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Jalil A.

Mechanical Design Engineer | CSWP | Parametric CAD & Assemblies | Manufacturing-Ready Drawings | Rem

Peshawar, Pakistan

Global rank:

15,835 / 133,805

Skill pts: 5

CAD Design Mechanical Engineering Mold Design Product Design and Development Python Programming

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About

I am a Mechanical Design Engineer focused on practical, manufacturing-ready mechanical systems.

My work centers on parametric 3D modeling, assemblies, and technical documentation that can move directly from CAD to production. I specialize in designing components with real fabrication, machining, and assembly constraints in mind — not just theoretical models.

I support engineering teams and small manufacturers with:

• 3D parametric modeling and complex assemblies
• Detailed 2D drawings with GD&T and tolerance definition
• Design for Manufacturing (DFM) reviews
• Fit, alignment, and tolerance stack-up considerations
• Redesign and optimization of existing components

With hands-on experience in pump and rotating equipment assemblies, I understand how design decisions affect vibration, alignment, heat dissipation, and long-term durability.

I am a SOLIDWORKS Professional and currently advancing toward CSWE and simulation-driven design capabilities.

My goal is to provide reliable remote mechanical design support to product developers, startups, and manufacturing teams who need clear, production-ready CAD solutions.

Experience

Mecahnical Design Engineer Freelance · Self-employed Jan 2021 – Present 5 yrs 4 mos United States Mechanical Design & CAD Services for International Clients:

• Developed parametric 3D models and assemblies using SolidWorks
• Designed sheet-metal enclosures, brackets, fixtures, and machine components
• Prepared manufacturing-ready 2D drawings with GD&T and revision control
• Performed DFM reviews and tolerance stack-up analysis
• Delivered STEP, STL, DXF, and detailed drawing packages for fabrication
• Supported small manufacturers and product developers with design optimization

Selected Results:

• Completed 50+ CAD projects across automotive, industrial equipment, and consumer products
• Reduced material waste by up to 15% through optimized sheet-metal flattening
• Improved assembly alignment and reduced rework through proper tolerance schemes
• Delivered projects to European and North American clients with consistent on-time performance
Mechanical Engineer Komax Motor · Full-time Aug 2021 – Mar 2022 7 mos Lahore, Punjab, Pakistan Key Contributions:

• Developed 3D models and detailed manufacturing drawings for pump housings, motor casings, shafts, and rotating components using SolidWorks.
• Prepared tolerance schemes and fit specifications for shaft–bearing and housing assemblies to ensure proper alignment and performance.
• Coordinated with machining and fabrication teams to resolve dimensional deviations and improve manufacturability.
• Assisted in vibration-related troubleshooting and alignment checks during assembly and testing stages.
• Supported quality control during dimensional inspection, load testing, and pre-dispatch verification.

Engineering Impact:

• Improved drawing clarity and tolerance definition, helping reduce fabrication rework and assembly adjustments.
• Contributed to alignment improvements in rotating assemblies, supporting smoother installation and reduced fitting issues.
• Participated in minor design refinements to motor housing geometry for better heat dissipation and structural stability.

Education

University of Engineering & Technology , Pakistan Mechanical Engineering, MECHANICAL EGINEERING, B 2016 – 2021

Other experience

Mechanical Design & SolidWorks CAD Projects Worked on multiple SolidWorks CAD projects involving 3D modeling, assemblies, technical drawings, and manufacturing-focused mechanical design. Developed practical engineering solutions for online clients and local industrial projects, including mechanical components, fabrication drawings, and production-oriented CAD models. Continuously improving skills in product design, industrial applications, and manufacturing workflows using SolidWorks.