Engineer/ Sr. Engineer – Hardware Electronics

Keka Technologies Private Limited; Gurugram District; On-site; INR 900,000 - 1,500,000; Full time

Job summary

Keka Technologies Private Limited in Gurugram is seeking Engineer/Sr. Engineer – Hardware Electronics with 3–4 years of experience. The role covers hardware design for satellite avionics, power-control units, and onboard processing systems in a high-reliability environment.

Experience with radiation-tolerant components and ECSS/MIL-STD considerations is preferred. This is a full-time, on-site position in Gurugram with 5 days of work from office and cross-functional collaboration across

Qualifications

• Experience in hardware design for satellite avionics and radiation-tolerant components.
• Knowledge of space-related standards and qualification processes.
• Strong analytical and documentation skills for complex hardware.

Responsibilities

• Analyze requirements for hardware and interfaces across subsystems.
• Finalize hardware architecture for satellite avionics and power/control units.
• Select space-grade components and perform reliability assessments.
• Prepare schematics, BOMs, and detailed design notes.
• Develop test plans and support integration and qualification activities.

Skills

Microprocessors

Microcontrollers

DSP/SoCs

FPGA-based systems

Power sequencing

Fault-tolerant design

Reliability engineering

Education

B.E./ B. Tech./M.E./M. Tech in Electronics and Communication, Electrical and Electronics, Telecommunications, Avionics, or related

Tools

Schematic capture

PCB design

SPICE simulations

Job description

Engineer/ Sr. Engineer – Hardware Electronics

3-4 years

Gurugram

Full-Time

Job Description

Position Title: Engineer/ Sr. Engineer – Hardware Electronics

Domain: Satellite and Space Electronics

Location: Gurugram - 5 days work from office

Experience Required: 3–4years

Education: B.E./ B. Tech./M.E./M. Tech in Electronics and Communication, Electrical and Electronics, Telecommunications, Avionics, or a related discipline

Industry: Research, development, qualification, and manufacturing of high-reliability electronic systems for satellites, launch vehicles, spacecraft, payloads, and ground-support equipment.

Roles and Responsibilities Hardware Design and Development

• Analyze system, subsystem, functional, electrical, environmental, and interface requirements.
• Finalize hardware architecture for satellite avionics, payload electronics, power-control units,communication modules, and onboard processing systems.
• Select space-grade, radiation-tolerant, or military-grade componentsbased on mission requirements.
• Perform component derating, reliability assessment, lifecycle analysis, and obsolescence management.
• Prepare system power budgets, power-distribution architecture, load calculations, power sequencing, and protection schemes.
• Design analog, digital, mixed-signal, high-speed, power-supply, and interface circuits.
• Prepare detailed schematics, engineering calculations, design notes,and Bills of Materials.
• Perform circuit analysis and simulation using suitable simulation and design tools.
• Implement fault detection, isolation, recovery, redundancy, current limiting, and protection features as required by the mission.

EMI/EMC, Signal Integrity and Power Integrity

• Implement grounding, shielding, filtering, isolation, and protection techniques to meet spacecraft EMI/EMC requirements.
• Perform signal-integrity and power-integrity analysis for high-speed interfaces, memory buses,clocks, and power rails.
• Define controlled-impedance, termination, routing,stack-up, grounding, and decoupling requirements for PCB layout.
• Review PCB layouts, fabrication data, Gerber files, ODB++ data, assembly drawings, and manufacturing outputs.
• Perform electrical stress analysis,worst-case circuit analysis,tolerance analysis, and component derating analysis.

Documentation and Manufacturing Support

• Prepare module-level and PCB-level assembly drawings.
• Prepare detailed wiring diagrams, interface-control documents, connector pinouts, and cable-harness requirements.
• Prepare hardware design descriptions, test procedures, verificationdocuments, compliance matrices, anddesign-review presentations.
• Prepare electrical power-dissipation data and input documents for thermal and mechanical analysis.
• Coordinate with PCB-layout, mechanical, thermal, firmware, FPGA, manufacturing, quality, andsystem-engineering teams.
• Support fabrication, assembly, inspection, rework, and high-reliability manufacturing of PCBs and electronic modules.
• Support component procurement, alternate-part evaluation, counterfeit-risk mitigation, and parts approval processes.

Testing, Qualification and Integration

• Develop module-level and system-level hardware test plans and test procedures.
• Perform board bring-up, debugging, functional testing, performance validation, and failure analysis.
• Support environmental and qualification testing, including:
  • Thermal testing
  • Vibration and mechanical-shock testing
  • EMI/EMC testing
  • Burn-in and reliability testing
  • Radiation testing, where applicable
• Support engineering-model, qualification-model, flight-model, and proto-flight-model integration.
• Analyze test failures and implement corrective and preventive design actions.
• Incorporate engineering changes identified during development, integration, environmental testing,and qualification.
• Participate in design reviews such as PDR, CDR, TRR, QR, and FRR.

Required Technical Skills

Experiencein designing microprocessors, microcontrollers, DSP, SoCs,and FPGA-based systems,including boot, reset, clock, watchdog, power sequencing, redundancy, and fault-tolerant architectures.

Knowledge of communication interfaces such as MIL-STD-1553B, CAN, RS-422/485, UART, SPI, I²C, JTAG, Ethernet, USB, PCIe, LVDS, SerDes, telemetry, telecommand, and CCSDS concepts. Familiarity with DDR, LPDDR, SDRAM, Flash, EEPROM, MRAM, ECC, signal integrity, timing, impedance control, analog signal conditioning, ADCs, DACs, low-noise circuits, DC-DC converters, LDOs, power distribution, sequencing, monitoring, and electrical protection circuits.

Design and Analysis

• Schematic-capture and PCB-design tools
• SPICE-based circuit simulation
• Signal-integrity and power-integrity analysis
• Worst-case circuit analysis
• Electrical stress and component derating analysis
• Reliability analysis, FMEA/FMECA, and fault-tree analysis
• Familiarity with ECSS, MIL-STD,or equivalent aerospaceand space-quality standards

Preferred Experience

• Hardware development for satellite avionics, payload electronics, onboard computers, telemetry and telecommand systems, power-conditioning units, or launch-vehicle electronics.
• Experience in designing electronics for vacuum, radiation, vibration, shock, and extreme-temperature environments.
• Knowledge of radiation-tolerant design techniques and selection of high-reliability electronic components.
• Experience with space-qualified component databases, parts-control processes, and traceability requirements.
• Exposure to high-reliability PCB design, assembly, inspection, and qualification practices.

Key Behavioral Attributes

• Strong analytical, debugging, and problem-solving abilities.
• Ability to understand complex system requirements and translate them into reliable hardware designs.
• Ability to work effectively in cross-functional engineering teams.
• Strong technical documentation and communication skills.
• Attention to quality, reliability traceability, and configuration control.
• Curiosity and eagerness to learn emerging satellite and space technologies.
• Willingness to take ownership of hardware from concept through qualification and final integration.