Embedded Engineer (Avionics)

Company Description

At DREAM Aerospace, we are pioneers in propulsion systems, pushing the boundaries of space exploration. We use green propellants to fuel our missions, demonstrating our commitment to both planetary preservation and expanding the frontiers of knowledge. Join DREAM Aerospace on an exhilarating journey as we redefine space exploration and unlock limitless possibilities. Discover the extraordinary with us as we venture into a new era of boundless potential.

Job Summary

Hardware Design Engineer

MIL-grade hardware design

Key Responsibilities

Electrical Interfaces & Payload Integration

• Design and integrate 

  MIL-grade connectors

   (D-Type, Circular) for robust payload interfacing.
• Develop 

  Twisted-Shielded (TS) harnesses

   to ensure EMI/EMC compliance.
• Generate 

  Configuration Controlled Electrical Interface Details (EID)

   covering:
• Signal pin mapping
• Wire gauge selection
• Shielding and twisting standards

RF Payload Design & Frequency Management

• Conduct 

  frequency interference studies

   to finalize RF payload parameters (frequency, power, sensitivity).
• Handle 

  regulatory clearances

   (ITU and national agencies) for frequency allocation.
• Optimize 

  antenna placement

   and assess 

  independent mounting feasibility

  .

Power Management & System Protection

• Design 

  low-power payload power systems

   (24–36V DC, ≤10W preferred).
• Develop 

  DC/DC converters

   with:
• EMI filtering
• Short-circuit protection
• Over-voltage control
• Analyze 

  power phase requirements

   for RF-ground transmission.
• Integrate 

  protective fuses

   and safety mechanisms for critical systems.

Telemetry & Data Acquisition

• Configure telemetry through 

  analog/digital outputs

   (+/-5V, 0/5V) and 

  RS485

   as per ISRO standards.
• Optimize telemetry 

  bandwidth usage (≤40 Kbps)

   and 

  sampling rate (up to 244 samples/sec)

  .
• Design 

  independent telemetry systems

   with high data rate capabilities.
• Define:
• Input voltage ranges
• Bit resolution
• Telemetry format structure

Telecommand & Payload Control

• Implement 

  ON/OFF switching logic

   and 

  telecommand execution

   for autonomous payload control.
• Build 

  mode logic

   for payloads with multiple operational states.
• Integrate 

  telecommand reception

   via 

  DRY contact relays

   or 

  RS485

  .

Documentation & Compliance

• Perform 

  Failure Modes, Effects, and Criticality Analysis (FMECA)

   for deployable systems.
• Collaborate with system engineering teams for 

  interface validation and verification

  .
• Ensure 

  compliance with aerospace electrical standards

   and payload integration guidelines.

Required Qualifications & Skills

• Expertise in 

  aerospace-grade hardware and electrical system design

  .

Experience with:

• MIL-grade components

   and harnessing

• EMI/EMC compliance testing

• RF payload and antenna systems

• DC/DC converters and power protection circuits

• Telemetry and telecommand protocols (RS485, analog/digital I/Os)

• Strong skills in hardware validation

  , 

  test documentation

  , and 

  compliance reporting

  .

Preferred Qualifications

• Bachelor’s/Master’s degree in 

  Mechatronics, Electrical and Electronics Engineer.

• Previous experience in satellite payload integration

   and 

  aerospace documentation standards

  .
• Familiarity with 

  FMECA

  , 

  aerospace failure analysis

  , and 

  hardware validation processes

  .

Benefits

• Competitive monthly salary with potential for growth.
• Opportunity to work on cutting-edge aerospace projects with industry experts.
• Professional development and training opportunities.
• Collaborative and innovative work environment.
• Employee benefits package including health insurance.

Application Form:

https://forms.gle/Q9fnG6qZfXtP5EwH8

Location