting industrial latency targets.

• Integrated TSN Ethernet switch and industrial protocol IP: multi-port TSN switch with the full 802.1 feature set, plus paths to EtherCAT, PROFINET IRT, and CC-Link IE TSN.

• Custom instructions for math-intensive motor control, so networking and real-time control can live on one chip.

Key Responsibilities

Team Leadership

• Build and lead a 5+ member cross-functional embedded software team across industrial networking and motor control.

• Define execution plans, schedules, and quality metrics across SDK, protocol stacks, and validation.

• Mentor engineers; guide them through hard technical calls and delivery pressure.

Industrial Networking Software

• Deliver and integrate Industrial Ethernet stacks – EtherCAT (master and SubDevice), PROFINET RT/IRT, Ethernet/IP, CC-Link IE TSN, Modbus, and HSR/PRP redundancy – through in-house work and partners (RT-Labs, be.services, Beckhoff/Siemens IP).

• Own a stack abstraction (port layer) and common APIs so customers and third-party stacks drop in cleanly.

• Contribute to and leverage the RISC-V open-source ecosystem

Motor Control Software

• Guide real-time control software (FOC loops, ADC/PWM handling, encoder interface) and its co-existence with the networking stack on shared cores/threads.

• Deliver reference applications and customer packages that combine motor control with industrial connectivity.

Certification, Conformance & Compliance

• Own conformance and certification readiness – CLPA (CC-Link IE TSN), EtherCAT Conformance Test Tool, PROFINET (ART Tester), and TSN profiles (IEC/IEEE 60802).

• Set up conformance test infrastructure and drive the software to pass it.

Post-Silicon Validation (AVV) & Bring-Up

• Define and run the software-centric validation strategy for the networking and control subsystems on FPGA and first silicon.

• Lead bring-up, deep debugging, and regression of Ethernet/TSN switch, MACs, DMA, PHYs, timers, CAN/LIN.

• Build automation for lab validation and CI pipelines; support ASIL-level safety validation where applicable.

Cross-Functional & Customer Engagement

• Work closely with SoC/hardware, IP (e.g. Comcores/PacketArchitects), and safety teams; feed learnings back into next-gen switch and CPU features.

• Engage OEM/Tier-1 and industrial customers (factory automation, robotics, motor drives) on integration, onboarding, and SDK adoption.

Ideally, you’ll have:

• Bachelor’s or Master’s in Embedded Systems, Computer Engineering, or Electrical Engineering.

• 7+ years in embedded software and/or post-silicon validation, with at least 2+ years leading a team.

• Deep, hands-on experience with Industrial Ethernet and TSN – EtherCAT, PROFINET, Ethernet/IP, CC-Link IE TSN, or HSR/PRP – including the IEEE 802.1 TSN standards. This is the core of the role; we want someone who has actually shipped and certified this, not read about it.

• Strong RTOS background (FreeRTOS, Zephyr, or similar), device drivers, and real-time systems.

• Working knowledge of motor control fundamentals (FOC, ADC/PWM, encoders) or a demonstrated ability to lead across networking and control.

• Hands-on bring-up and debug with OpenOCD, Segger J-Link, Lauterbach.

• Solid scripting and automation (Python, Bash) and familiarity with CI/CD.

You might also have:

• Experience taking an industrial protocol stack through conformance/certification (CLPA, EtherCAT CTT, PROFINET) a real plus.

• Prior delivery of networking or motor control SDKs to Tier-1s or OEMs.

• Familiarity with LwIP, OpenAvnu, gPTP/1588 time-sync stacks.

• Knowledge of functional safety (ISO 26262 / IEC 61508), bootloaders, secure boot, and firmware update.

• Familiarity with RISC-V ISA; exposure to other ISAs (ARM64, x86_64).