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Muhammad Arslan Riaz

@muhammadarslanriaz

I design build-ready robotic mechanisms, end-effectors, and manufacturable mechanical systems.

At Epazz Inc, I design dexterous robotic hands and end-effectors from concept and CAD through prototyping, fabrication, assembly, and refinement. I develop tendon-drive, linkage, and actuation mechanisms while validating motion and strength through kinematic analysis and FEA.

Previously, I delivered mechanical designs for construction applications at Joyland Constructions and industrial biomass pellet plants and burners at Rehan Industries. I use SolidWorks, DFM/DFA, engineering drawings, BOMs, CNC fabrication, and 3D printing to turn concepts into manufacturable systems.

Experience

Work history, roles, and key accomplishments

Current

Mechatronics Engineer

Current

Epazz Inc

Feb 2026 - Present (7 months)

Design and develop robotic systems and mechanisms, focusing on dexterous robotic hands and end-effectors. Led mechanical design and manufacturing of a multi-fingered robotic hand from concept through fabrication and refinement.

Solidworks FEA Kinematics DFM Fused Deposition Modelling (FDM)SLA 3D Printing Actuator Selection Vendor coordination

Mechanical Design Engineer

Joyland Constructions

Oct 2023 - Jan 2026 (2 years 3 months)

Designed mechanical components, assemblies, and systems for new product and construction-related applications. Created 3D models, fabrication drawings, BOQs, and engineering documentation for manufacturing and installation teams.

Solidworks CAD Engineering Drawings BOQs Stress Analysis 3D Printing Vendor Management Cost Analysis

Mechanical Engineer

Rehan Industries

Sep 2022 - Oct 2023 (1 year 1 month)

Designed, analyzed, simulated, tested, and supported manufacturing of industrial biomass pellet plant systems and biomass burners. Produced part models, tooling CAD drawings, and assembly documentation in SolidWorks.

Solidworks FEA Simulation Engineering Drawings Project Estimation Technical Documentation

Internee

National Centre of Robotics and Automation

Sep 2021 - Oct 2021 (1 month)

Supported project coordination, planning, CAD modeling, and analysis activities for a trans-femoral prosthesis, strengthening experience in biomechanics and mechanical design.

CAD Modeling Analysis Biomechanics Project Coordination