Jordan Tang
Las Vegas, NV USA
www.linkedin.com/in/jordan-tang-mechE/

PROFESSIONAL EXPERIENCE

Design Class II/III gaming machines based on client sketch, UL standards, and manufacturing capability
Utilize sheet metal, 3D printing, laser cutting, and CNC manufacturing methods for rapid prototyping
Develop and release field fix packages of previous machines that enhance product functionality and performance
Lead weekly review meetings with clients to highlight objectives, present build updates, and provide feedback
Coordinate with local and oversea vendors to source custom-designed components for project builds
Generate engineering drawings, bill of materials, and detailed work instructions for production floor
Create and implement custom tooling, jigs, and test benches that streamline production and assembly workflow
Conduct time studies of rivet assemblies and hardware integration to identify inefficiencies and improve productivity
Collaborate cross-functionally with engineers, project managers, shop fabricators, and clients to validate proper assembly of gaming machines from conception to completion

Execute fabrication jobs on Laser and Plasma Cutter, 3D Printer, CNC Router
Verify Rhino 6 CAM files for fabrication and ensure materials follow Digital Fabrication Lab standards
Troubleshoot issues with Desktop 3D Printers and implement upgrades to improve print quality and consistency
Instruct students on safe operation and maintenance of lab machinery
Communicate with digital fabrication director, technicians, and students to ensure quality standard is maintained

Trained with machinists and assembly workers to gain hands-on experience and evaluate manufacturing processes
Conducted time studies of machine assembly and documented detailed steps to update work instructions
Navigated SAP and Drupal software to access material locations, work instructions, and CAD files
Designed magnetic decal templates for new CNC machines to improve consistency and conformity of decal installations
Prototyped and drafted custom tooling with SolidWorks to improve productivity of assembly workers on production floor
Utilized HSMWorks to create CAM programs to machine steel and aluminum custom tooling aids

Designed and prototyped components based on material specifications and ease of manufacturing
Improved design of pre-rig aluminum circular truss structure for lighting fixtures
Utilized Inventor HSM to CNC program aluminum, Delrin, and wood parts
Drafted and verified 2D CAD technical drawings on Autodesk Inventor
Provided material cut lists and documentation for CNC machining and fabrication
Collaborated cross-functionally with engineers, project managers, CNC operators, and fabricators to validate proper assembly of staging structures