Robotics Engineer UAV - System Integration

Location:

Company:

About TelebortiX Innovations

high-altitude, long-range, heavy-payload Unmanned Aerial Vehicles (UAVs)

BA-150

We are backed by top-tier defense collaborators and innovation programs, and are rapidly scaling our engineering and flight operations teams.

Role Overview

Robotics Engineer – UAV System Integration

This position involves close collaboration with our avionics, software, and simulation teams to realize new UAV architectures, test new sub-systems, and validate integrated system performance.

Key Responsibilities

• Lead

  system-level integration

  of UAVs — integrating propulsion, control, power, and sensor subsystems.
• Assemble and commission

  airframes, propulsion kits, and flight control systems

  , ensuring compatibility across electrical and mechanical interfaces.
• Implement and tune

  flight control algorithms

  , coordinate with software teams to deploy and validate control loops (PID, model-based, or deep learning controllers).
• Support

  hardware-in-loop (HIL)

  and

  software-in-loop (SIL)

  testing environments (ROS2, PX4, Gazebo/Unreal).
• Collaborate in

  sensor integration

  (IMU, GPS, LiDAR, cameras, radar) and assist in developing sensor fusion frameworks.
• Conduct

  ground and flight testing

  , capture telemetry data, and perform post-flight analysis for tuning and debugging.
• Participate in

  prototype design reviews

  , BOM optimization, and validation of mechanical and electronic subsystems.
• Maintain documentation of integration workflows, wiring harnesses, firmware versions, and calibration procedures.

Qualifications & Skills

Education:

Robotics, Mechatronics, Mechanical, Electronics, or Aerospace Engineering.

Experience:

• 1–3 years of

  hands-on experience

  in UAV or robotics system development and integration.
• Proven ability to

  build drones from scratch

  and perform autonomous or semi-autonomous flight tests.

Technical Skills:

• Strong understanding of

  mechanical structures

  ,

  aerodynamics

  , and

  powertrain components

  .
• Proficiency in

  electrical and communication systems

  — ESCs, BLDCs, sensors, telemetry, and CAN/UART interfaces.
• Familiarity with

  PX4/Ardupilot

  ,

  ROS2

  ,

  Python/C++

  , and

  control algorithm tuning

  .
• Exposure to

  CAD tools (SolidWorks / Fusion 360)

  and

  simulation frameworks (Gazebo / Unreal Engine / AirSim)

  .
• Understanding of

  control theory

  ,

  sensor fusion

  , and

  embedded system integration

  .

Soft Skills:

• Highly hands-on, self-driven, and detail-oriented.
• Strong documentation, debugging, and cross-functional collaboration skills.
• Startup mindset — comfortable working in fast-paced, iterative environments.
  

What We Offer

• Opportunity to work on

  cutting-edge UAV systems

  shaping the future of logistics and defense.
• Exposure to

  end-to-end UAV development

  — from prototype to flight validation.
• Dynamic team environment with

  direct mentorship

  from experts in autonomous robotics and aerospace.
• Competitive compensation with performance-linked growth opportunities.
  

Preferred Tools / IDEs

• PX4, QGroundControl, ROS2, Gazebo, Unreal Engine (AirSim)

• Python, C++, MATLAB/Simulink

• SolidWorks, Fusion 360, KiCAD, Altium Designer

• Linux (Ubuntu) development environment

• Would you like me to make this version

  formatted for LinkedIn posting

  (crisper, scannable, with emojis and visual hierarchy) or keep it

  formal PDF/Word version

  for internal HR and JD documentation?