Dorian Li Rivera Andersen Email & Phone Number

• Assumed technical and engineering responsibilities for project leadership, design and development, contracts, determining technical objectives, risk assessments, research, organizing, planning, scheduling, coordinating workloads, customer design reviews, prototyping, testing and qualification of military products while maintaining established milestones and expectations. The solution to advance technical engineering problems and develop new or existing business was done with limited direction. • Provided solutions to thermal management projects on Navy nuclear thermal propulsion programs such as Columbia (SSBN-X) and Virginia (SSN) class submarines. Integrated electric motors, fans, heat exchangers, power supplies, heaters, machined parts, MIL-COTS, connectors, circuit boards, fittings and MIL-STD components per NAVSEA, and of different materials and finishes.• Delivered compliance matrices, part and assembly drawings, wire schematics, work flows, standards, manufacturing work instructions, installation/maintenance manuals, testing plans and reports while verifying compliance with customer specifications, safety standards, First Article Inspections (FAI) and AS 9100D/ISO 9001 documentation standards. • Performed testing in a safe manner, and in accordance with established operating procedures and practices. Airflow (AMCA 210), acoustic and structure-borne (MIL-STD-740), EMI/EMC (MIL-STD-461), Vibration (MIL-STD-167-1), Shock (MIL-STD-901), Qualification Testing (DO-160D), thermal (ASTM C518) and humidity (MIL-STD-810).• Applied standard engineering and scientific principles, concepts, theory, and practice in the field of Mechanics, Thermodynamics (conduction, convection and radiation), Aerodynamics and Fluid Dynamics to design thermal and fluid systems on Boeing P-8 Poseidon 737-800, MQ-1 Predator and Super Hercules C-130J while ensuring accuracy, completeness and timeliness of work.

• HVAC refrigerant filtering machine. Patented idea needed engineering development and design for product realization.

• Led student team of 30+ juniors and seniors to design, model, test, and fly two different blended wing body aircraft by accelerating more efficient Technical Performance Measures, project scheduling, documenting, and implementing aerospace industry practices, which increased team funding from 5k to 36k and streamlined aircraft design and manufacturing.• Prioritized and managed multiple concurrent projects while providing day to day oversight on aircraft design, manufacturing, material selection, wing design, propulsion testing, destructive material testing and adequate load path handling of structures.• Developed propulsion testing apparatus and conducted 100+ wind tunnel tests with several motors, batteries and propellers obtaining thrust and power. Tests helped optimize the propulsion system efficiency and cut aircraft weight by 23%.

• Led student team of 15+ to manufacture and assemble remote controlled aircraft, developed jigs and improved quality standards in CNC machining, WaterJet and Laser Cutting, and injection molding.• Designed, developed and tested innovative payload rudder mechanism. The single actuator mechanism placed the team within the top 21/84 ivy league and international school competitors.

Performed aircraft maintenance and repairs including 100 hour and annual inspections, ELT inspections, engine tune-ups, and low level maintenance. Familiar with Cessna 172 and Piper Cherokee aircraft mechanical systems and functions.

El Cajon, Ca, Us

• Complied with FAA airworthiness regulations part 91 and 135, to operate a fleet of 20 aircraft under safe conditions and achieved an exemplary maintenance record while documenting all repairs and modifications in aircraft logbooks for FAA inspections.• Scheduled maintenance, preventive maintenance, inspection, overhaul and troubleshoot irregularities in aircraft systems and component failures.

Bachelor Of Science (Bs), Aerospace Engineering

Associate Of Science (As), Mechanical Engineering