Rotor & Aerodynamics Design Engineer

Role Description
We are seeking a specialized Rotor & Aerodynamics Design Engineer to lead the aerodynamic development of small rooftop wind turbines. This role focuses on the core physics of wind capture, specifically designing, selecting, and optimizing rotors and composite blades for 1kW to 3kW capacity systems. The ideal candidate will have a deep understanding of fluid dynamics and wind concepts to maximize efficiency in urban and rooftop environments.
Key Responsibilities
Rotor Selection & Design: Identify, evaluate, and select optimal rotor configurations suited for small-scale rooftop wind applications.
Aerodynamic Optimization: Calculate and optimize the Tip Speed Ratio (TSR) to ensure maximum aerodynamic efficiency across varying wind conditions.
Blade Development: Contribute to the research and development of composite blades, analyzing airfoil shapes and structural integrity under operational loads.
Performance Modeling: Develop theoretical power curves and aerodynamic models to predict turbine performance before physical prototyping.
CFD Analysis: Utilize Computational Fluid Dynamics (CFD) tools to simulate airflow around rotors and roof structures to mitigate turbulence and wake effects.
Required Skills & Qualifications
Skill / Competency
Description
Aerodynamics & Fluid Mechanics
Strong foundational knowledge of wind energy concepts, Betz limit, and airfoil aerodynamics.
CAD & CFD Software
Proficiency in tools such as SolidWorks, Ansys, or OpenFOAM for 3D modeling and fluid simulation.
Composite Materials
Familiarity with the manufacturing and stress analysis of composite materials used in turbine blades.
Mathematical Modeling
Ability to calculate TSR, torque, and theoretical power curves using mathematical models.

Work arrangement
No