Sardor Umarov Email & Phone Number

College Park, Md, Us

Los Angeles, California, United States

Los Angeles, California, United States

Los Angeles, California, United States

- Maintained a proactive approach to learning, staying abreast of relevant advancements in the field, and adapting strategies to incorporate new insights into the research and design process of an over-actuated multi-rotor aerial platform and robotic surgical systems.- Successfully proposed and implemented innovative solutions to address research challenges, to improve drone carrying capacity by 1300%, and redesign the gimbal assembly to considerably reduce friction and external disturbances entering the system.- Improved on the life-like organ movements of the body phantom, and characterized motion and force profiles of linear actuators in the robot through experiment design and dynamic analysis in the body phantom and surgical robot using MATLAB, demonstrating a keen understanding of project objectives and requirements.

Santa Clara, California, United States

Chatsworth, California

- Reviewed FMEA and Tolerance Stack Analysis to identify most design critical and sensitive components in blower assemblies used in respiratory machines used at home and in the medical field. - Revised and updated DHFs, engineering specifications and drawings over an array of projects under Product Life Engineering, New Product Introduction, Product Development, and Verification and Validation departments.- Troubleshooted and oversaw manufacture of SLA manufactured test fixtures for accelerated life testing, streamlining processes and ensuring reliable results.- Led a lamination stack analysis aimed at adjusting tolerances to reduce manufacturing tool wear and significantly reduce costs.- Took over a robustness study to improve the reliability and longevity of future products, including packaging and blower systems.

Los Angeles, California, United States

- Graded assignments for classes of 80 to 90 students, delivering timely and accurate evaluations to guide student progress.- Integrated seamlessly with the teaching team, ensuring consistent grading standards and a cohesive learning experience.- Supported students’ growth by addressing inquiries, nurturing their ability to think critically, and deepening understanding of thermodynamic principles.

Los Angeles, California, United States

- Analyzed the impact of knee geometry on energy efficiency during the human gait as part of optimizing the exoskeleton’s function to absorb and release energy at distinct phases of the walking cycle.- Executed reliable electrical and mechanical part manufacture through iterative design improvements for data-critical setups, ensuring accurate data collection from laser encoders and pressure sensors in a sensitive pneumatic system with human user inputs.- Proficiently utilized 3D motion capture using Vicon Nexus for comprehensive research insights on its 12 DOF and the exerted joint forces and torques through OpenSim to obtain views into the effects of the exoskeleton on the user.- Collected, analyzed, and interpreted lower body exoskeleton data across 50+ trials.- Consistently contributed to regular meetings, presented progress updates, and suggested refinements for methodologies and data collection techniques for future studies.- Achieved a notable 35% reduction in the cost of transport (CoT) in the backward knee configuration.

Bachelor Of Science - Bs, Mechanical Engineering

Major in Mechanical Engineering Cumulative GPA: 3.96/4.00; Dean’s Honor List Winter 2022 - Present

Masters Of Science, Mechanical Engineering

Departmental Scholars Program