Ali Ahmer Asif, P.Eng Email & Phone Number

Brampton, Ontario, Canada

Brampton, Ontario, Canada

• Mentor and lead a team of engineers, machinists, millwrights, and electricians in the manufacturing engineering group.• Drive process improvement and optimization throughout the facility by use of automation.• Identify and eliminate waste to increase productivity and profitability.• Implement appropriate welding type and processes (robotic, rotary, or manual) for new products and tools. • Manage the implementation of innovative processes for fabrication, assembly and testing.• Oversee and guide the design of pneumatic and manual fixtures for welding processes. • Ensure compliance with occupational health and safety regulations for all processes.• Maintain ISO 9001 quality assurance requirement for the manufacturing engineering group.• Lead new product introduction by re-tooling existing equipment or implementing new processes.• Develop capital investment plans and strategies

Brampton, Ontario, Canada

• Led the design of heavy-duty shock absorbers for military vehicles from concept to completion.• Understood customer requirements and develop project scope.• Effectively utilized project management tools like Gantt charts to meet project deadlines.• Designed innovative product components, assembly tooling and schematics using SoildWorks.• Created cost breakdowns to stay on budget and support quoting activity.• Tested new concepts and designs using rigorous test protocols.• Collaborated with external and internal resources to ensure timely project completion.

Guelph, Ontario

• Collaborated with the engineering team to provide custom machines and other process automation solutions to tier 1 automotive suppliers. • Designed robotic welding cells and fixtures using SolidWorks.• Integrated pneumatic, electric, and hydraulic actuators in for work holding and part manipulations. • Performed PLC and robot programming to execute automated process logic.• Managed and led the commissioning process of custom machines, tooling, and fixtures.• Created RFQs and sourced components from multiple suppliers to meet cost and delivery requirements.

- Led a group of Mechanical Engineering students to design, build and program a one of a kind multi-copter to provide aid to disaster struck regions.- Effectively performed cost management and task assignments to maintain smooth work flow and meet budgetary requirements.- Skillfully created an original design using Solidworks with the team.- Successfully machined prototype tooling using CNC milling and laser cutting techniques.- Successfully programmed the arduino based controller.- Created a unique and innovative multicopter which won the Presidents's cup for innovation among several other projects form several different University departments.

-Designed and Manufactured a small Robot-Designed major components of the robot using Solidworks-Manufactured Components using Lathing, Sawing and Laser cutting-Performed Microprocessor Programming using Assembly Language

-Manufactured thin, transparent, conducting Graphene films-Prepared PET substrates for Graphene coating-Used Langmuir–Blodgett method for Graphene coating-Performed nitrogen doping for improving condutivity

Master'S Degree, Mechanical Engineering

Bachelor Of Engineering (Beng), Mechanical Engineering, First Class Honors