Senior Technical Lead – Industrial networking and motor control software

Senior Technical Lead – Industrial Networking and Motor Control Software 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 . 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, , 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). Information about our benefits you can find here: