• Lead the planning and execution of main bearing exchanges for SG 4.X turbines, ensuring adherence to project safety, quality, schedule, and budget constraints.• Coordinated internally with cross-functional teams – including engineering, procurement, logistics, HSE, quality, warranty management, legal, and service site operations– to ensure seamless project delivery.• Actively engaged with customers on a daily basis to provide project updates and solicit input on civil work, fostering open communication and alignment with project objectives.• Managed vendor relationships and contributed to key procurement activities, ensuring the timely delivery of labor, crane equipment, parts, and tooling for main bearing exchanges.• Monitored project progress and performance, delivering regular updates to stakeholders and implementing corrective actions as needed to ensure on-time completion and quality assurance.

• Developed reports and improved data quality in Salesforce, boosting efficiency in marketing and sales operations. • Integrated global sales guidance into regional processes for offer letters, project kickoffs, and handovers.• Assisted the Proposal Manager in preparing proposals and exhibits for Sales Business Approval.• Collaborated with the Account Manager to strengthen customer relations generate new opportunities.

• Developed schedules for blade inspections and tower cleanings in Microsoft Project.• Optimized 23 business processes using Power BI, Power Automate, Power Apps, Forms, SharePoint, and Excel.• Liaised with drone vendors to test next-generation blade inspection technologies and conducted bid analyses.• Collaborated in the Service Business Unit alongside the Drone, Composites, and Electrical/Mechanical Specialists teams.• Provided on-site support as a drone specialist following thermal events.

• Conducted 9 technical investigations for the WTG Package Manager, including a timeline to demonstrate a flaw in the quantity and configuration of planned switchgear unit desiccant packets, saving the project $95,000.• Developed graphics, timelines, and flowcharts for the Project Director to align PM team and Customer on obligations. • Reviewed the TSA and Exhibits on 16 occasions to clarify contractual obligations for the execution team. • Identified 9 project-specific contractual requirements for inclusion in POs for free-issued equipment, preventing NCCs.• Created change order requests, entered pricing data from sales phase, and developed potential opportunities for CPM.

• Climbed SG 4.5-145 and SWT 2.3-108 turbines daily to assist technicians in performing annual maintenances, troubleshoots, and mechanical specialist operations. • Observed site operations including site management tasks, customer interactions, and heavy lift operations.• Performed 13 drone inspections of a turbine after a main bearing failure to aid a rapid risk assessment and monitor the deterioration of the RNA. Saved an estimated $3,500 and multiple days of lead time while improving technician safety.

• Designed an assistive knee exoskeleton to reduce loading on the knees of a baseball catcher during deep squatting for senior capstone project (ME 450). Hired as a research assistant to engineer the second iteration for patent protection.• Modeled the free response of the lever arm using second order ODE’s for a mass-spring-damper system in MATLAB.• Performed static and dynamic engineering analyses to verify the exoskeleton’s structure and assistive properties.• Modeled the prototype in SolidWorks and fabricated it using mills, lathes, 3D printers, and shop tools.

• Managed bulk material buys and negotiated quotes with vendors and bids from subcontractors.• Met with clients and crew to manage relations with all parties and resolve issues as they arose.• Estimated material and labor costs of process mechanical systems using AutoBid Mechanical takeoff software. • Researched state and local laws and obtained permits required for construction.

• Lead a team of 17 officers to adapt the organization's operations to an unprecedented hybrid semester format• Facilitated weekly meetings of the officer corp• Adapted our budget to reconcile a 65% decrease in revenue• Served as the chair of the chapter’s Advisory Board and as U-M’s voting delegate to the 2020 National Convention

• Served as Corresponding and Recording Secretary, and as a member of the advisory board with voting privileges. • Responsible for taking and distributing minutes, producing chapter reports, and liaison for National Chapter.

• Engineered a proof of concept of a sustainable, modular, autonomous propulsion unit that consumers could order like an Uber to interface with a cockpit interior that a consumer would own. Completed mechanical build in August 2020. • Designed a 2-piece flanged coupling to adapt the motor shaft to the gearbox input gear. Validated design using FEA.• Designed a high-tolerance mounting fixture to mount motor to gearbox to ensure proper shaft alignment. • Sized high-current powertrain components and mechanical actuators and added them to the vehicle’s wiring diagram. • Served as the Drivetrain and Cooling Subsystem Lead. Promoted to Mechanical Sub-team Lead in September 2020.

• Aided and advised 5 first year engineering students during first semester to ensure smooth transition to college. • Worked with the Engineering Advising Center at the University of Michigan College of Engineering

• Observed mass production techniques: injection molding, injection stretch blow molding, and extrusion blow molding in addition to the setup, changeover, and maintenance of molding machines.• Gained an understanding of design considerations for mass production and the design of molds in Solidworks• Learned about quality control and testing techniques in the plastics industry.

• Designed and fabricated adjustable “brake-block” that integrates with brakes subsystem to stop brake pedal at various heights to prevent brakes from locking up during testing. • Manufactured jig blocks using manual mill and lathe to secure frame subsystem to jig table for welding.• Assisted with the manufacturing process of suspension tabs, carbon-fiber lay-ups and molds, and other car parts.• Used Catia to model a flywheel and gas tank for integration in car model.• Other on-car experience including re-valving shocks, disassembling CVT, and assisting with brake bleeding.

• Maintained water chemistry within acceptable operating ranges and serviced filtration systems at 8 swimming facilities.• Conducted bi-weekly on-site safety inspections and completed reports. Made recommendations for improvements.• Supervised and trained 60 lifeguards. Ensured lifeguards followed standard operating procedures. • Oversaw contracts valued at $225,000. Maintained client relations through weekly communication.