Ben Loren Email & Phone Number

Richmond, Va, Us

Cincinnati, Oh, Us

Material Review Board (MRB)

Arlington, Va, Us

Production Support Engineering777X Change Incorporation and Refurb - Everett Delivery Center777 Legacy (Metal) Spar Assembly- Workplace Coach Focal for the Skill Enhancement Center- Acting Team Lead777X Composite Wing Center / Composite Spar Assembly- Large scale composite layup, cure, and post-cure assemblyMaterial Review Board (MRB)- Coordinates with mechanics and cross functional engineering teams to address 500+ non-conformance records (NCRs) on Boeing Commercial Airplanes- Single signature authority to revise FAA approved type design of any Boeing Commercial Airplane- Created design solutions to correct any build or design errors found during production taking into consideration: metal and composite structures, interiors, payloads, electrical systems, functional testing, finishes, aerodynamics, electromagnetic environment, damage tolerance, fatigue, static strength, propulsion, and most importantly safety- Provide engineering clarification and review on specifications for manufacturing - Responsible for understanding full scale aircraft build and the implications of non-conformance repair and design changes effecting both upstream and downstream manufacturing processesCorrective Action Requests (CARs)- Using Root Cause Corrective Action (RCCA) methods, collaborated with multiple engineering disciplines to evaluate complex issues found in the design and production process in order to reduce manufacturing errors and increase production stability- Leading efforts to improve and correct automated assembly processes aimed to reduce rework hours and up to $50,000 of non-conformance costs per unit- Introduced a revised shimming requirement to design to improve manufacturing flow time and reduce non-conformance reports- Review of automation assembly equipment qualification documents and data analysis reports to push action for the reduction of non-conformance recordsExperience in Model Based Requirements and Specifications in CATIA/Enovia

Richmond, Virginia, Us

President '18-'19 - Personally responsible for project management and team organization. Creating a successful business model that can be used by future members of the organisation while also managing our current project and events by delegating tasks when necessary. Lead team to its first ever successful competition. Competed in and completed the endurance race dynamic event.Vice President '17-'18 Powertrain Team Leader '17-'18 - Responsible for design team organisation, meeting planning, and documentation. Team responsibilities include engine and engine electronics selection and purchasing.Electrical team '16-'18 - Responsibilities include every aspect of our formula cars electrical system. This includes, but is not limited to, engine electronics, wiring, control module interfacing, lighting, and instrumentation. My role on the team was engine electronics and control module requirements, modifications, and integration. I am responsible for adapting our current engine electrical system components to our new electronic engine control module.

London, England, Gb

Intermediate Pressure Turbine Disc Cell- Assisting with the evaluation of manufacturing and inspection processes to improve lead time for production and sale of critical jet engine components- Responsible for developing and submitting manufacturing method fixed process approvals and risk assessments for the standardization of operations and queue timesShadowed shop team leaders to familiarize self with vital jet engine component production, machining, and inspection processes

North Chesterfield, Virginia, Us

Assisted with time-critical engineering tasks involving equipment design, modifications, and repair - Using Solidworks, reverse engineered existing crane equipment and modified 3D models to release updated designs for fabrication during major crane overhaul and repair3D printing setup and optimization- Optimized 3D print settings to more fully utilize printer capabilities- Using Solidworks, developed scaled solid- body 3D models of full- sized equipment to 3D print for demonstration and scale testing purposes

- Practical hands-on knowledge of mechanical and electrical system diagnostics and repair- Complete engine rebuild along with repair of major drive-line and suspension components- Diagnosis and repair of complex electrical networks, including high speed CAN bus communication and fiber-optic systems- HVAC system diagnosis and repair

Bachelor Of Science (Bs), Mechanical Engineering

Associate Of Science (A.S.), Engineering

Certificate Of Completion, Automobile/Automotive Mechanics Technology/Technician