Muhammad Mubashir

Software Engineer

Lahore, Punjab, Pakistan12 yrs 7 mos experience

Most Likely To SwitchHighly Stable

Key Highlights

Over 8 years of experience in mechanical engineering.
Proficient in leading complex engineering projects.
Skilled in multiple CAD software tools.

Stackforce AI infers this person is a Mechanical Engineering professional with extensive project management experience in industrial applications.

Contact

Skills

Core Skills

Mechanical EngineeringProject EngineeringProject Management

Other Skills

3D DesignAutoCADAutoCAD MechanicalAutodesk Fusion 360EngineeringMechanical Product DesignProject PlanningSOLIDWORKSSolidWorksmimics medical

About

Experienced Project Supervisor with a demonstrated history of working in the mechanical or industrial engineering industry. Skilled in AutoCAD, Engineering, Project Engineering, SolidWorks, and Project Planning. Strong operations professional with a Bechelor focused in Mechanical Technology from Preston University.

Experience

Nextbridge ltd.

Mechanical Engineer

Nov 2016 – Present · 9 yrs 4 mos · Lahore District, Punjab, Pakistan

3+ years of experience in Industrial, Design, and Manufacturing. Proficient in designing, product analysis, and fabrication. Versatile, bilingual professional with management experience ranging in size from small private projects to high profile projects. Outgoing and detail-oriented, ability to oversee and manage hundreds of individuals while ensuring timely completion of project deadlines all while remaining on or under budget.
Roles & Responsibilities:
Design, fabrication & QA
Machining processes
Supervision in material selection
Prepare 3D models of parts and assemblies using Solidworks/Autodesk Fusion 360/Inventor
Prepare 2D drawings of parts and assemblies using Solidworks/AutoCAD
Design weldments using aluminum, steel, and other alloys using Solidworks/Autodesk Fusion 360
Renderings
Create Bills of Materials using Solidworks
Work under the instruction of the Lead Engineer and generate designs per the Lead Engineer's instruction
Produce mechanical documentation to the equivalent of ASME Y14.100-3013, ASME Y14.5-2009 GD&T
Update redlined drawings
Review and modify designs to reduce production deficiencies
Provide timely updates for drawing completion and workload
For prototype product using 3D Form Lab Printer.
Then Process of purchasing the raw materials
Next process to start the manufacturing process
First according to drawing Marking process applied to raw materials
Then forward to the Milling machine, Lath machine, Planner machine, Boring vertical machine, Welding processes included Argon welding, Spot welding, Arc welding and etc according to process required
Then inspection process clears the parts and assemblies according to drawings.
Forward the assembly process.
Finalized and testing the product.

3D DesignSOLIDWORKSAutodesk Fusion 360Mechanical Product DesignEngineeringProject Engineering+2

Heavy mechanical complex (hmc)

Project Supervisor

Jul 2012 – Oct 2015 · 3 yrs 3 mos

Worked in HEAVY MECHANICAL COMPLEX (HMC) as a Project Supervisor.
Projects,
SugarMills 2-ROLLER FABRICATED/LOW SPEED GEARING/3 Rollers, Distillation Tanks, Heat Exchanger, Road Roller, NESCOM Flow Forming Machine.
First collect the relevant job order Design drawings sets in which included drawings main assemblies and sub parts assemblies.
Then sketching one by one part according to including steps.
Ensure that the job order is completed.
Check the components list with reference to dimensions, issue material and substituted material.
Check the route/ process sheet of the parts to be manufactured with reference to PPC list.
Check the raw material estimate required for manufacturing and issued by PPC.
Check that the appropriate material are duly verified by quality assurance department, in case material is not verified, refer the case back to PPC.
Ensure physical availability of suitable raw materials through coordinator.
Ensure that proper formats are being used for job planning.
Ensure the availability of suitable jigs/ fixtures and special tooling, if required.
Developing the work force and promoting them to higher grade.
Work allocating and monitoring.