Manufacturing Automation Laboratory (MAL)Supervisor: Prof. Yusuf Altintas

MECH 467 T1 & T2: Computer Control of Multi-Axis Machines

Manufacturing Automation Laboratory (MAL)Supervisor: Prof. Yusuf AltintasThesis Topic: Virtual Prediction of Volumetric Errors of 5-axis Machine Tools● Develop a generalized error kinematic model to predict volumetric errors, including all feasible configurations of 5-axis machine tools.● Measure geometric errors of the 5-axis machine tools utilizing various metrology instruments Laser Interferometer, Ballbar, CMM, and Touch-triggered Probing systems.● Manual error… Show more Manufacturing Automation Laboratory (MAL)Supervisor: Prof. Yusuf AltintasThesis Topic: Virtual Prediction of Volumetric Errors of 5-axis Machine Tools● Develop a generalized error kinematic model to predict volumetric errors, including all feasible configurations of 5-axis machine tools.● Measure geometric errors of the 5-axis machine tools utilizing various metrology instruments Laser Interferometer, Ballbar, CMM, and Touch-triggered Probing systems.● Manual error compensation Show less

MECH 485: Aircraft Design - Structure

MECH 410L: Aerospace Special Topics - Airplane Design

Supervisor: Prof. René Mayer● Primary objective: metrology for 5-axis CNC Machines.● Employed methods such as Ballbar measurements and monitoring systems, Laser Interferometer measuring systems, and AxiSAMBA to analyze and enhance machine precision.● Conducted geometric error analyses to ensure high precision and accuracy in machine operations.

● Awarded 2nd place in the AIAA 2018/2019 Undergraduate Space System Design competition for proposing the "I-MARS: Intelligent Multi-surface Access Reusable Spacecraft" for a reusable lunar surface lander.● Designed unique loading and unloading mechanism to carry 22 tons of cargo to the Moon's surface and served as the overall configuration designer.● Designed the Habitation and Environmental Control and Life Support Systems.● Published the design proposal, accessible at:… Show more ● Awarded 2nd place in the AIAA 2018/2019 Undergraduate Space System Design competition for proposing the "I-MARS: Intelligent Multi-surface Access Reusable Spacecraft" for a reusable lunar surface lander.● Designed unique loading and unloading mechanism to carry 22 tons of cargo to the Moon's surface and served as the overall configuration designer.● Designed the Habitation and Environmental Control and Life Support Systems.● Published the design proposal, accessible at: https://doi.org/10.13140/RG.2.2.24875.69924 Show less

● Member of the Sharif University of Technology aircraft design supporting team for the 2017-18 AIAA Aircraft Design Competition focused on designing a "Hybrid-Electric General Aviation Aircraft (HEGAA)".● Collaborated with the team to design and develop the aircraft while ensuring compliance with all the competition requirements.