Jobs at AgniKul Cosmos

Design, analyze, build, and test liquid-fueled rocket-engine turbopumps from concept through flight. Responsibilities include impeller, inducer, diffuser, flowpath, CFD, structural, thermal, rotordynamic, axial-thrust, and secondary-flow analysis. The role develops predictive models and automation tools, supports manufacturing and testing, integrates turbopumps with engine systems, and presents technical findings. A master’s degree, turbomachinery or pump experience, CAD capability, strong engineering fundamentals, and willingness to work extended schedules and travel for testing are required.

Analyze and design rotordynamic systems for rocket-engine turbopumps, turbines, compressors, bearings, and seals. Build FEA and simulation models, evaluate rotating equipment and vendor proposals, define vibration and dynamic-load criteria, and support testing, commissioning, hot-fire campaigns, troubleshooting, and root-cause analysis. The role collaborates with propulsion, structures, manufacturing, and test teams and requires participation in factory acceptance tests, spin tests, balancing, alignment, and vibration baselining.

Design and develop complex multilayer PCBs for high-speed digital, analog, and mixed-signal systems. Responsibilities include component placement, routing, signal and power integrity optimization, impedance control, BGA fanout, manufacturing release, and DRC/ERC validation. The role supports board bring-up, debugging, validation, and design reviews while collaborating with hardware, mechanical, thermal, manufacturing, and assembly teams.

Create manufacturing-ready 3D CAD models, sub-assemblies, and production drawings for launch vehicle subsystems. Responsibilities include modeling machined, sheet metal, and composite parts; digital mating and kinematic checks; GD&T application; mass roll-ups; weight tracking; and collaboration with structural, propulsion, and avionics teams.

Sources aerospace and non-aerospace suppliers, identifies project requirements, negotiates vendor terms, prepares contracts and supplier survey reports, develops project budget estimates, and improves daily operations through systems thinking. The role also requires maintaining technical knowledge of engineering supplies through research, workshops, benchmarking, networking, and professional societies.

Perform incoming, in-process, and final inspections of aerospace composite and metallic components. Coordinate NDT and destructive testing, verify drawings and GD&T compliance, manage supplier NCRs and CAPA closure, prepare quality plans and reports, review manufacturing records, conduct supplier audits, and maintain material and inspection traceability.

Own aerospace engineering projects from planning through closure, coordinating engineering, manufacturing, quality, operations, resources, dependencies, milestones, risks, and deliverables. Identify and resolve bottlenecks, lead project reviews, maintain schedules and status reports, escalate critical issues, communicate recovery plans, and improve execution processes across cross-functional teams.

Own day-to-day IT infrastructure operations across enterprise networking, firewalls, wireless systems, IP surveillance, and multi-site environments. Design, deploy, troubleshoot, upgrade, and document network and CCTV infrastructure. Resolve incidents end to end, support site deployments, improve monitoring and automation, collaborate with vendors and OEMs, and mentor junior engineers while remaining hands-on.