As head of the management team, Aaron leads the creation of the company’s culture, corporate strategy, investor relationships, and drives strategic partnerships.•Investor Relations: Raised $2.2MM+ from private equity, grants, credits, and competitions•Business Development: Acquired primary customers, conducted 100+ customer discovery interviews, iterated and field tested new business models, drove company from pre- to post-revenue; presented to 800+ individuals in a single sitting•Staff Management: Led research, development, and marketing teams; sourced and hired 40+ interns/employees/founders•R&D Coordination: Managed 3rd party development generating MVP, opened multiple unexplored market channels

•Management: Organized teams of 20+ people for programming, electrical board design, and system integration•Project Development: Built roadmaps, consulted management teams, and rapidly prototyped testable solutions/software•Directorship: Built data rooms for investment, Advised CEOs and worked with board members to define OKRs

 Management: Led multiple international research teams, 14+ students per semester, producing publications and a patent Instruction: Graded exams, provided lectures, and worked in lab with 500+ students; Generated course material includingquizzes, worksheets, and lectures; Designed, engineered, and constructed laboratory demonstrations Research: Developed protocols and conducted data analysis for particle isolation via dead-end filtration; 1 patent, 2 papers

 Project Development: Built roadmaps, consulted management teams, and applied for funding sources Directorship: Built data rooms for investment, Advised CEOs and worked with board members to define OKRs

Pursued a Doctorate of Philosophy in Bioengineering (BioE). The BioE program at Georgia Tech is an interdepartmental collaboration in the pursuit of improving healthcare through research. Additionally, this graduate program is the most innovative and integrative program available at Georgia Tech, providing students the flexibility and creativity to pursue interdisciplinary research and create their own future.

Department of Electrical Engineering, Georgia Inst. of Technology Introduction to Linear Circuits ECE 3710 and Lab ECE 3741 Instructor responsible for grading, teaching, and testing 90 students Generated course material including quizzes, worksheets, and lectures Proctored quizzes, midterms, and final examinations

•Design: Technology Development resulting in multiple patents, 1 licensing deal, and 1 micro-acquisition•Staff Management: Led research, development, and marketing teams; managed international communication across employees and partners•R&D Coordination: Managed 3rd party development generating MVP, opened multiple unexplored market channels

The Center for Bioengineering Innovation and Design (CBID) is a joint effort at the Johns Hopkins University between Whiting School of Engineering and the School of Medicine to bring translational engineering with a focus toward healthcare technological advancements in biodesign led by the Department of Biomedical Engineering. As part of the program students assess clinical needs in both the domestic and global health markets and design two innovative solutions to market needs through product development while simultaneously learning about the regulatory and marketing side of medical device design.

Myoelectric Prosthetic device development, programming, and testingMicrochip programming, soldering, board design, and system integrationPattern recognition software and hardware development and integration