Top Tech Jobs & Startup Jobs

Build and own production-grade embedded firmware for mission-critical defense systems. Responsibilities include real-time development on microcontrollers and embedded Linux, hardware-software integration across RF, sensors, communications, and power systems, protocol implementation, board bring-up, subsystem validation, debugging, and field testing. The role requires close collaboration with RF, FPGA, mechanical, and systems teams in a fully onsite Gurgaon environment.

Own end-to-end product design for mission-critical defense software used by soldiers, operators, and command staff. Responsibilities include 0-to-1 product discovery, user research with operators, interaction and visual design, design-system creation, rapid prototyping, and production handoff. The role requires translating telemetry and autonomy data into clear interfaces for constrained hardware and degraded networks, while partnering closely with founders, product owners, and engineering teams.

Lead development of secure, scalable full-stack applications for defense technology, spanning frontend, backend, desktop, mobile, hardware, and IoT integrations. Responsibilities include building Python APIs with FastAPI and Pydantic, implementing asynchronous real-time telemetry pipelines, designing PostgreSQL schemas, administering Linux systems, and owning testing, Docker-based CI/CD, and production releases. The role also involves technical leadership, performance optimization, and integration with embedded systems, SDRs, and operational user interfaces.

Designs, architects, integrates, tests, and troubleshoots complex electro-mechanical systems for defense technologies. The role involves component and subsystem selection, cross-functional integration, validation planning, motion-control and actuator work, and developing drone or robotic systems. The engineer will prototype subsystems, optimize system architectures, support mass-production readiness, and contribute to intellectual property development.

Lead development of scalable full-stack applications spanning frontend, backend, APIs, real-time telemetry, and hardware integrations. Build secure Python services with FastAPI and Pydantic, design PostgreSQL data models, maintain Docker-based CI/CD and Linux deployments, and create operational interfaces using WebSockets, SSE, and message buses. The role involves integrating IoT, SDR, microcontroller, and embedded systems while owning testing, performance, reliability, and production releases in an in-office defense technology environment.

Own and evolve Armory’s visual identity across brand, print, social, digital, and campaign materials. Design brochures, product collateral, infographics, presentations, templates, and visual systems that simplify complex defense technology. Collaborate with marketing, product, and engineering teams to deliver polished, on-brand work quickly. The role requires strong typography, layout, composition, print-prepress expertise, Adobe proficiency, portfolio evidence, and a hands-on, ownership-driven approach.

Create 2D and 3D visual assets for defense-technology products, including photorealistic renders, CGI, animations, motion graphics, illustrations, infographics, brand materials, and product visualizations. Shape Armory’s visual identity across digital, print, packaging, marketing, and product presentations. Collaborate with engineering, product, and marketing teams, applying photography, cinematography, materials, textures, and physics-based rendering principles to deliver cinematic, technically accurate visual storytelling.

Leads the design and development of RF and mixed-signal electronic systems for defense applications. Responsibilities include RF front-end architecture, digital electronics integration, high-speed ADC/DAC implementation, simulation, prototyping, testing, validation, and production optimization. The role collaborates with software and systems teams, troubleshoots complex RF systems, develops long-term technical strategies, and identifies opportunities for intellectual property.

Design, simulate, test, troubleshoot, and integrate RF hardware including circuits, PCBs, transmitters, receivers, amplifiers, LNAs, and phased-array antennas. The role supports radar-related development, prototype assembly, performance optimization, regulatory compliance, manufacturing readiness, cost reduction, and cross-functional collaboration with DSP and broader systems teams.

Lead the design, implementation, optimization, and testing of real-time DSP algorithms and embedded firmware for RF products and radar systems. Responsibilities include radar signal processing, SDR and RFSoC integration, radar data acquisition, firmware development, system debugging, simulations, hardware-in-the-loop validation, and collaboration with RF hardware and software teams. The role will lead long-range radar development and support performance optimization, modularity, scalability, and IP development.