- Specialize in designing precision tools for Aerospace and Military & Defense companies at Sorenson Engineering.- Collaborate with fellow engineers to develop a comprehensive plan for selecting suitable tooling for manufacturing micro parts.- Create detailed 3D models using Autodesk Inventor.- Store 3D models in Autodesk Vault for efficient management.- Generate blueprints for the tooling department.- Ensure documentation aligns with modern standards.Side… Show more - Specialize in designing precision tools for Aerospace and Military & Defense companies at Sorenson Engineering.- Collaborate with fellow engineers to develop a comprehensive plan for selecting suitable tooling for manufacturing micro parts.- Create detailed 3D models using Autodesk Inventor.- Store 3D models in Autodesk Vault for efficient management.- Generate blueprints for the tooling department.- Ensure documentation aligns with modern standards.Side project:- Devised an ejector pin spring mechanism for Star CNC machines' sub spindle as a side project.- Gathered requirements from CNC operator technicians to reengineer the existing ejector pin mechanism in the sub spindle.- Aimed to achieve controlled part ejection and minimize runouts on the machine.- Conducted tests using 3D printed prototypes to assess the mechanism's functionality and its performance on the machine.- Refined the model to accommodate different spring mechanisms.- Coordinated with the tooling department to manufacture two variations for integration into CNC machines.- Demonstrated innovation and optimization skills in manufacturing processes through this project. Show less

-Designed a cam for the specific flat follower translating on a flat plate. -Created the cam cycle and cam profile for the unique specifications. -Used Matlab to simulate the motion of the cam. -Derived a Jansen's linkage for the vector loop equations. -Extracted the constraints from the vector loop equations to retrieve the position, velocity, and acceleration. -Used Matlab to simulate the Jansen's linkage from the following equations.

- Contributed to a summer bridge research program at UCR focused on Multi-Sensor Fusion for a low-cost wood stove.- Aiming to reduce CO and PMO emissions, the project addressed indoor and outdoor air pollutants in rural areas.- Created a detailed 3D model using SolidWorks based on insights from previous research.- Presented research findings at the TUNE Summer Bridge Research symposium.- Transitioned to hands-on work, constructing the wood stove in the UCR machine shop with… Show more - Contributed to a summer bridge research program at UCR focused on Multi-Sensor Fusion for a low-cost wood stove.- Aiming to reduce CO and PMO emissions, the project addressed indoor and outdoor air pollutants in rural areas.- Created a detailed 3D model using SolidWorks based on insights from previous research.- Presented research findings at the TUNE Summer Bridge Research symposium.- Transitioned to hands-on work, constructing the wood stove in the UCR machine shop with meticulous attention to detail.- Incorporated a catalytic converter and baffles for optimal combustion efficiency.- Faced challenges in obtaining sufficient data within the academic timeline, hindering conclusive evidence on compliance with California emission laws.- Emphasized the complexity of environmental research and the need for continuous refinement for impactful outcomes. Show less

-Conducted research on an autonomous delivery robot as part of our senior design project, aimed at facilitating academic focus by delivering goods to students and professors.-Defined constraints for the robot, requiring autonomous navigation throughout the University of California, Riverside campus, with remote control capability for navigating rough conditions.-Developed a comprehensive Gantt chart to meticulously schedule and track progress throughout the project… Show more -Conducted research on an autonomous delivery robot as part of our senior design project, aimed at facilitating academic focus by delivering goods to students and professors.-Defined constraints for the robot, requiring autonomous navigation throughout the University of California, Riverside campus, with remote control capability for navigating rough conditions.-Developed a comprehensive Gantt chart to meticulously schedule and track progress throughout the project duration.-Regularly composed progress reports detailing our approach to designing the robot according to specified requirements.-Generated multiple design concepts individually among the three group members, facilitating discussions on the aesthetic and functional aspects of the robot.-Utilized SolidWorks to design the selected concept, subjecting critical parts to stress simulations to ensure structural integrity and prevent fatigue.-Manufactured parts using CNC laser and CNC break press technologies, meticulously assembling them to construct the robot.-Integrated an Arduino microcontroller with ultrasonic sensors to enable autonomous functionality.-Implemented neat wiring to facilitate easy component replacement in case of faults.-Conducted thorough code testing to ensure the robot could respond to remote control commands effectively.-Although not achieving full autonomy within the 20-week timeframe, successfully programmed the robot to execute specific commands such as navigating steep hills and making turns down ramps.-Presented our findings and conducted a live demonstration of the robot during a symposium. Show less

