Lead the project development for an R&D satellite tracking project▪ Developed the project’s entire codebase, including satellite tracking, pose estimation, and simulation algorithms▪ Exceeded the project's initial goals for accuracy and efficiencyDeveloped future satellite projects▪ Designed the satellite’s power configuration, GNC and power simulations, payload configurations, and system engineering/ design

• Created, modified, and ran simulation scenario scripts to model spacecraft activity in orbit• Designed processing tools to collect data from simulations, compute associated calculations, and present pertinent information in a clear and understandable manner• Modified spacecraft flight software logic to reflect updates made to the vehicle• Sought and obtained experience with multiple systems’ and subsystems’ design and integration processes within aerospace vehicles

•Improved and refine experimental cycloidal rotor technology to be more structurally stable and efficient•Managed the functionality of an All-Terrain Cyclocopter vehicle, which includes repairs, improvements on the design, and rotor and flight testing•Worked with composites and polymers such as carbon fiber, nylon & Delrin, using a precise CNC mill and 3D printers•Communicated and collaborate with lab members to share ideas, experiences and knowledge of tools and processes necessary… Show more •Improved and refine experimental cycloidal rotor technology to be more structurally stable and efficient•Managed the functionality of an All-Terrain Cyclocopter vehicle, which includes repairs, improvements on the design, and rotor and flight testing•Worked with composites and polymers such as carbon fiber, nylon & Delrin, using a precise CNC mill and 3D printers•Communicated and collaborate with lab members to share ideas, experiences and knowledge of tools and processes necessary to effectively accomplish goals Show less

•Maintained, improve, and assemble gearboxes•Constructed and repaired blades by designing and building jigs to hold the blade spar core, wrapping the spar core in carbon fiber tow, and creating 3D CAD images of the core and blade•Manufactured the blade’s foam airfoil by using a foam cutting machine•Assessed and repaired damages to the main trusses of the aircraft by reinforcing the damaged carbon fiber rods

•Led a team of five members to design a wooden truss and I-beam that broke at the desired 1500 lb within 50 lb•Complied to various specifications and restrictions set by the professor including size of beam and materials used•Received best strength to weight ratio in the class for our truss design

•Directed a team of four students to design, construct and continuously improve an autonomous over sand vehicle capable of navigating to and sampling a pool of water•Collaborated with the software team & with other design teams to optimize our vehicles design and performance•Created detailed CAD drawings of the vehicle to analyze different structural configurations and stresses•Delegated duties among members, ensured completion of major milestones, and oversaw progress of the… Show more •Directed a team of four students to design, construct and continuously improve an autonomous over sand vehicle capable of navigating to and sampling a pool of water•Collaborated with the software team & with other design teams to optimize our vehicles design and performance•Created detailed CAD drawings of the vehicle to analyze different structural configurations and stresses•Delegated duties among members, ensured completion of major milestones, and oversaw progress of the project Show less

•Organized and maintained Excel spreadsheets and employee profiles•Selected pertinent information from applicant’s resumes to be seen by the employer

•Maintained a fun and safe environment for 18 campers, ranging in age from 10–12 years old•Planned and executed exciting nightly activities for the camp’s entire 6th grade age group of roughly 80 campers•Incorporated informal learning into daily activities, while encouraging important values and life lessons