Senior Electrical Engineer

Pixxel Space; Bengaluru; In loco; INR 1.500.000 - 2.600.000; Tempo pieno

Descrizione del lavoro

Pixxel Space seeks a Sr. Electrical Engineer to lead the architecture, design, and development of electronic systems for spacecraft and payloads.

You will own the complete hardware lifecycle from requirements capture to release, and design flight PCBs for power, avionics, sensors and payload support. The role requires strong analog, digital, and power electronics expertise, FPGA/processor knowledge, and collaboration with software and systems teams to ensure robust, space-grade hardware across

Competenze

• Experience in design of spacecraft-grade hardware.
• Ability to lead hardware lifecycle from requirements to release.
• Knowledge of high-reliability, aerospace, automotive, or industrial electronics is preferred.

Mansioni

• Lead the architecture, design, and development of electronic systems for spacecraft and payload applications.
• Design and realise board-level hardware combining analog, digital, and power electronics for mission-critical space systems.
• Own hardware lifecycle including requirements capture, trade studies, schematic design, component selection, PCB implementation, bring-up, validation, and release.
• Design flight PCBs for subsystems including electrical power, digital avionics, sensor and interface electronics, and payload support electronics.
• Perform power integrity, signal integrity, timing, grounding, EMI/EMC analyses; understand interfaces such as SPI, I2C, UART, CAN, SpaceWire, Ethernet.

Conoscenze

Analog electronics

Digital electronics

Power electronics

FPGA

System integration

High reliability

Design reviews

Documentation

TEST & bring-up

Strumenti

PCB design tools

Oscilloscopes

Power supplies

EMI/EMC

Descrizione del lavoro

Job Summary

Role: Sr. Electrical Engineer

Employment Type: Full Time

About the Role: Lead the architecture, design, and development of electronic systems for spacecraft and payload applications. Design and realise board-level hardware combining analog, digital, and power electronics for mission-critical space systems. Own the complete hardware lifecycle including requirements capture, trade studies, schematic design, component selection, PCB implementation, bring-up, validation, and release. Design flight PCBs for subsystems including electrical power systems, digital avionics, sensor and interface electronics, and payload support electronics.

Responsibilities

Power, Analog and Digital Engineering

• Design and analyse power electronic circuits including DC-DC converters, power distribution, protection, load switching, battery-related circuits, and power conditioning stages.
• Develop analog circuits such as signal conditioning, sensing, measurement, monitoring, filtering, reference generation, and control loops.
• Design and validate digital electronics involving processors, FPGAs, memory, level translation, clocks, reset architecture, housekeeping, and interface circuitry.
• Perform engineering analysis for power integrity, signal integrity, timing, grounding, noise coupling, thermal performance, and EMI/EMC behavior.
• Work with interfaces and protocols such as SPI, I2C, UART, CAN, /LVDS, SpaceWire, Ethernet, and other subsystem communication links.

Component Engineering and Reliability

• Perform component selection, derating analysis, worst-case analysis, tolerance analysis, and FMECA/FMEA for flight electronics.
• Drive design decisions with consideration for high reliability, fault tolerance, fail-safe operation, manufacturability, testability, and environmental robustness.
• Support part evaluation and trade studies for space-grade, rad-tolerant, and COTS components depending on mission needs.
• Review and define requirements for ESD protection, latch-up resilience, grounding strategy, isolation, and EMI/EMC performance.

PCB Realization and Hardware Bring-Up

• Work closely with PCB layout engineers to ensure robust implementation of mixed-signal layout practices, including partitioning, return current control, noise isolation, grounding, placement, and routing strategy.
• Review PCB layouts for power stages, sensitive analog circuits, high-speed digital interfaces, and flight-critical nets.
• Lead board bring-up, debugging, root-cause analysis, and design iteration using lab instrumentation such as oscilloscopes, power supplies, electronic loads, current probes, logic analyzers, multimeters, and thermal tools.
• Debug issues related to startup behavior, instability, interface errors, noise coupling, margins, and intermittent failures.

Testing, Integration and Documentation

• Develop test plans, test procedures, validation matrices, and operating procedures for board-level, subsystem-level, and integrated spacecraft electronics.
• Support hardware integration and verification across all program phases including development, cleanroom integration, qualification, launch preparation, and post-launch operational support.
• Generate and maintain documentation including requirements, interface control documents, design descriptions, analysis reports, test documentation, and manufacturing support packages.
• Work with software and systems teams to define hardware-software interfaces and support system-level validation.

Technical Leadership

Provide technical guidance during design reviews, failure analysis, and subsystem trade studies.

• Mentor junior engineers in good design practices for mixed-signal, power, and high-reliability electronics.
• Help strengthen internal standards, design methodologies, review checklists, and hardware development practices within the team.

Preferred Skills

• Strong fundamentals in analog electronics, digital electronics, and power electronics.
• Strong understanding of signal integrity, timing, grounding, EMI/EMC, power integrity, and thermal design.
• Familiarity with communication and interface standards such as SPI, I2C, UART, CAN, /LVDS, SpaceWire, or Ethernet.
• Experience with battery electronics, solar power interfaces, converter design, telemetry/housekeeping electronics, or payload support hardware.
• Familiarity with FPGAs, RTL concepts, clock/reset design, and digital system integration is a plus.
• Experience with high-reliability, aerospace, automotive, defense, or industrial electronics is preferred.
• Knowledge of ESD control and board-level protection design.
• Strong documentation, ownership, and cross-functional collaboration skills.