- Conducted extensive research and calculations to buy the right cartridges that will be in a cantilever beam system on a cart for NASA's satellite chamber testing.- Positioned the cartridges to securely hold the satellite while enabling horizontal movement.- Actively participated in project meetings to discuss and strategize the implementation of specific projects.- Utilized NX to identify and fabricate components crucial for a platform assisting an aerospace company in… Show more - Conducted extensive research and calculations to buy the right cartridges that will be in a cantilever beam system on a cart for NASA's satellite chamber testing.- Positioned the cartridges to securely hold the satellite while enabling horizontal movement.- Actively participated in project meetings to discuss and strategize the implementation of specific projects.- Utilized NX to identify and fabricate components crucial for a platform assisting an aerospace company in building components.- Involved in a meticulous process of finding and creating parts to meet company requirements and standards.- Dedicated time to attend training sessions on Femap, a stress analysis software.- Enhanced expertise in utilizing advanced tools for stress analysis, contributing to a comprehensive skill set in the aerospace industry. Show less

- Reviewed internal CAD and 2D drawings from esteemed customers, including Northrup and Aerojet Rocketdyne.- Actively engaged in creating and regularly updating inspection reports using InspectionXpert and MS Excel to ensure precision and accuracy.- Demonstrated a keen eye for detail and a commitment to maintaining high-quality standards.- Provided valuable support to inspectors by assisting them with specific tasks.- Collaborated to streamline inspection processes and… Show more - Reviewed internal CAD and 2D drawings from esteemed customers, including Northrup and Aerojet Rocketdyne.- Actively engaged in creating and regularly updating inspection reports using InspectionXpert and MS Excel to ensure precision and accuracy.- Demonstrated a keen eye for detail and a commitment to maintaining high-quality standards.- Provided valuable support to inspectors by assisting them with specific tasks.- Collaborated to streamline inspection processes and uphold rigorous quality standards expected by distinguished clients. Show less

-Developed an autonomous rover for the lava tube exploration challenge-Utilized Autodesk Inventor for meticulous design engineering-Employed advanced 3D printing for materializing the rover's structure-Integrated Arduino and sophisticated electrical components for navigation-Achieved precise obstacle navigation and terrain traversal autonomously

- Conducted research on Saturn's Moon Titan, exploring the potential for oceans and life.- Explored evidence supporting the existence of an ocean on Titan.- Designated a starting location for an unmanned vehicle to maximize data collection.- Created a 3D model using Inventor for the proposed unmanned vehicle.- Compiled gathered information into a presentation poster for comprehensive dissemination.

- Participated in the NASA Community College Aerospace Scholars program.- Conducted research on NASA's past, present, and future achievements and plans.- Designed a rover for the moon with a specified objective and designation.- Utilized a 3D modeling software called Inventor to create the rover design.- Produced a comprehensive report detailing the rover's starting and ending points on the moon and outlining the components for its journey.

-Started in assembly department using variety of tools assembling units for the commercial buildings. - Progressed to leading a team, overseeing the glazing of windows in frames, ensuring compliance with OSHA specifications.- Advanced to operating and programming a Cincinnati CNC laser and CNC brake press in the panel department, using AutoCAD and Inventor software.- Modeled panels in Inventor, convert it into a DXF file for CNC laser software to optimize panel cutting efficiency… Show more -Started in assembly department using variety of tools assembling units for the commercial buildings. - Progressed to leading a team, overseeing the glazing of windows in frames, ensuring compliance with OSHA specifications.- Advanced to operating and programming a Cincinnati CNC laser and CNC brake press in the panel department, using AutoCAD and Inventor software.- Modeled panels in Inventor, convert it into a DXF file for CNC laser software to optimize panel cutting efficiency, and further use the DXF file for the CNC brake press programming to demonstrate panel forming.- Performed maintenance on the CNC laser and CNC brake press. - Assumed the role of team leader for the panel department, managing the cutting and forming of flat sheets of material and coordinating material inventory for each project.- Utilized a diverse set of tools, including a skill saw, chopped saw, impact drill, cordless drill, and etc. during my tenure. Show less

-Successfully completed courses in welding, machinist techniques, and Mastercam.-Skilled in Mig and stick welding through practical training.-Acquired hands-on proficiency with both conventional and CNC mills and lathes.-Experienced in utilizing precision measuring instruments to ensure the accuracy of manufactured parts.