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Atomic Semi Tech Stack
In-house semiconductor fab equipment design and control software
Atomic Semi is building a semiconductor fabrication facility from the ground up, including the equipment toolchain itself. The tech stack reveals a hands-on, systems-level engineering operation: CAD tools (Altium, KiCad, Solidworks, Onshape), firmware and control languages (Rust, C++, RTOS, Go), real-time infrastructure (PostgreSQL, Consul, Vault, Grafana), and WebAssembly for browser-based interfaces. Hiring is heavily skewed toward mid-level engineers (25 of 46 engineering roles), with a cluster of interns (18 total), suggesting a scaled, project-driven onboarding model typical of hardware startups tackling process complexity at speed.
Tech Stack 53 technologies
Core StackSolidworks Rust C++ Python Go TypeScript Figma Slack AWS gRPC PostgreSQL React Grafana Altium KiCad LTspice FPGA Onshape WebAssembly RTOS Blender Protocol Buffers WebSockets C/C++ Notion systemd Consul Vault alertmanager redpanda+22 more
What Atomic Semi Is Building
◆Challenges
- Rapid prototyping of precision systems
- Building tools in-house
- Scaling equipment into production
- Rebuilding chip fabrication process
- Scalable and secure infrastructure
- Scalable secure it foundation
- Critical it security groundwork
- Expanding across multiple locations
- Meeting sub-micron performance
- Developing high-performance fabrication tools
▲Active Projects
- Semiconductor fabrication equipment
- Interactive editing tools for geometry manipulation
- Real-time collaborative systems
- Real-time linux applications
- Semiconductor fab equipment and subsystems for lithography, motion, and metrology
- Real-time control firmware for semiconductor processing tools
- Linux-based rust applications for equipment control, operator interfaces, diagnostics, and automation
- Lithography system development
- Plasma etching system development
- Internal process control tools integration
Hiring Activity
50 roles · 45 in 30d
Department
Seniority
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