MUJADDID ALI

Results-driven professional with expertise in team leadership and customer satisfaction. Skilled in SolidWorks and mechatronics systems, enhancing service delivery and operational efficiency. Committed to continuous learning and effective communication, fostering collaboration to drive success.

• Egg-Safe Gripper Mechanism, RMIT University, Designed and fabricated DC motor-actuated gripping system integrating IR and weight sensor feedback., Calibrated system to regulate applied force at 30N, achieving stable grip after 7 validation trials., Applied DFM principles to simplify structure and improve manufacturability.
• Assembly Process Optimisation, RMIT University, Reduced component count by 4 parts through structural redesign., Achieved 35% reduction in assembly cycle time, improving overall production efficiency.
• Egg-Safe Gripper Mechanism – Mechatronic Design Project, Identified the challenge of handling fragile objects without structural damage., Designed a DC motor-actuated gripping system integrating IR detection and weight-based feedback., Calibrated applied force to 30N to ensure object integrity., Achieved successful grip outcome after 7 validation trials., Applied iterative prototyping and DFM principles to simplify mechanical architecture and enhance manufacturability.
• Assembly Process Optimisation Study, Conducted structured assembly workflow analysis to identify inefficiencies in mechanical design., Redesigned components to reduce part count by 4 and achieved a 35% reduction in assembly cycle time., Applied time-estimation methodology aligned with industry-style process mapping standards.