Senior Design Engineer-Generate Solidworks 3D models, component drawings, and assembly drawings of material handling equipment, such as filter receivers, bin vents, storage hoppers, screw conveyors, blower units-Solid modeling includes sheet metal design that incorporate metal processing parameters used in manufacturing machines and ensure compatibility with manufacturing techniques-Specify material construction for vessels, equipment, and gasketing depending on environment and process applications-Researched and developed pneumatic convey calculation sheets to determine system pressure requirement to satisfy design throughput rates and to relate volumetric air flow velocities to entrained material velocities to prevent material degradation-Determine belt/chain drive components on vacuum or pressure blower units for pneumatic convey, airlocks, or screw conveyors-Design pneumatic actuators for mechanical flappers and gates-Perform structural calculation and design of blending towers, service platforms, and machinery support-Design lifting frames and perform calculations to ascertain design category and service class-Assist in product development and improvementSenior Project Engineer-Simultaneously manage multiple projects and tasks-Integrate OAN standard equipment with other mechanical conveying equipment and processing equipment to provide turnkey processing and storage solutions-Responsible for various mechanical equipment specifications, especially having necessary appurtenances and devices for controls integration-Design equipment layout and incorporate in overall plant design and generate layout drawings with installation details-Ensure equipment layout follows electrical code and in OSHA compliance-Interface with customers to ensure quality and acceptance of systems-Manage approvals and full design packages

• Second-in-command of Tech Center• Responsible for providing wide-ranging technical support in Civil Engineering, Mechanical Engineering, and Transportation• Subject matter expertise in aeronautics, astronautics, and land vehicles• Directed a Reclassification Project Team for a specialized USPTO task• Directed a Commercial Pre-Search Pilot Team essential for establishing new line of business• Serco Pulse Award recipient in 2017 and Global Pulse Award recipient in 2018 for demonstrating company value of “Care”

• Responsible for assigning patent classifications using United States Patent Codes (USPC) and Cooperative Patent Classification codes (CPC)• Examine patents involving chemical manufacture including: adhesive bonding; joining of polymer based materials, composites, metals using various techniques; coating and etching processes used in semiconductor, automotive, aerospace, and other industries; plastic molding; metallurgical processes including: metal heat treatment; metal fusion bonding; alloying processes and compositions; production of free metal from metalliferous materials; metal powder processing; aeronautics; motor vehicles and hybrid electric vehicles; wheels and axles; resilient tires; seals; bearings; and high temperature superconductor technology• Appointed subject matter expert in chemical manufacturing, metallurgy, and high temperature superconductor technology• Led in the Cooperative Patent Classification transition in the biological/chemical art as the chemical manufacturing and metallurgy expert in regular communication with the United State Patent and Trademark Office• Involved in training/mentoring new hires• Involved in testing new hardware and software as a member of the functional test team• Top Producer in 2013 and 2015

• Taught basic math up to Calculus including SAT preparation• Worked with grade school, middle school, and high school students• Learned to effectively communicate mathematical concepts to different grade levels

· Familiarize with vehicle dynamic control (combination of antilock brake and drive slip control systems) · Develop PID control for minimizing yaw rate and vehicle side slip deviations · Design PID to control the brake torques of the vehicle, which is simulated through the four-wheel model

· Reorganized filing system to allow for easier access · Entrusted with departmental documents · Assisted professors in producing teaching materials