Internship - Mechanical

Role Overview: You will be working as a Propulsion Intern, focusing on propeller design, optimization, testing, and analysis for drone applications. Additionally, you will be involved in improving vibration issues in propulsion systems, contributing to technology development, and enhancing overall performance. Key Responsibilities: - Design, analyze, and optimize propellers for drone applications, considering aerodynamics, efficiency, and structural integrity. - Conduct propulsion system testing, evaluating motor, ESC, and propeller performance to ensure reliable operation. - Analyze and mitigate vibrations in propulsion systems to enhance stability, efficiency, and durability. - Contribute to the development of propulsion-related technologies, including innovative mechanisms, material selection, and structural enhancements. - Identify and implement solutions to optimize thrust, power consumption, and overall propulsion system effectiveness. Qualifications Required: - Ability to work collaboratively with multidisciplinary teams, including aerodynamics, structures, and control systems, to ensure seamless propulsion integration. - Proven track record of taking ownership of assigned tasks, ensuring timely execution, and fostering continuous learning. - Strong documentation skills to maintain detailed records of test results, analyses, and design improvements for future reference. - Interest in staying updated with the latest advancements in UAV propulsion systems, aerodynamics, and material technologies. (Note: Additional details about the company were not provided in the job description.) Role Overview: You will be working as a Propulsion Intern, focusing on propeller design, optimization, testing, and analysis for drone applications. Additionally, you will be involved in improving vibration issues in propulsion systems, contributing to technology development, and enhancing overall performance. Key Responsibilities: - Design, analyze, and optimize propellers for drone applications, considering aerodynamics, efficiency, and structural integrity. - Conduct propulsion system testing, evaluating motor, ESC, and propeller performance to ensure reliable operation. - Analyze and mitigate vibrations in propulsion systems to enhance stability, efficiency, and durability. - Contribute to the development of propulsion-related technologies, including innovative mechanisms, material selection, and structural enhancements. - Identify and implement solutions to optimize thrust, power consumption, and overall propulsion system effectiveness. Qualifications Required: - Ability to work collaboratively with multidisciplinary teams, including aerodynamics, structures, and control systems, to ensure seamless propulsion integration. - Proven track record of taking ownership of assigned tasks, ensuring timely execution, and fostering continuous learning. - Strong documentation skills to maintain detailed records of test results, analyses, and design improvements for future reference. - Interest in staying updated with the latest advancements in UAV propulsion systems, aerodynamics, and material technologies. (Note: Additional details about the company were not provided in the job description.)