JOB DESCRIPTION – System Integration Engineer (Hybrid UAV Platform)
POSITION OVERVIEW:
We are seeking a highly skilled and motivated individual for the role of
System Integration Engineer within our innovative UAS organization. The selected candidate will be responsible for
end-to-end system architecture, design, and integration of complete UAV platforms (including Hybrid UAV systems).
In this role, you will play a
pivotal function bridging system design and execution, starting from
requirement definition, system architecture, CAD layout, and subsystem integration, while closely supporting the
Technical Project Manager, Design, Validation, and Cross-functional teams.
You will act as the
single-point technical owner for system-level integration, ensuring all subsystems function cohesively to meet
performance, reliability, and certification requirements
Job Description
UAV/Drone System Specifications
- Analyze Product Requirement Documents (PRDs) aligned with market and RFP requirements
- Define and maintain system-level technical specifications
- Develop:
- Technology Readiness Levels (TRL)
- Work Breakdown Structures (WBS)
- System architecture definitions
- Ensure traceability from requirements → design → validation
UAV/Drone System Design & Architecture
- Lead system architecture development for UAV platforms:
- Airframe, propulsion (electric/hybrid), avionics, payloads, communication systems
- Collaborate with design teams to ensure alignment with performance, endurance, payload, and environmental requirements
- Exposure to aerodynamics, materials, and process engineering is desirable
- Ensure design meets multi-RFP and certification requirements
Design Management
- Expertise in:
- CAD layout and system-level integration checks
- PLM/PDM tools (e.g., Creo/Windchill)
- BOM structuring and configuration management
- Perform:
- Weight & Center of Gravity (CG) analysis
- GD&T and tolerance stack-up analysis
- DFMEA and design risk assessments
- Ensure design integrity and manufacturability (DFMA)
Interface & Integration Management (Critical Responsibility)
- Define and manage Interface Control Documents (ICDs):
- Electrical (power, grounding, connectors)
- Communication (CAN, UART, Ethernet, RF protocols)
- Mechanical interfaces (mounting, tolerances)
- Ensure seamless integration across:
- Avionics, propulsion, payloads, GCS, and communication systems
- Identify and resolve integration conflicts proactively
Integration and Testing
- Lead system-level integration of:
- Hardware, electronics, and embedded software
- Execute:
- Bench testing
- Hardware-in-loop (HIL) testing
- Ground and flight testing
- Ensure system meets:
- Performance targets
- Safety and fail-safe requirements
- Drive first-time-right integration builds
Validation & Verification of Design
- Plan and execute validation activities:
- Numerical simulations
- Laboratory testing
- Environmental testing
- Flight testing and certification
- Ensure compliance with:
- MIL-STD, IP ratings, EMI/EMC standards
- Track validation plan vs actual closure
Component Selection & Manufacturing/Sourcing
- Select suitable:
- Hardware and electronic components
- Sensors, payloads, and propulsion systems
- Consider:
- Payload capacity, endurance, range, environmental conditions
- Apply DFMA principles and support manufacturing readiness
- Work with sourcing teams for vendor finalization
Software Configuration
- Configure:
- Flight controllers and autopilot systems
- Onboard computers and communication interfaces
- Ensure seamless data flow and system interoperability
Issue Resolution & System Debugging
- Lead root cause analysis (RCA) for:
- Integration failures
- Test anomalies
- Field issues during trials
- Drive cross-functional closure of issues with timely corrective actions
Configuration & Change Management
- Manage:
- System configurations (HW + SW combinations)
- Version control and traceability
- Implement and track engineering changes (ECR/ECN)
- Ensure alignment across builds, testing, and deployment
Quality and Reliability
- Define and implement quality processes across:
- Design → Development → Testing → Production
- Ensure system reliability under:
- Environmental stress
- Operational conditions
- Support certification and compliance readiness
Documentation
- Maintain detailed documentation for:
- System architecture and design reviews
- Integration processes and configurations
- Test plans, reports, and issue logs
- Provide clear status updates to Technical Project Manager
Collaboration
- Work closely with:
- Product Management & Marketing
- Design (Mechanical, Electrical, Software)
- Manufacturing & Sourcing
- Quality & Validation teams
- Act as system-level focal point for integration readiness
Stay Informed
- Stay updated on:
- UAV industry trends
- Emerging technologies
- Regulatory and certification requirements (DGCA, Defence RFPs)
Skills & Qualifications
- Bachelor's/Master's degree in:
- Aerospace / Mechanical / Electrical / Electronics Engineering
- 10–15 years of experience in UAV/Drone systems, aerospace, or related domains
- Strong experience in:
- System architecture & integration
- UAV subsystems (avionics, propulsion, payloads, communication)
- Proficiency in:
- CAD & PLM tools (PTC Creo, Windchill preferred)
- Communication protocols (CAN, UART, Ethernet)
- Knowledge of:
- EMI/EMC, environmental testing, certification standards
- Excellent problem-solving, debugging, and system-thinking skills
DESIRED BEHAVIOURAL VALUES
- Commitment to common purpose and organizational goals
- Respectful and collaborative team engagement
- High integrity and ethical standards
- Strong ownership with accountability
- Proactive mindset with initiative-taking attitude
- Passion for innovation and making impact
- Ability to build and maintain strong interpersonal relationships
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