Our story / 2019-present
Founder & CEO
Abdi Mehdi
“Our mission is to make advanced simulation an integral part of metal additive manufacturing: connecting robots, interpreting sensor data, and predicting physical behavior to enable faster, more reliable, and scalable production.”
The founder's path
QH Build grew at the intersection of scientific computing, product engineering, entrepreneurship, and industrial manufacturing. Each chapter added a capability the final system would need.
Methods behind the work
Eight in-house solvers built across 2020-2026.
2019-2025
2019-2025
Chapter 01 / Technical range
More than 400 simulation cases and work across over 25 solvers created a broad, practical command of computational engineering - from finite elements and finite volumes to SPH and phase-field methods.
25+ solvers / 400+ simulation cases
2020-2025
2020-2025
Chapter 02 / Scientific depth
A PhD in computational materials science and applied mechanics deepened that experience into a rigorous understanding of materials, manufacturing processes, and multiphysics model development.
PhD / Computational materials science and applied mechanics
2021-2023
2021-2023
Chapter 03 / Founder instinct
Starting and operating a food-delivery company brought a second kind of education: move with urgency, listen to real users, and measure an idea by the value it creates outside the lab.
Entrepreneurship / Operations / Customer reality
2022-2025
2022-2025
Chapter 04 / Product engineering
Experience in software architecture, front-end and back-end development, and CI/CD connected advanced multiphysics to the reliable digital infrastructure required for an industrial product.
Multiphysics / Architecture / Full stack / CI/CD
2025
2025
Chapter 05 / The Validation point
While consulting independently in metal additive manufacturing from 2025 through 2026, Abdi Mehdi met Tomas Jochman, a leading expert in robotic manufacturing and Industry 4.0. That meeting crystallized the fundamental idea that connecting machine motion, sensor evidence, and predictive physics is the future.
Tomas Jochman / Robotic manufacturing / Industry 4.0
2026
2026
Chapter 06 / Customer proof
After a customer used our solvers to transform the performance of a robotic wire-laser additive manufacturing cell, the idea was no longer theoretical. QH Build began to turn that proven capability into an industrial platform.
QH Build founded from a real customer outcome
2026-2027
2026-2027
Proof became direction
The customer result defined what QH Build would build next: a continuous intelligence loop between the machine, its sensors, and the physics of the process.
The next generation of metal additive manufacturing solvers will not live apart from production. QH Build is connecting robotic execution, real-time sensing, and predictive multiphysics in NVIDIA Omniverse.
Executes the manufacturing strategy with repeatable, programmable precision.
Turns every build into a live stream of process evidence and machine context.
Reveals what is happening inside the material before defects become cost.
The next chapter