Jared Brewer Email & Phone Number

Bethesda, Md, Us

Systems Engineering and Integration Digital Transformation Team Member serving as data architect for the Lockheed Martin Enterprise Organization

Bethesda, Md, Us

Model-Based Systems Engineering Implementation Lead for the digital transformation of LM Space on the Fleet Ballistic Missile program • Digital transformation champion leading the evolution of our document-driven organization to a model-centric ecosystem • Pathfinding project founder to build a data-driven system model linking stakeholders needs to instruction sets for field engineers rendered in augmented reality; focused in the transfer of system models from Rhapsody to Cameo with extensive external software integration handles • Identified and captured a “tribal knowledge” process eliminating duplicative work being performed in three exclusive business areas • Created Artificial Intelligence model to read objective evidence items and draft compliance statements reducing verification labor hours by 75% • Subject matter expert for Predictive Analytics ML and Natural Language Processing AI • Awarded Lockheed Martin Space Systems Engineering Employee of the Month October 2019

Cambridge, Ma, Us

I serve as a defense contractor working with the Trident II D5 Submarine Launched Intercontinental Ballistic Nuclear Missile System. Working with a nuclear system requires that I maintain a clearance with both the DoD and DoE and occasionally within our ally nations classifications as well. Specifically, I support the MK6 inertial/stellar guidance system by compiling and correlating flight test data to identify and characterize potential sources of error. Identification of error in the flight system is then accounted for via inputs in the Thrust Vectoring Control (TVC) system or any of the multiple independently targetable reentry vehicles (MIRV).I am a senior team member of the Telemetry Acquisition and Presentation Software group where we collect live down-link data and process it in-flight as our weapon system leaves the water and transits the atmosphere. We process the data and display it in real-time while dictating the continuously streaming events to highly select groups of spectators ranging from doctors and CEO's to US Army and Air Force Generals, US and UK Naval Captains, and Admiral Benedict, himself.As team lead for all Pacific Range missions and operations, I am responsible for 5-10 team members with tasks that include planning, access requests, clearance/background checks, badge authorization, private and government asset management, and classified shipment coordination with transmittal. I am also in charge of training and certification new team members during actual launch scenarios. I am also a founding member of the Model Based Simulation Engineering group where we develop extremely comprehensive and dynamic simulations of every aspect of the weapon system including the submarine, fire control, navigational inputs, star catalogs, and the missile itself. We also focus a large amount effort into the ocean states, atmospheric models and gravitational anomalies.

Major contributor to the brow-furrowing suggestions during the "Anything Goes" monthly whiteboard brainstorming sessionsComputational Fluid Dynamic simulations expert in turbochargers, superchargers, rocket engines, external aerodynamics, internal combustion dynamics, and cooling systemsMy primary role was the execution of full-enabled CFD simulations to develop and analyze high-performance engine design concepts, components, and accessories intent on increasing overall engine efficiencies while maintaining the horsepower everyone wantsCommitted over 450 personal hours building a liquid-fuel rocket engine to showcase our companies capability to innovate beyond the common internal combustion engineGenerated interest in our company by showcasing our rocket ultimately making important connections with local universities such as Wright State University and even landing a contract working with University of Dayton's Combustion Research InstituteInitiated “Creative Confidence” seminars to fellow engineers, including the president, to encourage a continuous flow of new ideasInitiated a new service-based marketing strategy to generate income during the downtime of our test facilities Redesigned our company logo to appeal to a larger marketDesigned, purchased, and built a custom 96-core, 768GB ram, 15TB HDD HPC infiniband cluster reducing two weeks of simulation time to less than two days Pro Mazda Series Race team thermal-fluids analystIncreased supercharger pressure by 8% and flow rate by 7%Implemented IR transmission transducers and thermocouples on turbomachineryPerformed QA, tolerancing using high-accuracy CMM, generated engineering drawings, purchase orders and bill of materials sent out to vendors

Melbourne, Florida, Us

Taught Undergraduate Aerospace Engineering courses in Fluid Dynamics, Aerospace Structural Design, and Experimental AerodynamicsConducted investigations for the Office of Naval Research into application of microcombustors as wartime field battery replacements or satellite reaction control thrusters Developed key application-specific microcombustor geometries based on residence time approaches that account for microscale phonomena such as wall-slip and quenching Identified critical pathways of microscale combustion after collecting test data to selectively reduced chemical combustion mechanisms which saved over 80% simulation time while maintaining high levels of accuracy to actual test data before selectively reducing to a skeletal mechanism Designed, built, and successfully tested wings, propellers, propulsion system for a water-powered UAV using a proton exchange membrane fuel cell Experience designing stable, high energy biofuels using lab-scale Wacker Oxidation reactions of bio-derived Ethylene over a Palladium to form Acetaldehyde, reacted over Tantalum-Silica to yield the butadiene then synthesized into a cycloalkane via Diels-Alder reaction/catalytic hydrogenation Well versed in various node-based CFD/FEA schemes including Burger’s Equation, Lax-Wendroff, Crank-Nicholson, Galerkin, Neumann-Dirichlet, Godunov’s, Euler’s Implicit, FTCS, ADI, MUSCL

Master Of Science (M.S.), Aerospace, Aeronautical And Astronautical/Space Engineering

Bachelor Of Science, Aerospace Engineering

College Preparatory High School Diploma, National Consortium For Specialized Secondary Schools Of Mathematics, Science And Technology