About Manufacturing

If we want to make 1 rupee deliveries a reality, we’ll need to manufacture aircraft at a rate the world has never seen — lakhs of frames per day, scaling to a fleet of over 100 million aircrafts. This isn’t just hard. It’s unprecedented.

The aircraft we build are complex, high-performance machines — engineered for reliability, precision, and cost at the same time. And the challenge isn’t just building one that works. It’s building millions that work, identically, with zero compromise on quality.

We’re creating systems that move like clockwork — processes that combine speed with consistency, craftsmanship with throughput. Every jig, mould, and tool must be designed for scale. Every step must be measured, optimized, and repeatable.

We’re not iterating on what’s been done before. We’re defining how aerospace manufacturing will be done at global scale.

About Your Role; Problems To Solve

Translate prototype designs into manufacturable parts, moulds and assemblies
Develop and implement design-for-manufacturing (DFM) guidelines across composites, machining, electronics, and assembly processes.
Use requisite tools to optimize designs for scalability, tolerances, cost-efficiency, and ease of production.
Collaborate closely with R&D, supply chain, and manufacturing teams to ensure seamless transition from lab prototypes to large-scale builds.
Build robust documentation, standards, and process guidelines that enable consistent, repeatable, and high-quality production.
Work hands-on with prototypes and pilot runs to validate manufacturability and refine designs for production readiness.
Identify bottlenecks in manufacturing workflows and propose innovative solutions that increase throughput without sacrificing quality.

What We Are Looking For

2–5 years of experience in design-for-manufacturing, production engineering, or scaling hardware products. Experience with composites tooling an advantage.
Proven experience taking designs from prototype to production, with a track record of delivering real parts at scale.
Strong proficiency with CAD/CAE tools (Fusion, SolidWorks, CATIA, Siemens NX, or equivalent).
Solid understanding of manufacturing processes including composites, machining, sheet metal, and electronics assembly.
Familiarity with GD&T, tolerancing, and precision manufacturing principles.