Experience

Skills

Designed, drafted, and created precise equipment specifications for designated machine design projects.
Collaborated with external engineers and sales teams to thoroughly comprehend project requirements and provide expert design recommendations.
Assessed project details, manufacturer specifications, installation instructions, and engaged in close collaboration with clients and vendors to select and specify equipment tailored to each project application, ensuring that the designs not only meet but surpass design requirements.
Produced Shop Drawings (including electrical, mechanical, and structural components).
Generated comprehensive assembly and part details of equipment, piping, and electrical assemblies using advanced CAD software.
Created precise manufacturing drawings adhering to rigorous quality standards.
Developed precise and comprehensive Piping and Instrumentation Diagrams (P&ID) to ensure efficient and effective machine functionality.
Compiled project-specific Scopes of Work, design manuals, and requirements, providing thorough guidelines for seamless machine design.

Designed and Developed Construction Site-Support Equipment including (Heaters, Distribution Panels, Transformers, and Generators)
Designed Skid Bases and BTH Lifting Devices to Support Weights up to 10,000 lbf
Performed necessary calculations and analysis including stress/strain, heat transfer, and change of material for equal stiffness
Lead the Development of Industrial Control Panels Under UL 508A and CSA C22.2 No. 286
Lead the Programming of various Controllers and PLCs
Supported the Prototyping, Testing, and Manufacturing of Products
Supported the Development of QC/QA Procedures
Assisted in the Troubleshooting of Issues within Field Equipment
Assisted in the Development of LEAN Practices within the Workplace

1/2 Million BTU/hr indirect fired heater.

45/75/150/300 kVA Distribution Transformers.

250 A Distribution Panel.

Lead the mechanical engineering team through conceptual and detailed design.
Managed multiple E.I.T./co-op students through the design process.
Performed detailed analysis, calculations, and simulations.
Implemented new standards for communicating with internal/external documents.
Automated and streamlined processes through the use of programming.
Created and maintained documents through the implementation of a PDM and vault system.
Managed and created reports/presentations for communicating to clients.
Created preliminary budgets by collecting quotes and prices.

Automated station that increases the production of wood frames.

Machine designed to automated the movement and securing of wall panels.

Large-scale CNC machine designed to attach/process sheathing for wood frames.

Conceptualized, designed, prototyped, and analyzed new products.
Designed electronic enclosures for 3D printing/injection molding while maintaining required standards.
Worked parallel and in collaboration with electrical engineering team.

3D Printed and Injection Molded Electronic Device Enclosure Designs.

Courses: