Job Context/Purpose
The purpose of the job is to work with the team responsible for propulsion system development, analysis and testing for unmanned aerial vehicles (UAVs) primarily.
Team Responsibilities
-
System Definition: Define propulsion system requirements and specifications aligned with project objectives.
-
Modeling & Simulation: Develop and integrate dynamic mathematical models of propulsion components for simulation and analysis.
-
Propulsion Design: Perform propulsion system design and analysis from first principles.
-
Analysis Tools: Develop low- to high-fidelity analysis tools to support propulsion design decisions.
-
Dynamic Simulations: Conduct dynamic simulations of propulsion subsystems and overall system behavior.
-
Code & SOP Development: Develop analysis codes and standard operating procedures (SOPs) for propulsion design workflows.
-
Testing & Validation: Design and execute propulsion tests, analyze results, and post-process test data for performance validation.
-
Technology Awareness: Stay updated on advancements in UAV propulsion technologies and industry trends through continuous research.
Technical Documentation
-
Prepare high-quality design, analysis, and test documentation, including:
-
Design and analysis reports
-
Test matrices
-
Detailed system and test setup diagrams
-
Additional Functions
-
Collaborate closely with aerodynamics, structures, and flight teams to capture system inputs and outputs.
-
Support the flight team in making adjustments to ensure safe, efficient, and optimized flight operations.
Managerial Responsibilities
-
Coordinate project schedules, deliverables, and resources to ensure timely milestone completion.
-
Provide technical guidance and mentorship to team members, ensuring adherence to best practices, design standards, and quality processes.
Experience Required
-
1+ year of relevant experience, preferably in aerospace, UAV, or propulsion-related domains.
Technical Competencies
-
Strong knowledge of propulsion system design, aerodynamics, thermodynamics, and heat transfer.
-
Solid mathematical and scientific fundamentals for modeling and analysis.
-
Experience with modeling and simulation tools such as MATLAB/Simulink or LabVIEW.
Behavioural Competencies
-
Excellent analytical and problem-solving skills.
-
High attention to detail in engineering design and documentation.
-
Strong communication and collaboration abilities across multidisciplinary teams.
-
Demonstrated leadership and mentoring capabilities.
-
Adaptability to work in a fast-paced UAV development environment.
Skills & Tools
-
Proficiency in MATLAB, Simulink, MS Excel, and MS Word.
-
Familiarity with UAV and aircraft propulsion components and systems.
