Muhammad Zargham Zia Mughal, Eit Email & Phone Number

Burnaby, British Columbia, Canada

Vancouver, British Columbia, Canada

• As a part of the Research and Development Team, my responsibilities included product design and development using SolidWorks, Flow Simulation, and AutoCAD as well as BOM creation, qualification testing of new products.
• Led the successful development of the X-Band LNB RSW project following a stage-gate process. Designed the mechanical layout, packaging, BOMs for 15+ configurations, assembly instructions, and GD&T-based 2D fabrication.
• Reduced the cost of the BUC RSW system by ~20% by improving DFA, converting plate parts into singular sheet metal components, and optimizing the assembly by analyzing thermal performance through a coupled thermal/ flow.
• Improved thermal performance of synthesizer PCBA by 8% by reconfiguring the placement and types of thermal vias used.
• Conducted design prototyping on BUC vibration plate using in-house CNC to meet operational vibration and shock requirements.

Vancouver, British Columbia, Canada

• As a part of the sustaining team, my responsibilities include conducting root cause analysis on medical equipment and devices to find and provide solutions for underlying causes of failure as well as performing.
• Redesigned the bronchoscope protective cover handle in SOLIDWORKS and performed prototype testing to ensure packaging robustness prior to implementation
• Managed the verification (Image quality, environmental, and safety according to IEC 6061) and documentation of high priority PCB manufacturer change to bronchoscope demonstrating its feasibility through statistical.
• Provided practical and technical assistance to other engineers in design, assembly, manufacturing, and maintenance tasks

Jeddah, Makkah, Saudi Arabia

• Responsible for reviewing 3D and 2D drawings of automated production machines and layouts for large-scale FMCG (Fast-Moving Consumer Goods) industries as well as providing support to field technicians on-site with.
• Led projects for installation and commissioning of automated production lines by developing work breakdown structures, involving stakeholders, and aligning scope with business requirements.
• Collaborated with design team to draft production floor layout in AutoCAD implementing lean principles to maximize efficiency
• Conducted failure analysis of on-site machines/ equipment and supported field service activities during installation

Jeddah, Makkah, Saudi Arabia

• Responsible for creating project workflows related to the acquisition of goods/work/services of various multi-million construction projects in underdeveloped countries.
• Implemented Signavio (Project Planning Tool) to create workflow/ sequences for activities relating to procurement. This was done to aid the staff in understanding the workflows easily, hence increasing efficiency in.
• Drafted summaries and reports for various business activities (RFQ, RFI, Health and safety) in order to improve and fasten the onboarding process for new recruits by 30%.
• Performed comparative analysis on vendors and suppliers to find the cheapest source of construction raw materials.

Pakistan

• A National Competition held by the AIAA - GIKI chapter where teams are asked to fabricate an RC aircraft capable of performing various tasks demonstrating its speed, endurance, and strength.
• Overlooked design consideration for the RC plane, which included airfoil, wing, fuselage, and tail selection
• Designed complete CAD model in SOLIDWORKS and performed CFD analysis on the model in Flow Simulation SOLIDWORKS to analyze the aerodynamics
• Secured 3rd position competing against 22 teams from all over Pakistan and a High Honor's award for representing the university on a national stage

Saudi Arabia

• Responsible for designing 3d and assemblies as well as collaborating with the manufacturing department in drafting shop drawings of various components in wreckers, trailers, and trucks in SOLIDWORKS and AutoCAD.
• Designed and updated 3D and 2D models/ assemblies of various heavy-duty vehicle components (foldable Ladders, Oil tanks, gooseneck flatbed, etc) on SOLIDWORKS, providing BOMs, submitting ECRs/ ECOs, and reviewing with.
• Calculated axle load for towtrucks to determine maximum capacity and required factor of safety to avoid overloading or tipping issues.
• Gained vast exposure to workshop practices such as welding, metal fabrication, and machining by working closely with manufacturing when drafting shop drawings.

Master'S Degree, Mechatronics, Robotics, And Automation Engineering, 91.4%

Activities and Societies: EGSS - Engineering Graduate Students SocietyCore Modules Applied Machine Learning, Robotics Modelling and.

Bachelor'S Degree, Mechanical Engineering, 3.51/4.0

Activities and Societies: : • Sports Executive in School of Mechanical and Manufacturing Engineering • NUST Community Service Club • VP.