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Location:
Hyderabad / Bengaluru (Onsite) ? Employment: Full time ?

Experience:
8+ Years ? Domain: Aerospace Simulation
· Mechatronics
· Structural Engineering The Mission Most mechanical engineers spend their careers working on hardware that sits still or moves only in 2D. At Axial Aero, we build full-motion simulators, 6 plus DOF platforms, that surge, sway, heave, tilt, rotate, and accelerate a crew through 360 degrees of physical force in all 3 dimensions – simulating fighter jets, helicopters, commercial airliners, rocket crew modules
- all on the ground, with millisecond latency. This is the closest thing to a real cockpit or a crew module hurtling back through atmosphere
- that exists outside an actual aircraft. Every safety margin depends on your analysis, every installation is based on your design, and every visualisation has your signature behind it. We're a small, deeply technical team moving fast. People here own problems end-to-end: concept → design → prototype → field deployment. If you've been waiting to design and build deep-tech machines that will inspire generations of Indians – this is it. What You'll Build Your primary focus: a field-deployable aviation simulation platform capable of full-motion, 6-DOF, multi-axis 360-degree motion, centrifuges capable of 20G or just large Igloo sized domes all designed for pilot training and operational readiness. Specifically, you will: ▸ Analyse motion platforms and cockpit-size structural assemblies subjected to high-velocity centrifugal loading and multi-axis dynamic forces – over millions of cycles ▸ Own the mechanical reliability
- from first sketch through FEA validation, Multi-Body Dynamics, prototype build, and field commissioning ▸ Recommend materials, tolerances, and fastening strategies with supply chain realities in mind ▸ Collaborate directly with mechanical designers, embedded engineers, software architects, aerodynamics leads and project managers,



all in the same technical conversation ▸ Contribute to a multidisciplinary knowledge base spanning materials, electronics, human physiology, aviation medicine, firmware, and AI Depending on the programme, this role opens access very few engineers ever see: ▸ Restricted civil and military aerospace facilities ▸ Direct interaction with operators in the field ▸ Real feedback from pilots and crew who have actually flown the aircraft — or trained for space orbit You may also have the privilege of working alongside decorated officers of the Indian Armed Forces, contributing directly to Bharat's Aatmanirbharata in aerospace. What You Bring Non-Negotiable ▸ Mechanical Reliability Engineering Depth: You visualize large structures in 3D motion
- and can dive deep into the reliability calculations You have knowledge of materials, forces and stresses
- and the complex relationships You know when to use or not use welds, rivets and bolts
- and knows what happens if those fail. FEA is not a checkbox; it's how you think. ▸ Reliability Ownership from Concept to Field: You own everything that impacts reliability of the product You know everything that connects to the structure – welded nut to the micro-controller You can deal with constraints
- supply chains, costs, people and time Strong Advantage ▸ Proficiency in SolidWorks, FEA and multi-body dynamics (Ansys, COMSOL, etc.) ▸ Experience with global and Indian supply chains, specifically with India’s industrial clusters. ▸ Hands-on leadership
- mentoring and building with the team, not just mechanical. How You Work ▸ Comfortable in a fast-moving startup
- where requirements evolve alongside the hardware ▸ Strong multidisciplinary instincts
- you can hold a technical conversation with an embedded engineer and a software architect in the same meeting ▸ You build camaraderie, not silos If you have the depth, the drive, and the discipline to build hardware that a pilot trusts with their life we want to meet you
- [email protected]

📌 Mechanical Reliability Engineers for Full Motion Flight Simulators (Hyderabad)
🏢 Axial Aero
📍 Hyderabad