A Mechanical Freelancing Hub

• Proficient in AutoCAD, SolidWorks, and Fusion 360 for part, assembly, and surface modeling.
   
• Knowledge of Python for automation and data analysis in engineering workflows.
   
• Skilled in Power BI and MS Excel for production tracking and performance reporting.
   
• Hands-on experience in Rapid Prototyping and 3D Printing technologies for concept validation.
   
• Familiar with Machine Learning applications in process optimization and predictive maintenance.

• Experienced in CNC machine operations including turning, drilling, boring, and knurling.
   
• Developed machining programs and optimized tool paths for precision manufacturing.
   
• Strong understanding of GD&T (Geometric Dimensioning & Tolerancing) and its application in quality inspection.
   
• Supervised manufacturing processes like end flaring, deburring, and leakage testing for tube assemblies.
   
• Ensured process control and compliance through quality audits and data-based evaluation.

• Designed and modeled mechanical assemblies and functional prototypes using SolidWorks and Fusion 360.
   
• Conceptualized and executed projects such as a Pen Plotter Machine integrating hardware and firmware design.
   
• Developed foldable frame mechanisms and performed design optimization for structural stability.
   
• Conducted draft analysis, tolerance stack-up checks, and material selection for manufacturable designs.
   
• Integrated CAD/CAM workflows for design validation and virtual simulation.

• Familiar with QMS core tools including APQP, FMEA, and PPAP for production planning and defect prevention.
   
• Applied Statistical Process Control (SPC) techniques for performance monitoring and variation reduction.
   
• Involved in root cause analysis and corrective action implementation for quality deviations.
   
• Developed documentation for process standardization and traceability in production.
   
• Supported continuous improvement initiatives based on Lean and Six Sigma principles.

• Participated in workshops on pressure vessel analysis and temperature-stress behavior in industrial applications.
   
• Designed and assembled electronic hardware prototypes using Arduino and PCB design.
   
• Explored automotive system fundamentals including aerodynamics, braking systems, and powertrains.
   
• Actively engages in learning platforms and design communities to stay updated with emerging CAD technologies.
   
• Demonstrated interest in integrated design and manufacturing systems through research and practice.

With a deep commitment to learning, problem-solving, and driving innovative solutions, I'm dedicated to exploring emerging technologies and product innovation.
I am eager to bring my expertise to new challenges and contribute to cutting-edge projects in the every industry.