Common across both tracks:
Precision Work — Do detailed, careful work where alignment and finish matter. Millimetre-level accuracy, clean cable layout, correct tightness, no shortcuts
Quality Focus — Check your own work at every step, point out problems early, follow checklists carefully, and keep proper build records
Spotting Defects — Inspect parts for issues relevant to your track — misalignment, loose fasteners, bad crimps (Assembly) or air pockets, layer separation, dry spots, and resin-starved areas (Composites); raise issues early and help find the root cause
Tools & Workstation Care — Keep your bench, jigs, fixtures, moulds, and tools clean and ready; leave the line tidy so the next shift can start without trouble
Proto Support (for top performers) — Work directly with engineers on first builds, fix fitment issues and share what you learn back to production
Continuous Improvement — Suggest fixes when something is slow, error-prone, or unsafe; small daily improvements add up
Assembly Track:
Drone Assembly — Build sub-assemblies and full aircraft following SOPs - fitting the airframe, mounting motors and ESCs, routing harnesses, placing sensors, and tightening fasteners to the right spec
Electrical & Mechanical Work — Crimping, soldering, building wire harnesses, and using torque tools across the aircraft
Adhesive Dispensing & Surface Prep — Comfort with using adhesive guns and doing surface prep like sanding is a strong plus
Composites Track:
Composites Work — Cut, place, and lay up carbon fibre and fibreglass layers into moulds as per the layup plan; work with resin systems, wet layup, and prepreg
Vacuum Bagging & Curing — Set up bagging materials, breather layers, and vacuum lines; remove air pockets and hold a full vacuum without leaks; run oven and autoclave cycles from start to finish
Qualifications
Must-Have:
Excellent hand skills and a steady hand — able to work with small parts, fine wires, tight tolerances, or delicate layups without losing patience
Comfort reading basic engineering drawings, parts lists, layup plans, and assembly instructions
Ability to follow SOPs carefully while also speaking up when something doesn't look right
Willingness to commute to or relocate near Hoskote
For experienced candidates: Real hands-on experience in assembly, fabrication, or composites — through past work or vocational training
Good to Have
For freshers: Hands-on experience through personal projects, vocational training, or internships
ITI / Diploma in Fitter, Electronics Mechanic, Mechanic (Motor Vehicle), or similar trade
Past experience in drone, aerospace, EV, robotics, wind energy, marine FRP, or precision instrument manufacturing
Familiarity with crimping, soldering, harness building, torque tools, adhesive dispensing, and sanding (Assembly Track) or prepreg carbon fibre, vacuum infusion, and autoclave work (Composites Track)
Exposure to lean manufacturing, 5S, or production line ways of working
Who You Are
Cares about getting the job done thoroughly
Have an eye detail work and doesn't cut corners
Comfortable asking questions when unsure
Can focus through long, repetitive tasks
Wants to work on drones that actually fly
Precision Work, Quality Inspection, Defect Identification, Drone Assembly, Electrical Assembly, Mechanical Assembly, Crimping, Soldering, Wire Harnessing, Torque Tools, Adhesive Dispensing, Surface Preparation, Carbon Fiber Layup, Fiberglass Layup, Vacuum Bagging, Resin Handling, Prepreg Composites, Autoclave Operations, Engineering Drawings, SOP Compliance, Assembly Instructions, Lean Manufacturing, 5S Methodology, Troubleshooting, Process Improvement, Tool Maintenance, Prototype Support, Attention To Detail, Production Support