Own the SoC architecture around our CPU core: fabric, memory, I/O, power, and security.
Set architectural direction and make system-level trade-offs across design, verification, physical design, and software.
Author specs, drive reviews, and support silicon bring-up and post-silicon debug.
Nuvacore is building a new general-purpose CPU core for AI-era, data-center-scale workloads. Founded by veteran CPU and system architects from world-class companies and backed by Sequoia Capital, we're a clean-sheet build with no legacy architecture to carry forward.
Own RTL to GDS physical implementation flows including synthesis, floor-planning, place and route, clock tree synthesis, timing/power closure, EM/IR, and PD sign-off.
Own physical design and implementation of high-performance designs from block level to system level components.
Collaborate with micro-architects on performance, power, and area trade-offs and develop methodologies for physical implementation.
Baya Systems is a fast-moving Series B startup accelerating intelligent computing in the emerging chiplet era with software-driven fabric solutions and semiconductor IP. Built by serial entrepreneurs, it seeks energetic, dedicated individuals passionate about enabling innovation in the semiconductor industry.
Optimize software workloads across modern datacenter and agentic AI applications, identifying performance bottlenecks and developing software, compiler, runtime, and hardware-aware optimizations.
Profile real-world applications and investigate memory, concurrency, and CPU microarchitecture behavior to improve throughput, latency, and efficiency.
Collaborate with compiler, runtime, systems software, hardware, and performance modeling teams to influence future RISC-V CPU architecture.
Tenstorrent is leading the industry on cutting-edge AI technology, developing high performance RISC-V CPUs from scratch. Our diverse team of technologists values collaboration, curiosity, and a commitment to solving hard problems.
Building agents, environments, and post-training systems for real semiconductor design and verification workflows.
Designing rewards and evaluations that combine functional correctness with tool efficiency, robustness, and performance/power/area constraints.
Owning interactive environments where agents use EDA tools to modify designs, debug failures, and plan multi-step work.
Prime Intellect builds the open superintelligence stack, unifying compute, environments, evaluations, and deployment for frontier-scale AI post-training. The company has raised $150M in funding from top investors like Founders Fund and NVIDIA, fostering a culture of building at the intersection of research, infrastructure, and go-to-market.
Design realistic electrical engineering tasks based on electronics development, circuit analysis, and electrical systems design.
Create and validate electrical schematics, PCB layouts, and technical specifications for AI evaluation.
Review AI-generated designs for technical accuracy and establish reference solutions.
We create high-quality training and evaluation data for frontier AI models. We are a flexible, remote-first organization assembling a team of expert contractors to advance AI systems.
Design grading, drainage, and equipment foundations for power and energy infrastructure projects, from plan check to permit.
Collaborate with principal electrical engineers to deliver coordinated civil and structural drawing sets.
Own Monterra's civil standards and coach the in-house AI agent to automate site design.
Monterra is a consulting engineering firm specializing in power and energy infrastructure, from data centers to EV charging. It's a small, remote-first team backed by top VCs, where PEs direct AI agents to deliver faster, better engineering.
Own a technical program from schedule and risks to handoffs across packaging, assembly, silicon, and system bring-up.
Work hands-on with engineers, reading specifications, spotting gaps, and building plans engineers actually use.
Collaborate with external partners including foundries, OSATs, and IP vendors to drive programs to working hardware.
We are a semiconductor company developing wafer-scale photonic systems for optical I/O and high-performance computing. We are an engineering-driven team with a hands-on, action-oriented culture that values technical depth and direct communication.
Architect and implement bare-metal C firmware for RISC-V management cores in AI/HPC networking silicon.
Establish secure firmware loading, engine initialization, and multi-die support with robust validation.
Provide technical leadership, define hardware/software interfaces, and integrate AI-assisted engineering tools.
The company develops next-generation networking silicon for AI and high-performance computing infrastructure. It fosters a collaborative, technically ambitious remote engineering culture with a focus on innovation.
Develop and review electrical design packages including switchgear, generators, UPS, and busway for high-density compute facilities.
Coordinate with mechanical, structural, and commissioning teams to ensure capacity, redundancy, and code compliance across sites.
Act as electrical subject matter expert in client design reviews, mentor junior engineers, and support construction and site selection.
Vultr provides high-performance cloud compute, GPU, bare metal, and storage solutions from 33 global data centers, serving hundreds of thousands of customers across 185 countries. As the world's largest privately-held cloud infrastructure company, Vultr values innovation, flexibility, and long-term employee commitment with a $3.5 billion valuation.