MACHINERY PROJECT
Rotational Molding Machine
Mechanical design and digital assembly of a rotational-molding machine, including chassis, rock-and-roll frame, drive/gearbox elements, shaft supports, mould fixture and mechanism simulation.
MECHANICAL DESIGN · MONTRÉAL, QUÉBEC
Mechanical engineering M.Eng. graduate with experience in industrial machinery, tooling, CAD/CAM, mechanical analysis, production support, project coordination and supplier management.
Open to engineering opportunities in Montréal and Québec · Open to travel
PROFILE
I combine mechanical engineering fundamentals with hands-on manufacturing and project experience.
My background includes industrial machinery, moulds, jigs and fixtures, hydraulic and pneumatic applications, CAD/CAM machining, production support, quality activities and coordination with suppliers and cross-functional teams.
SELECTED ENGINEERING WORK
A selection of technical work demonstrating mechanical design, simulation, manufacturing and project execution.
MACHINERY PROJECT
Mechanical design and digital assembly of a rotational-molding machine, including chassis, rock-and-roll frame, drive/gearbox elements, shaft supports, mould fixture and mechanism simulation.
Mechanical components, moulds, jigs and fixtures developed with manufacturability, operating requirements and production support in mind.
Parametric 3D modelling, complex surfaces and machining support using engineering CAD/CAM tools including Pro/ENGINEER and Mastercam.
Engineering analysis supporting components and products for demanding applications, including stress-strain and thermal considerations.
Graduate engineering project involving a 3D parametric, feature-based twist-drill model in CATIA V5 driven by geometric and manufacturing parameters, with a user interface for parameter editing and FE/meshing work supporting drilling analysis.
Open twist drill project report (PDF)
▶ Watch Twist Drill project videoADDITIONAL TECHNICAL WORK

Technical component and sealing-related engineering work supporting industrial applications.

Concordia University MECH 6631 team project (2006): webcam-based object recognition, waypoint obstacle avoidance, PID steering and three-servo actuation.
EXPERIENCE
Engineering and operations work spanning manufacturing, equipment evaluation, procurement, supplier negotiation, international sourcing, quotations, costs, schedules and project coordination.
Designed industrial products, mechanical components and moulds; supported hydraulic, pneumatic and rotary-sealing applications; performed stress/thermal analysis; and supported CAD/CAM machining, tooling, production and quality activities.
Technical projects from concept through production, engineering documentation, design accuracy, quality requirements and production coordination.
Mechanical design and technical management for industrial machinery, tooling and welded assemblies, including specifications, design validation and production support.
TECHNICAL CAPABILITIES
SolidWorks · AutoCAD · CATIA V5 · Pro/ENGINEER · Autodesk Inventor
Mastercam · CNC machining · Tooling · Jigs & fixtures · Production support
Mechanical design · Stress/thermal analysis · Materials & composites · GD&T · P&IDs · Automation fundamentals
Project coordination · Costing · Quotations · Procurement · Supplier management · Quality & corrective actions
EDUCATION
Concordia University · Montréal · 2008 · GPA 3.55 / 4.3
Graduate focus: composites, advanced materials, manufacturing, CAD, CNC machining and stress analysis.
University of Baghdad · College of Engineering · 1987
ADDITIONAL TRAINING
Pluralsight · Completed April 2020 · 2 hours 29 minutes. Applied CAD coursework; view certificate (PDF).
MathWorks · Completed July 2020 · introductory MATLAB self-paced training; view certificate (PDF).
CONTACT
Mechanical engineering · Design · Manufacturing · Project & operations roles
Montréal, Québec, Canada