Atomic Industries Tech Stack

AI-driven design and manufacturing simulation platform

Manufacturing Distributed, Distributed 51–200 employees Founded 2019 Privately Held

Atomic Industries is a distributed manufacturing company built on a computational stack—C++, Python, OpenCASCADE, Parasolid, CGAL, plus finite-element solvers (Ansys, Abaqus, COMSOL)—indicating deep investment in geometry processing and physics simulation. The project list (simulation-ready part design, geometry pipelines, deep learning physics solvers, AI-driven design processes) and pain-point focus (long production timelines, manual tooling, traditional solver limitations) suggest they're automating the design-to-manufacture workflow by replacing manual iteration and legacy solvers with ML-informed digital processes.

Tech Stack 18 technologies

Core StackC++ Python Go Rust PostgreSQL AWS Redis RabbitMQ GitHub Actions OpenCASCADE Parasolid CGAL QuickBooks Online Ansys Abaqus COMSOL Excel Google Sheets

What Atomic Industries Is Building

◆Challenges

Long production timelines
Reducing equipment downtime
Scaling accounting function
Slow manual tooling production
Improving monthly close efficiency
Barriers of traditional physics solvers
Accounts receivable automation
Accounts payable automation
Slow manual manufacturing processes
High yield and uptime

▲Active Projects

Computational api development
Molding cell design
Preventive maintenance program development
Simulation-ready part design infrastructure
Geometry pipelines for simulation and process planning
Feature extraction and manufacturability analysis
Ai-driven design and manufacturing processes
Robotics and manufacturing technology innovation
Deep learning physics solver
Automation of ar processes

Hiring Activity

Minimal15 roles · 0 in 30d

Department

Engineering

Manufacturing

Finance

Ops

Seniority

Mid

Senior

Manager

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About Atomic Industries

Atomic Industries operates as a 21st-century mass production company, combining computational design infrastructure with physical manufacturing operations. The company spans engineering, manufacturing, finance, and ops functions across a distributed U.S. footprint. Their platform ingests mechanical designs, runs simulation and manufacturability analysis, and feeds insights back into production planning—aiming to compress lead times and reduce manual tooling cycles. The stack includes both open CAD libraries and commercial FEA tools, paired with backend infrastructure (PostgreSQL, Redis, RabbitMQ, AWS) and internal accounting systems, indicating a vertically integrated business that owns both design software and shop-floor execution.

HeadquartersDistributed, Distributed

Company Size51–200 employees

Founded2019

Hiring MarketsUnited States

Frequently Asked Questions

What is Atomic Industries' tech stack?

C++, Python, OpenCASCADE, Parasolid, CGAL for geometry; Ansys, Abaqus, COMSOL for simulation; PostgreSQL, Redis, RabbitMQ, AWS for backend; GitHub Actions for CI/CD; QuickBooks Online for finance.

What manufacturing challenges is Atomic Industries solving?

Long production timelines, slow manual tooling, equipment downtime, and yield issues. Active projects include AI-driven design automation, deep learning physics solvers, and robotics innovation to reduce iteration cycles.