Travis Bond Email and Phone Number

• Led the technical development and direction of RF-digital avionics modules development program as Chief Engineer, serving as primary technical POC to the customer, technical liaison to program management, and TRB chair, overseeing technical content for SETR events, ensuring program adherence to sound engineering process, improving processes, and collaborating across product team leads, resulting in quality technical outcomes, technical reviews, and customer satisfaction• Managed career growth, program staffing, and technical development for 11 multidiscipline engineers from Intern to Staff (T05) by holding monthly 1:1s, semi-annual section retrospectives, and regular performance feedback resulting in successful stretch assignments, promotions for high performers, and realization of growth opportunities • Executed Specialty Engineering (Safety, Reliability, Maintainability, Qualification) SME duties across San Diego sites, mentored and trained specialty engineering leads, advised program and proposal managers, and reviewed work products at gate reviews resulting in requirement development and compliance, quality deliverables, customer confidence, and safe flight of products

• Led the technical development and direction of RF-digital avionics modules development program as Deputy Chief Engineer (elevated to Chief Engineer after 6 months) resulting in quality technical outcomes, technical reviews, and customer satisfaction• Led multiple RF-digital avionics modules development programs Qualification and Specialty Engineering Product Teams as CAM and IPT Lead, by baselining to include agile EVMS, ensuring technical quality and acceptable risk, coordinating staffing, and collaborating with the customer, resulting in favorable cost, schedule, and performance• Improved qualification and internal/external review processes by developing work instructions, presenting trainings, increasing accountability, and sharing lessons learned, resulting in better qualification execution and increased technical review quality• Managed career growth, program staffing, and technical development for 10-14 engineers from Intern to Staff (T05)

• Led RF-digital avionics module development program Qualification and Specialty Engineering Product Team as CAM and IPT Lead, serving as customer FRB chair, driving 20 RCCA investigations to closure, ensuring technical quality, empowering junior engineers to develop technical skills, customer intimacy, and program ownership with growth opportunities, resulting in five environmentally qualified modules, favorable VAC, and mentees leading Product Teams• Developed qualification and specialty engineering BOEs for dozens of proposals and trained BOE authors, resulting in program awards, affordable, achievable cost estimates, and a bench of high-quality qualification and specialty engineering BOE authors

• Improved RF-digital avionics module development program Qualification and Specialty Engineering Product Team as CAM and IPT Lead, by auditing verification-to-date, collaborating with the customer, and executing an in-scope, unplanned test, resulting in one environmentally qualified module, $650k+ favorable VAC, and customer satisfaction• Led RF-digital avionics UON development program Qualification and Specialty Engineering Product Team as IPT Lead, coordinating with airworthiness to develop and perform minimum viable plans, procedures, analyses, tests, and reports IAW MIL-STD-882E and RTCA DO-160D, resulting in successful flight test of qualified hardware

• Led RF-digital avionics module development program Specialty Engineering scope of work as Technical Lead, training a team of 3 engineers to perform safety hazard analyses (PHA, SSHA, SHAR, SAR, O&SHA) and identify mitigations (MIL-STD-882E), FMECAs (MIL-STD-1629A), and reliability predictions (MIL-HDBK-217F), resulting in quality design reviews and trained specialty engineers• Performed FRACAS tasks and generated deliverables, addressing failures from Reliability Demonstration Testing (RDT), Production Reliability Acceptance Test (PRAT), and Environmental Stress Screening (ESS) resulting in reliable product deliveries

• Developed system safety and reliability requirements, plans, and analyses for safety critical commercial and military aircraft brake control systems (hydro-mechanical and electrical units) in support of proposal, development, and sustainment efforts resulting in safety-compliant system architecture, high-quality deliverables, and customer satisfaction at design reviews• Derived and verified system, hardware, and software safety requirements via P/SSA, DAL, FTA, CMA, and FMEA IAW AC 25.1309-1A, ARP4761, ARP4754A, resulting in compliance with customer specifications and airworthiness certification authorities• Derived, validated, and verified system safety requirements per ARP4754A utilizing IBM Rational DOORS to review bi-directional requirement traceability between systems, hardware, and software per RTCA DO-178C, resulting in V&V of safety requirements

• Created Solidworks models of parts & assemblies from engineer drawings and required dimensions and functions• Monitored and refined Critical to Quality (CTQ) parameters to the magnet soldering process with interdisciplinary team• Refined braking system model in Labview and developed necessary parameters

• Packed belongings, loaded and unloaded trucks, maintained the warehouse, conducted inventories, and directed crew members in moving tasks

• Refereed soccer games in Alaska at all levels, from recreational to Alaska Men's Premier League

• GPS located water key boxes, entered data, compared points with original blueprints for accuracy• Learned basic GIS software, prepared and made presentations, prepared and maintained log

• Rang customer orders, received payment, and made change