• Lead mechanical design using SolidWorks and Simulation, applying Design for Manufacturability (DFM) principles to optimize industrial concrete batching systems ($200k+).

• Manage the production team, resource allocation, and procurement, translating engineering designs into efficient workflows that reduced the build-to-invoice cycle from 30 to 15 days.

• Generate production-ready drawings and detailed assembly manuals to guide fabrication, ensuring seamless assembly and standardization.

• Direct QA/QC and factory testing on 50+ units per quarter, maintaining a zero warranty issue rate.

• Manage Bill of Materials (BOM) lifecycles and standardizing parts in QuickBooks to ensure ongoing pricing accuracy and operational efficiency.

• Lead the end-to-end design of next-generation teardrop campers using SolidWorks, utilizing simulation tools to validate structural integrity and performance prior to build.

• Implement Design for Manufacturability (DFM) principles to generate production-ready drawings and CNC-optimized files, ensuring efficient fabrication and assembly across all work orders.

• Create comprehensive build manuals and assembly instructions that bridge the gap between engineering concepts and shop-floor execution.

• Engineer intelligent BOMs for six distinct camper models, utilizing configurable options and automated part-subtraction logic to guarantee real-time pricing accuracy.

• Initiating and coordinating workshop events and industrial visits focused on product design and manufacturing.

• Organizing mentorship programs and networking events connecting MEng students with industry experts.

• Managed a production line with 15 technicians, implementing corrective measures that boosted production by 30% to machine capacity.

• Reduced production waste and manufacturing defects to below 2% through automated lubrication and effective debris removal, enhancing machine performance.

• Enforced standard operating procedures (SOPs), achieving zero casualties during the production year.

• Owned the full UAV manufacturing, completing the first prototype and securing $25K for the next phase.

• Managed a team of four, delegating tasks such as 3D printing, laser cutting, electronics installation, and quality assurance.

• Directed design and assembly in SolidWorks, performed FEA, and ensured GD&T compliance for manufacturability.