Jarid Bennett Email & Phone Number

Arlington, VA, US

Arlington, VA, US

• Developed fault trees using CAFTA to ensure reliability and prove certification requirements were met.
• Built functional hazard assessments to identify hazards in the flight controls.
• Current requirements focal for the Flight Controls organization, ensuring proper development assurance processes are followed per ARP4754A while managing 700+ engineering requirements.
• Established 60+ new engineering safety requirements and their subsequent verification plans/analyses to show engineering compliance while achieving buy-in from cross-functional teams.
• Proposed new requirement traceability for software DAL requirements to support proper validation, verification, and testing per DO-178

Arlington, VA, US

• Helped lead efforts to address systemic issues in Boeing’s design change classification system and overhaul it accordingly to create a more robust process for engineers.
• Eliminated non-compliances in engineering projects and brought them back into FAA regulatory compliance.
• Built a working relationship with the FAA to resolve disputes between the FAA and Boeing.

Arlington, VA, US

• Aided in removal of a nonessential 787 system that is projected to yield $9+ million in cost savings over 5 years.
• Helped lead the effort to find suitable disinfectants for pilot controls for the 737/747/767/777/787 in response to the COVID-19 pandemic to ensure a safety environment for airline crews.
• Lead a root cause investigation on a failure in a critical safety device on the 777 and drove the resulting design change to support manufacturing and the 777 fleet.
• Employed FMEAs, FHAs, SSAs, and dynamic testing to lead failure analyses on the 787 pilot control systems and presented my proposed solutions to executive leadership.
• Helped develop and perform holistic testing with a cross-functional team on 767 flight controls to determine root causes and develop solutions for flight test failures, saving $1+ million per year.
• Collaborated with other engineers, manufacturing, quality, and domestic/international vendors to ensure products meet specifications, improve quality, and prevent production line stoppers.

Arlington, VA, US

• Helped develop source control drawings (SCDs) for rotary variable differential transducers and then sent those for bidding at several suppliers.
• Updated several requirements in the SCDs, such as the standards for electrical concurrence, to improve the installation process of these sensors, resulting in time and material savings.
• Reviewed and dispositioned supplier submitted drawings, identifying potential failures in their design changes.
• With another intern, organized the intern presentations that were given to management within our department.

Spokane, WA, US

• Learned strong interpersonal skills and how to work with others regardless of background in order to get projects done and meet deadlines rapidly.
• Developed various programs for and counseled approximately 40 freshmen at Gonzaga University.
• Working with a small team, completed programs pertaining to various social subjects for the residents of Gonzaga University.
• Created programs very rapidly and with limited resources.

Seattle, WA, US

• Utilized radial and tangential deflection data of Boundary Dam to interpolate and create a model that replicates the dam deflection throughout the year, giving a predictable model that can be referenced against in.
• Analyzed various other forms of data dealing with the dynamic properties of the dam.
• Aided in Performance Based Testing (PBT) for Boundary Dam. Used accelerometers placed throughout the dam to measure the dam's response to various conditions of spillage.

Seattle, WA, US

• Salvaged what was originally thought to be 20 years of data and make it useful.
• Aided in the development and design of a small data base system that will be implemented on one of the dams.
• Traveled to Masonry Dam at Cedar Falls, Boundary Dam, and the Skagit Hydroelectric Project during the internship.
• Took instrument readings required by the Federal Energy Regulatory Commission (FERC) in order to maintain licensing.
• Drafted and sent several documents to submit to FERC comprised of data I took, creating a comprehensible report with the goal to reduce the time spent on unimportant data collection.

Seattle, WA, US

• Duties included working directly in the airport, learning how to cooperate with a wide variety of people, making sure operations ran smoothly as to not disrupt the airport.
• Strong management, budgeting, planning, and cooperation were required.
• Managed my own project that is now in use at Sea-Tac International Airport. Learned basic civil engineering under a civil engineer.
• Gained exposure to electrical, structural, and mechanical engineering, as well as other airport operations.
• I was also given the opportunity to oversee a project from start to finish. I budgeted the project and coordinated the work to build three customer service kiosks that are in use at Sea-Tac Airport today. Pictures of.

• Duties included a variety of hands-on work, such as concrete chipping, painting, and some mechanical work.
• Parts running was another duty, teaching me how to interact with suppliers in order to obtain the desired equipment or products in an efficient matter.

• My crew and I planted a wetland, teaching me how to work hard as well as how to work with others in a real working environment.
• Duties included map reading and figuring out which plants needed to be planted; I was designated for these jobs.
• I learned basic botany and basic plot layout.

Master'S Degree, Systems Engineering

Bachelor Of Science (B.S.), Mechanical Engineering

Bachelor Of Science (B.S.), Mechanical Engineering

High School Diploma, General Studies