Emad Barandan
Available for collaboration

Engineering the Future of Sustainable Manufacturing

Mechanical Engineer and M.Sc. candidate at the University of Bologna. Bridging the gap between Robotics, Digital Twins, and XR to build the next generation of industrial systems.

Professional Experience

Jun 2024 – Present

Freelance Automation Specialist

Architecting AI-enabled workflows and low-code industrial digitalization strategies. Focusing on process optimization and intelligent system integration.

Jun 2025 – Dec 2025

UX Research — AI & Gesture Recognition

DIN – University of Bologna. Evaluated ergonomic industrial system designs using state-of-the-art AI gesture recognition. Defined KPIs and validated performance in lab environments.

Jun 2021 – Dec 2021

Mechanical Engineering Intern — Farda Automobile

Analyzed hydraulic and pneumatic systems. Developed FluidSIM circuit diagrams and assisted in complex maintenance workflows.

Technical Arsenal

CAD & Design

SolidWorks & Creo
Mechanical Design
GD&T
DFM / DFA

Sim & Automation

ANSYS & MSC ADAMS
n8n Workflows
MATLAB & Python
Unity XR / AR

Featured Projects

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2026

Datasheet Spec Extractor — AI for Mechanical Engineers

An AI-assisted n8n workflow that reads a component datasheet (PDF) and extracts its key specifications into a structured table. Includes a live, in-browser demo — drop a PDF and try it.

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Jun 2025 – Nov 2025

Trajectory Optimization of a 6-DOF Industrial Robot

Simulated optimized trajectories in MATLAB using kinematic analysis. Validated torque and power consumption via dynamic simulation in MSC ADAMS for high-precision manufacturing tasks.

Feb 2025 – Jul 2025

XR Digital Twin for Mechatronic Systems

Bridging physical assets with digital XR environments. Developed Unity-based AR visualizations for engine monitoring and interactive technical training modules.

Feb 2025 – Jul 2025

Ergonomic Redesign: Hydrogen Peroxide Tank Replacement System

Virtual prototyping and digital human simulation for an industrial filling machine. Designed a custom trolley system eliminating 25 kg manual lifting. Validated via RULA, NIOSH, and Lower Back analysis.

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Let's Innovate Together

Open for collaborations in AI, Robotics, and Mechanical Design.

emad.barandan@gmail.com

Forlì / Bologna, Italy