System Firmware Architect
Full Job Description
Role:
System Firmware Architect (AI Memory Fabrics) – NVMe
Location:
- Premier Locations: Greater Bengaluru Area, Hyderabad/Pune, and other sites in the region.
- Work Mode: Hybrid / On-site
About Us:
Kandou is redefining AI infrastructure economics. Our mission is to democratize AI by reducing hardware Total Cost of Ownership (TCO), a critical barrier to scalable adoption. We are building the future with our proprietary MIMO-over-copper technology, which powers a high-performance, chiplet-based AI memory fabric that is both scalable and energy-efficient.
The Opportunity:
As an Architect/Lead in this pivotal role within Kandou's Memory fabrics team, you will architect and develop firmware responsible for implementing major differentiating features. This position offers the chance to work on a foundational shift in how AI hardware is built for scale.
Key Responsibilities:
- Architect and develop embedded firmware (Bare metal/RTOS) for Kandou's Memory fabric products, executing on-chip microcontrollers/processors.
- Design and develop firmware for NVMe protocols with proficiency in C or C++.
- Create SDKs based on your firmware expertise.
- Leverage deep understanding of SoC interfaces including PCIe Controllers, DDR controllers (AMBA/AHB), and flash management concepts.
Required Qualifications & Experience:
- Educational Background: Bachelor's in Electronics Engineering or Computer Science is required; a Master's degree is preferred.
- Experience Level: Minimum 15+ years as an Architect/Lead supporting complex SoC/Silicon products for Server, Storage, and Networking applications.
Nice to Have Skills (Preferred):
- CXL / PCIe protocol expertise.
- Familiarity with storage or SSD firmware concepts.
- Experience collaborating on industry forums like OCP and OpenBMC.
- Skill in simulation/virtual platform development using tools such as Renode, QEMU, etc.
Company
Kandou AI
Kandou AI, founded in 2011 and headquartered in Lausanne, Switzerland with global offices, is an innovative fabless semiconductor leader specializing in high-speed, energy-efficient chip-to-chip link ...