Manage and lead all technical development to align with larger goals. Responsible for product and process design, physical and computational modelling as well as component sourcing, testing, and validation. Hands-on leader of physical assembly and production of products, parts, and processes. Leader in conducting market analysis and research within the sUAS and larger aerospace and aviation industries. Lead technical report writing and creation/validation of external marketing materials.● Leading the technological completion of a 2 year US Army contract for the continued development and deployment of the liquid hydrogen fixed wing eVTOL hybrid group 2-3 UAS as well as ground control stations.● Leading the design, creation, and set-up of a complete manufacturing facility for scaling production in accordance with commercial and defense need.● Successfully led the completion of a Air Force STTR P1-P2 development for a liquid hydrogen fixed wing eVTOL hybrid group 2-3 UAS with industry dominating performance and demonstrated to Air Force customers.● In depth understanding of carbon fiber, FDM, SLA, CNC, Laser, and other manufacturing processes as well as streamlining manufacturing for group 1-3 sUAS to NDAA and Blue/Green sUAS standards.● Collaborated with another engineer, designing overall systems and subsystems for all vehicles as well as sourcing for components, physical production, and final testing and validation of all products.

Manage and lead all technical development in coordination with business team to align with larger goals. Responsible for Product and process design, physical and computational modelling as well as expedition of component sourcing, testing, and validation. Hands-on leader of physical assembly and production of products, parts, and processes. Leader in conducting market analysis and research within the sUAS space. Assisted in leading product, component, and process testing and validation. Assist in technical report writing and validation of external marketing materials.● Collaborated with another engineer, designing overall systems and subsystems for all vehicles as well as sourcing for components, physical production, and final testing and validation of all products.● In depth understanding of carbon fiber manufacturing processes as well as streamlining manufacturing for group 1-3 sUAS to NDAA and Blue sUAS standards.● Leading the completion of a STTR P1-P2 development for a liquid hydrogen fixed wing eVTOL hybrid group 2-3 drone with industry dominating performance and demonstrated to Air Force customers.

Assigned to class one and two part 107 sUAS design and development as well as current infrastructure for advanced capabilities including BVLOS, RID, and Drone Delivery.

OSU engineering student majoring in Aerospace Engineering with a minor in Nuclear Engineering

− Worked with mechanical and electrical engineers on a $70,000,000+ Air Force defense contract during the research, prototyping and beginning of the testing phase through Preliminary Design Review with the Air Force.− Completed drawings, part modelling, and presentations in Autodesk Inventor for original and legacy parts.− Communicated with material companies, machine shops and equipment manufacturers, to acquire, manufacture, and learn about different parts, applications and materials for the Air Force project.− Helped with assembly of overall assemblies and subassemblies for testing and creation of work instructions.− Helped coordinate major redesigns as Air Force requirements were changed and updated. The major three design requirements included weight, outer mold line and stress.− Researched a variety of materials to meet strenuous requirements between weight, outer mold line and stress. These materials include Beryllium, Titanium Aluminide, Aluminum Silicone, and a variety of other composites and materials.− Went through dozens of iterations of part designs using different materials and physical buildups in coordination with ANSYS simulations to achieve design requirements.

− Collaborated with team of 4 aerospace, electrical, and mechanical engineers to conduct project.− Worked with design challenges associated with the 10k BSLI rocket.− Developed custom mounts, parts, circuit boards, and created code with team members to connect flight computer, telemetry and other systems in the rocket using MATLAB, Eagle, Solidworks and other software.

− Worked with an mechanical and a variety of electrical engineers on a $70,000,000+ Air Force defense contract during the research, prototyping and beginning of the testing phase.− Completed drawings, part modelling, and presentations in Autodesk Inventor for original and legacy parts.− Designed, modelled, and manufactured a vibration table mount for testing up to 60 Gs random vibration and intense shock.− Communicated with machine shops, equipment manufacturers, and tooling companies to acquire, manufacture, and learn about different parts and applications for the Air Force project.− Made use of FDM and Resin 3D printing for design applications for basic mechanical testing of moving parts.− Helped with assembly of first through third prototypes as well as assisted in creating circuits for different tests.

• Calibration System – Created and maintained sitewide instrument database to track instrument calibrations for accreditation purposes.• Training – Trained lab leads and technicians to use the new calibration system.• Drone Test Development – Assembled, wired, and tested a DJI s1000 drone with A2 flight control system as well as designed mount to test drones in the anechoic chamber.• Drone Documentation – Authored safety and instruction documentation for drone sound power test development.• Testing – Conducted and developed tests in the Acoustics lab.

• Customer Portal Setup – Created test formats for the four tests conducted in the Acoustics lab in the customer portal for easy input from test wizards.• Inventory System – Created a barcode scanner inventory system for the Acoustic Lab in Excel with embedded VBA code.• Data Analysis – Compiled and analyzed test results and input data into a customer portal.• Testing – Conducted tests in the Acoustics, Thermal, and Loose Fill labs.