Armin Mehrvar

Mechatronics Systems Engineering Student at Middlesex University London with over 2 years of experience in CAD design and robotics programming. Strong skills in mechanical engineering, electrical systems, computer programming, and industrial automation. Proven through academic projects involving electromechanical system design, PLC/microcontroller programming, systems integration, data acquisition, and optimization. Adept at troubleshooting complex mechatronic systems while following safe practices. Excellent problem-solving, analytical, and communication abilities. Passionate about innovating smart solutions through cross-functional collaboration. Committed to driving operational excellence and continuous learning. 

 

PROJECT EXPERIENCE

• Designed & implemented an integrated automation system using IO-Link for 3 interconnected stations (Pick & Place,Distribution, Sorting).

• Reduced costs by 86.6% by replacing PLCs with an IO-Link Master & Smart Hubs (£5,586 to £751).

• Consolidated station control & enabled scalability for future expansion.

• Integrated NX simulation with TIA Portal for a comprehensive virtual representation.

• Implemented inverse kinematics & strategic robot placement for a dual-robot system with collision avoidance.

• Utilized ROS & simulations to achieve precise motion control for PUMA 560 robots.

• Demonstrated proficiency in robotic kinematics, motion planning, and multi-robot systems.

• Developed & tested a robotic letter drawing program using RobotStudio simulations, reducing errors by 30% and increasing efficiency by 20%.

• Established a precise TCP reference point for accurate (60% improvement) and consistent letter formation.

• Demonstrated expertise in robotic programming, simulation, and motion control for enhanced productivity.

PROFESSIONAL EXPERIENCE

• Designed precision biomedical tools, optimized processes, and improved efficiency through cross-functional collaboration and innovative methodologies.

• Orchestrated collaborative design projects, enhancing communication and teamwork, propelling the company into the market's top 3 for precision biomedical tools.

• Introduced new methodologies that improved project delivery efficiency by 20%.

• Refined CAD models with the production team, achieving a 10% productivity uplift