Randi Peterson Email and Phone Number

Prime Air Perception Team- Mechanical design, integration, analysis, and test of camera and radar hardware- Rapid prototyping (3D printing, fabrication)- Writing environmental test plans

- Leading on-ice sessions of youth Learn to Play hockey - Managing 5+ volunteer coaches and 20+ players per session

• Led configuration of hybrid diesel-battery Komatsu haul truck retrofit; ran trade studies for component location, drove major mechanical and electrical architecture decisions, and designed routing• Led integration of hydrogen fuel cell to prototype vehicle, owned installation of fuel cell assembly• Coordinated ordering parts and kitting for prototype build, wrote work orders, and provided truck-side engineering support for technicians and mechanics

• Designed, analyzed, and integrated preliminary mechanical configuration of battery and other electrical components, including supplier communications• Derived shock and vibration testing envelopes from vehicle accelerometer using MATLAB• Analyzed preliminary structures using FEM in SolidWorks and FEMAP• Developed and maintained vehicle CAD models using SolidWorks/PDM and NX/Teamcenter• Founded and led Employee Resource Groups for Neurodiversity and Women in STEM

• Executed trade studies for airplane performance, materials, and manufacturing. Owned spoiler and flap support design responsibilities, synthesized kinematics/mechanisms• 4 US Patents Pending through Boeing for wing trailing edge devices• Reduced airplane weight by 40 lbs. with a materials fairing trade study• Provided quick, high-level scoping of actuator integration and feedback to inform time-sensitive, high-impact planform decisions• Utilized relational design practices to develop CAD (CATIA) models, completed 2-week Boeing GD&T certification course• Advanced the use of programming within structures engineering by providing support, resources, and collaboration avenues; presented vision to managers and executives• Founded and grew collaboration of 200+ structures engineers to develop code tools and programming educational materials, increasing efficiency of structures engineers• Established and maintained a BCA Structures-wide GitLab repository with code from all Boeing Commercial Structures groups, including teaching git to many novice programmers• Structures Talent Engagement Program (STEP) – Top 1.5% of Boeing Structures Engineers• Developed tools (Python, Excel VBA) to increase efficiency of engineers and managers• Communicated with cross-functional teams (flight sciences, weights) to conduct trades• Instructed and developed materials for courses on kinematics/mechanisms and wing edges

• Provided shop support and analysis, wrote non-conformance dispositions including hole, wire, & tool damage for P-8 final assembly, Composites Center, and 737 delivery center

- Individually led 4 hands-on lab sessions a week, demonstrating and trouble shooting lab equipment- Oversaw completion of capstone (RC blimp) project- Facilitated group conflict resolution and personal mentoring for students- Supervised open lab hours on nights and weekends

- Managed and supervised machine shop activities, including accepting deliveries, updating and maintaining database of students, unlocking machines- Ensured safety of students and equipment- Instructed basic training required for shop access, including proper use of drill press, bandsaw, hand tools, sheet metal (shear, brake, punch), mills and lathes- Oversaw completion of basic projects and graded final products- Completed basic maintenance and improvement tasks of the facility- Cleaned machines and shop floor

- Created installation drawings and wrote flag notes- Identified opportunity for and implemented common fasteners in part design using tolerance analysis- Coordinated with manufacturing engineers to resolve design issues- Led a project to create a low-cost mock-up of a fairing assembly

- Completed 40 hour Build, Assembly, and Safety Exposure course, learning Boeing's basic manufacturing processes and using the most common fasteners and tools- Verified and updated stress analysis template inputs- Created initial drawing for trailing edge components

Automotive Electronics, Electrical Engineering Design group- Analyzed screw torque plots and geometries to select alternative design- Designed and executed vehicle experiments to provide previously unknown thermal data- Developed solutions for heat sinking circuit board components- Correlated vehicle test results with laboratory testing and FEA results to improve modeling- Performed testing on strength of push pins for PCB components