Curriculum Vitae

Download my CV in PDF format.

Objective

Aspiring engineering student with a strong foundation in CAD, Data Analysis, Mechanical Testing. Passionate about Aerospace Engineering and Material Science applications and eager to apply my knowledge in real-world projects.

Education

• Cornell University
  Bachelor of Science in Mechanical and Aerospace Engineering
  GPA: 4.103 | Graduation: May, 2027

• Newark Charter High School
  High School Diploma
  Graduation: May, 2023

Skills

• Software: Autodesk Fusion 360, Excel, ANSYS, Onshape
• Programming: Python, MATLAB
• Tools: 3D Printing, Instron Mechanical Testing, CNC, Laser Cutting

Projects

• Drone Design:
  Designing and manufactuing a quadcopter drone
  • Designed drone in CAD from scratch
  • CNCed carbon fiber components and completed assembly
• Fan CAD Modeling:
  Modeling a fan I have using CAD
  • Successfully modeled complex fan, highly accurate to real object
• Drone Design:
  Disassembling and drawing a mechanical pencil
  • Disassembled and analyzed the components of a mechanical pencil
  • Completed a technical sketch of an exploded view of the object

Work Experience

• Cornell University Autonomous Drone Project Team - Mechanical Engineer
  January, 2025 - Current
  • Completed development of novel drone designs in CAD to a fully assembled carbon fiber drone
  • Collaborated to design CAD assemblies for complete drones
• Center for Composite Materials, University of Delaware - Intern
  May, 2024 - August, 2024
  • Contributed to the experimental validation of a new material model MAT213
  • Designed and completed testing to obtain through-thickness properties of a composite material
  • CCM Summer Poster Symposium– 2nd Place Winner ($500)
• Center for Composite Materials, University of Delaware - Intern
  June, 2022 - August, 2023
  • Collaborated as a team of 3 to improve adhesive properties of Copper/Polyimide bond
  • Increased peel strength by 375% by decreasing CTE mismatch, 300% by improving processing conditions
  • Resolved significant void defects seen in TuFF carbon fiber, improving tensile properties by over 10%

Publications

• S. M. Doshi, A. Barry, et al., “Adhesion Characterization and Enhancement between Polyimide-Silica Composite and Nodulated Copper for Applications in Next-Generation Microelectronics,” ACS Applied Materials & Interfaces, vol. 16, no. 2, pp. 2692–2703, Jan. 2024, doi: 10.1021/acsami.3c14434.
• Barry, A. (2022). Investigation on the effect of infill orientation on the flexural properties in FDM parts. The Young Researcher, 6(1), 94-105. http://www.theyoungresearcher.com/papers/barry.pdf

Extracurricular Activities

• Secretary of American Society of Mechanical Engineers (ASME)

References

Available upon request.