Vennela Kiran Talluri, Bio-engineering, Biochemical engineering, bio-molecular engineering, chemical engineering, Vennela Talluri, Pleasanton, Foothill High School, FHS, Foothill High, Vennela, Foothill, Talluri, Mechanical Engineering, Foothill Engineering, PLTW, VEX Robotics, Fine Arts, oil paintings, charcoal sketches, Ichen Art Academy, Liv & Chiu Art Studio, Ho Jun Lee, Sung Lee Kim
Manufacturing: Alternative Energy & Robotics Academy
IMG_6947.MOV
I attended a summer program focused on robotics, alternative energy, and manufacturing technologies. There, I designed, built, and programmed assembly-line robots in a team-based setting, gained technical skills in soldering, circuit design, and laser operation, operated Dobot Magician robotic arms and explored end-effector systems such as claw grippers, suction cups, and pens, and developed and presented a final project to a panel of judges who are industry professionals. I also participated in a job-shadowing experience and facility tour at the Tesla Factory to observe industrial automation and energy systems.
Principles of Engineering 2024-2025
Investigation into and Analysis of VEX Robotics Platform and ROBOTC Software.pdfInvestigation and Analysis of PLTW Engineering – VEX Robotics Platform and ROBOTC Software
In a collaborative team project, I contributed significantly to building and experimenting with the PLTW VEX Robotics Platform using ROBOTC Software. My responsibilities included hands-on assembly, data collection, and analysis, culminating in the writing of the entire project report. We tested various components, such as standard and servo motors, bumper and limit switches, line followers, potentiometers, light sensors, optical shaft encoders, ultrasonic range finders, and LED lights, evaluating their performance and responsiveness to gather critical data for our conclusions.
This experience not only enhanced my teamwork and problem-solving skills but also deepened my understanding of robotics and automation. Leading the final report writing enabled me to communicate our findings effectively, ensuring the project's success. Through this work, I gained comprehensive experience with robotics platforms and embedded systems, which continues to influence my approach to future engineering challenges.
Skills exercised:
Research, literary analysis, robotics, robot programming, mechanical engineering, Electrical and Instrumentation Engineering (EIE), power engineering
Introduction to Engineering Design 2023-2024
Windsheild.iptDownloadable File Linked Above
Modelling a Windshield on AutoCAD
Skills exercised:
basic blueprint comprehension, blueprint-to-model, modeling design, measurement, ability to use digital modeling software
PLTW - Final Project.pdfInnovative Magnetic Powder Drawing Desk for Classroom Environments
Skills exercised:
Project engineering, Computer-Aided Design, Project design
IED Genius Hour Project Report.pdfSpinning Candy Vending Machine
Skills exercised: communication, teamwork, engineering design process, AutoCAD modeling, laser-cutting and building of prototypes, woodwork, collaboration
Computer Science
