Motivated Aerospace Engineering student with hands-on experience in aircraft design, propulsion systems, and computational fluid dynamics. Seeking an internship to apply academic knowledge in a professional setting while contributing to innovative aerospace projects. Passionate about space exploration and sustainable aviation technologies.

Aerospace Engineering Research Assistant

• Assist in conducting wind tunnel experiments to evaluate aerodynamic performance of novel wing designs, collecting and analyzing data for research publications

• Develop MATLAB simulations to model airflow patterns around aircraft components, reducing computational time by 25% through algorithm optimization

• Collaborate with a team of 5 researchers on a NASA-funded project investigating lightweight composite materials for next-generation aircraft structures

Engineering Intern

• Supported senior engineers in designing and testing drone propulsion systems, contributing to a 15% improvement in energy efficiency

• Created detailed CAD models of aircraft components using SolidWorks, ensuring compliance with engineering specifications and manufacturing constraints

• Participated in failure analysis investigations, documenting findings and recommending design improvements that were implemented in subsequent prototypes

Undergraduate Teaching Assistant

• Led weekly recitation sessions for 25 students in Aerodynamics (Course 16.100), clarifying complex concepts and providing additional problem-solving strategies

• Graded assignments and exams, providing detailed feedback to help students improve their understanding of fluid dynamics principles

• Developed supplementary study materials that improved average test scores by 12% compared to previous semesters

Bachelor of Science in Aerospace Engineering

• Relevant Coursework: Aerodynamics, Propulsion Systems, Aircraft Structures, Computational Fluid Dynamics, Control Systems, Spacecraft Design

• Senior Design Project: Developing a small-scale hybrid electric propulsion system for unmanned aerial vehicles

• Member of MIT Rocket Team, contributing to the design and construction of a high-altitude research rocket

Autonomous Drone Navigation System

• Designing and implementing a vision-based navigation system for autonomous drones operating in GPS-denied environments

• Developing algorithms for obstacle detection and avoidance using computer vision and sensor fusion techniques

• Testing the system in various simulated and real-world scenarios, achieving 92% accuracy in navigation tasks

Small-Scale Supersonic Wind Tunnel

• Designed and constructed a small-scale supersonic wind tunnel capable of achieving Mach 1.5 flow conditions

• Implemented a data acquisition system to measure pressure, temperature, and flow velocity at multiple points

• Conducted experiments to visualize shock waves and boundary layer interactions around various test objects

CubeSat Attitude Control System

• Contributed to the design and testing of a reaction wheel-based attitude control system for a 3U CubeSat

• Developed control algorithms to maintain satellite orientation with precision better than 1 degree

• Created a hardware-in-the-loop simulation environment to validate system performance before integration

Team Lead

• Lead a team of 15 students in designing, building, and testing a remote-controlled aircraft for the AIAA Design/Build/Fly competition

• Coordinate subsystem integration, ensuring all components meet performance requirements and competition rules

• Secured $5,000 in funding through university grants and corporate sponsorships to support the project

Member

• Participate in professional development workshops and technical seminars on aerospace engineering topics

• Volunteer at outreach events to promote STEM education and aerospace careers to K-12 students

• Collaborate with peers on technical paper competitions and research presentations

ANSYS Certified Associate: Mechanical

• Proficiency in finite element analysis and structural simulation

• Expertise in modeling complex aerospace components and assemblies

• Skills in interpreting and validating simulation results

SolidWorks Associate Certification (CSWA)

• Demonstrated proficiency in 3D modeling and design using SolidWorks

• Expertise in creating complex assemblies and engineering drawings

• Skills in design analysis and optimization techniques