Patrick Meyer Email & Phone Number

Cambridge, Massachusetts, United States

Greater Atlanta Area

Designed and managed a small fleet of autonomous marine platforms, including both surface and underwater vehicles. Conducted research in the area of heterogenous autonomy of naval vehicles under the Office of Naval Research's NEEC program, focusing on collaborative autonomy under dynamic communications constraints. Co-developed an integrated simulation and.

Greater Atlanta Area

Conducted sponsored research for the NASA ERA ITD-51A group. Conducted uncertainty quantification and tracking for propulsion airframe integration of a hybrid wing body aircraft. Utilized CFD tools such as CART3D and STAR CCM+ to investigate installation drag penalty and compare results from Euler and Navier-Stokes solutions. Manipulated and reconstructed.

Greater Atlanta Area

Acted as program manager for the Unmanned Vehicle Collaboration Research Environment (UV-CoRE) ASDL Grand Challenge team. Scheduled and directed the development of an autonomous collaboration evaluation tool for naval unmanned vehicles in in an agent based Java simulation. Integrated a mine-countermeasures mission simulation to act as a case study for the.

San Luis Obispo, California Area

Acted as the Systems Engineer and elected as Technical Lead by my teammates for one of the two unmanned systems teams for Cal Poly's Aerospace Engineering Senior Design. Worked in an interdisciplinary team of 13 students to develop a lightweight, long endurance tactical UAS for firefighting missions. Led conceptual design and initial downselction phases..

Developed for the conceptual design tool OpenVSP in C++. Most of the work was focused on streamlining the workflow between modeling in VSP and flow analysis with the NASA Computational Fluid Dynamics tool Fun3D. Specifically, this included expanding the ease of use of VSP by creating far field boundaries and symmetric half surface meshes for use with other.

Managed a diverse group of upper- and underclassmen aerospace and mechanical engineering students in the annual AIAA Design Build Fly competition. Led work in conceptual design and early prototype manufacturing phases of the project. Successfully led a weight reduction campaign to achieve an initial target weight. Authored and edited a 60 page written.

Designed internal rocket storage and loading mechanismsResearched and implemented fuselage construction techniquesPrototyped, tested and finalized external mounting designs

San Luis Obispo, California Area

Greeted customers and made their sandwiches to order. Balanced my work schedule with my school and club commitments.

Western Washington, United States

Basic construction, including carpentry and home renovations

Aerospace, Aeronautical And Astronautical Engineering

Dissertation topic: Evaluating the Effects of Model Simplifications on the Transference of Policies Learned in Simulation

Bachelor Of Science (B.S.), Aerospace Engineering

Activities and Societies: AIAA, National Society of Collegiate Scholars, Design/Build/Fly