Atomic Industries

You will collaborate across departments to enhance AI-driven design and manufacturing processes, contributing to various production stages from software development to factory operations. You'll engage in business development and innovate in robotics and manufacturing technology to improve efficiency and quality.

You'll manage purchasing, AR, and AP for an **AI-driven manufacturing company** in Detroit, ensuring seamless financial operations using modern **cloud-based tools**. You'll help optimize financial processes and support the Controller with inventory and job costing tasks.

You'll develop the software infrastructure that transforms raw part designs into simulation-ready representations. You'll build **tools that analyze complex 3D models** to drive **fully automated design and production systems**. This role is ideal for engineers who love working at the intersection of geometry, algorithms, and real-world manufacturing.

You'll bridge engineering, tooling, and operations to turn customer RFQs into accurate proposals by analyzing **part geometry** and **production volumes**. You'll help shape pricing strategies and collaborate with the software team to **automate cost modeling workflows**.

You'll perform visual and dimensional inspections of molded parts in a **fast-paced production floor** environment. Your work will directly support **ISO-compliant quality systems** as we scale high-volume injection molding. You'll collaborate with **process engineers and toolmakers** to ensure every part meets exacting standards.

You'll set up, optimize, and troubleshoot injection molding processes in a high-volume factory using **scientific molding principles**. Your work ensures **tight-tolerance parts** are produced efficiently, **minimizing scrap and downtime**. This role offers a path to Lead Tech or Process Engineer.

You'll build and launch a high-volume, automated injection molding plant, designing molding cells and commissioning equipment from material handling to packaging. You'll own throughput, quality, and cycle time end-to-end. This role combines **hands-on engineering** with **factory launch execution** at a startup redefining American manufacturing.

You'll own the infrastructure that runs our factory and engineering operations, from servers and on-prem clusters to shop floor machines and network architecture. You'll configure **CNC machines**, manage **compute clusters**, and automate infrastructure to unify IT across a hybrid, multi-platform environment. This role is hands-on, requiring you to build systems and tooling that scale.

You'll lead all aspects of product and process quality for **injection molding operations** at a next-gen manufacturing company. Your work will ensure **ISO 9001 and IATF 16949 certification** while shaping the quality culture from the ground up. You'll collaborate with design, tooling, and software teams to build **closed-loop quality feedback**.

You'll develop **high-fidelity physics simulations** for **manufacturing processes** at a startup reinventing tooling production. Your models will directly **reduce production timelines from months to days**, powering an AI-driven factory.

You'll help transform cutting-edge research into scalable, production-grade software at **Atomic Industries**, a company reinventing manufacturing. You'll build **core backend and data services** powering geometry processing, simulation, and APIs. This role is ideal for **generalists who take ownership** of complex, high-impact systems.

You'll own the hybrid infrastructure powering **high-performance simulation** and **factory automation** across cloud and on-prem GPU environments. Your work will directly accelerate engineering velocity and reliability. This role combines deep technical ownership with a **factory-first mindset** to rebuild the physical economy.