Bryan Romero's Email Addresses & Phone Numbers

📖 Summary

Staff Opto-Mechanical Engineer @ Northrop Grumman Proprietary Program: (Feb. 2018 - Present)AFRL Directed Energy Directorate Program: STRAFE (Feb. 2017 - Present)Responsible for leading the design & build of the tracking laser Beacon Illuminator Master Oscillator SystemLeading and mentoring junior/senior engineering staff in the development of good Mechanical & Opto-Mechanical design practices and principles. Redondo Beach, CaSenior Satellite Antenna Mechanical Engineer / REA @ Boeing Network & Space Systems Commercial Satellite Programs: IS-22/IS-21/IS-29e/IS-33e/IS-35e/IS-37e/H3e- Technical reviewer or responsible for coordinating & presenting to customers/program office at ERB, FRB, MRB, PDR, CDR, IRR, TRR- Lead design teams (10+ engineers/analysts) thru the NRE/ drawing/Teamcenter release (80 - 150 drawings) - Lead Design & development of C & Ku-Band Antenna Feed Assemblies: includes, composite panel construction, both flex and rigid WG, large wavy wall & corrugated horns, OMT’s, composite struts, and large custom aluminum/titanium fittings- Responsibilities: assist in driving/spec’ing thermal/mechanical requirements, pointing analysis, review modal/structural analyses, drawing release plan, mass accoutability- AI&T manufacturing floor execution: lead and coordinate day-to-day workflow of a team of 20+ team members from RMA’s, Electro/Mechanical Technicians, Machinist’s, Planner’s, PC, Quality, and various technical engineering specialties (i.e. Dynamics, Thermal, Stress, Mechanical Designers, Mechanisms, Blankets, Payload, Electrical, Survivability, SME’s)- Support of Antenna Range Testing of alignment critical antenna sub-system. Daily reporting duties to SI&T and customerTeam Recognition: Exceptional leadership of commercial antenna design resulting in $1.25M EAC reduction for IS-35e Antenna NRE Labor 3Q15 – Boeing Enterprise level team awardCommercial Satellite Program: Intelsat IS-22/IS-27 Primarily responsible for the design and technical oversight thru AI&T for the successful PIM free Military-based UHF Antenna and Commercial C & Ku-Band Antenna Hosted PayloadClassified Program: Phased Array Antenna Responsibilities: To improve F3 design architecture and EMI shielding. Implemented design changes, structural analysis review. Conducted testing of power supplies to determine solder fatigue EOL capability under extreme thermal environments From November 2009 to February 2017 (7 years 4 months) El Segundo, CAMechanical REA @ Boeing Network & Space Systems From November 2009 to February 2017 (7 years 4 months) El Segundo, CaOpto-Mechanical / Structural Analysis Engineer @ Boeing-LEOS / Boeing-SVS - 8+ years developing & designing High Energy Laser (HEL) Weapons for both military Airborne & Ground Based Test Demonstrators- Extensive experience interfacing/presenting to customers via ERB/FRB/MRB/PDR/CDR/IRR - 8+ years’ experience designing, fabricating, assembling, and testing OM hardware for airborne laser weapon test-bed platforms- 8+ years of experience designing opto-mechanical hardware utilizing: ProWildfire 4.0, Pro/Cabling, Pro-Piping, Solid Works 2008, demonstrated comprehension and proper use of Geometric Dimensioning & Tolerancing (GD&T) per ASME Y14.5M-1994 standard- 4+ years experience as a Structural Analyst, analyzing structures (linear, non-linear, modal, frequency response analysis) for military airborne applications. All analysis performed via Patran/Nastran and/or closed form solutions - Experience designing and analyzing welded structures for airborne applications- Design and development of opto-mechanical/kinematic tooling to support optical beam alignment for micro-radian precision gimbaled laser weapon test-beds - End-to-end design/modal analysis of on-axis serrurier type beam reduction telescope (BRT). Performed FEA trade studies of various Invar telescope structures to determine optimal, cost effective design- Developed & designed electro-mechanical shutter/beam dump for infrared kW class passive/active track lasers for the Airborne Laser (ABL), electro-mechanical design, assembly, and test; performed optical alignment and response time characterization of motorized shutters From 2001 to 2009 (8 years) West Hills, CA / Albuquerque, NM