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Projects

Electric Snowboard

  • Led the design of a modular electric snowboard using SolidWorks with a functional suspension and drive system, incorporating FEA to ensure structural integrity and optimal performance

  • Created 33 custom parts using CNC milling, laser cutting, and 3D printing, supported by 27 operation sheets and DFM principles for efficient assembly

  • Conducted validation testing to resolve key issues, including gear alignment, suspension friction, and tread slippage, achieving successful control and tread alignment functionality

  • Delivered a high-fidelity prototype under budget ($974.71) and developed a BOM with 179 parts, increasing the sales price to $1500 to reflect labor, overhead, and material costs

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UV Light Curing Oven

  • Developed a universal UV light curing machine for instant paint curing on varied parts, enhancing testing and production efficiency

  • Utilized SolidWorks to design a scalable prototype that supports testing, data collection, and standardization processes for paint coating applications • Applied principles of design for manufacturing (DFM) to ensure the machine's practicality in real-world industrial settings, while also optimizing cost and performance

  • Designed detailed technical drawings using SolidWorks for the universal UV light curing machine, ensuring precision in manufacturing and assembly processes

  • Managed the fulfillment of purchase orders for necessary components and materials, coordinating with suppliers to meet project timelines and specifications

  • Oversaw the procurement process from order placement to delivery, maintaining strict adherence to budgetary constraints and quality standards

Fuel Efficiency Fluid Dynamics Experiment

  • Led the design and execution of a mechanical engineering experiment to determine the impact of open car windows on vehicle fuel efficiency using a scaled model of a Ford F-150 in a wind tunnel

  • Analyzed data collected to quantify the relationship between window position and drag force, employing mathematical models to scale findings from the model vehicle to real-world scenarios • Collaborated closely with team members to manage project tasks, including data collection, analysis, and report writing, ensuring project objectives were met efficiently

RC Dump Truck

  • Designed and developed a fully functional RC Dump truck from concept to completion

  • Utilized 3D modeling software to design and prototype the physical structure of the RC Dump truck, optimizing durability and performance

  • Integrated Arduino Uno microcontroller to manage various components such as motors and servos for optimal performance and user-friendly operation

  • Implemented a custom electronic control system utilizing Arduino programming to enable precise and responsive remote-control functionality using a PS2 controller

  • Collaborated with a multidisciplinary team to coordinate the manufacturing process, overseeing the fabrication of mechanical components and assembly of the electronic system

  • Successfully delivered the completed RC Dump truck project within established timelines and budget constraints, showcasing project management skills

Mini Battle Bots Competition

  • Designed and fabricated a mini battle bot for a competitive robotics event, showcasing expertise in mechanical and electrical design and engineering

  • Programmed the battle bot’s control system using Arduino and Blynk to control steering, drive, and the weapon

  • Designed and tested the shovel attachment to provide a competitive advantage by lifting opponents off their wheels, disrupting their movement and balance during matches

  • Showcased effective communication and teamwork skills in a high-pressure environment, collaborating with teammates and coordinating efforts during matches

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Homemade CNC Machine Build

  • Designed and developed a fully functional CNC milling machine demonstrating strong engineering and problem-solving skills

  • Researched and selected appropriate components and materials, ensuring optimal performance and cost effectiveness

  • Implemented stepper motor control and integrated it with a microcontroller, enabling precise and controlled milling operations

  • Programmed machines control system using SolidWorks CAD/CAM software to generate G-code used for complex CNC tooling

Bench Design Project

  • Conceptualized, designed, and constructed a functional wooden bleacher system for fraternity events, enhancing seating capacities and improving the overall event experience

  • Demonstrated strong woodworking skills by independently crafting the bleachers, showcasing attention to detail and precision in construction

  • Collaborated with fraternity members to assess seating needs and preferences, ensuring the bleacher’s system’s design aligned with event requirements and aesthetic preferences

  • Managed the project from inception to completion, including material sourcing, budget management, construction, and installation, displaying effective project management abilities.

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Autonomous Aerial Drone

  • Played a pivotal role as a member of the mechanical sub-team in a school club dedicated to aerial robotics, contributing to the design and construction of a cutting-edge fixed wing autonomous drone

  • Designed all the drone’s mechanical systems including the camera gimbal, bay doors, and the precision drop mechanism

  • Collaborated with the computer vision and electrical sub teams to ensure optimal coordination and synchronization of mechanical systems, enhancing the drone’s overall performance

  • Demonstrated meticulous attention to detail by rigorously testing and refining the drop mechanism to achieve consistent and accurate delivery of payloads, significantly contributing to the success of the project

  • Communicated complex mechanical concepts and progress updates to both technical and non-technical team members, showcasing my ability to convey technical information in a clear and concise manner

  • Demonstrated a strong commitment to safety standards by ensuring that all mechanical systems met necessary guidelines, mitigating potential risks during flight operations

Truck Sliders

  • Independently conceptualized, designed, and developed a unique skateboard accessory called "Truck Sliders" that revolutionize the process of switching skateboard wheel sizes on the go

  • Showcased proficiency in prototyping and fabrication by crafting functional prototypes of the Truck Sliders, validating the design's feasibility and functionality

  • Demonstrated my ability to work independently and manage a project from ideation through prototyping, testing, and potential commercialization

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Sorting Trashcan Project

  • Collaborated in a team of four to successfully design and engineer an innovative trash bin solution for Kimberly Clark, which incorporated technology to sort paper towels from other waste materials effectively

  • Researched sensor integration and automation to implement RGB sensors that accurately identify white objects, enabling precise sorting of paper towels from the rest of the garbage stream

  • Took a leading role in designing and implementing the compressed air mechanism that efficiently propels the identified paper towels into a separate bin, showcasing skills in mechanical design and system integration

  • Worked closely with team members to develop a robust and user-friendly system that ensures minimal contamination of waste streams, contributing to Kimberly Clark's sustainability goals

  • Collaborated with Kimberly Clark representatives to gather requirements, align project objectives, and provide regular updates on progress, exhibiting strong communication and client engagement skills

Cooler Project

  • Developed an innovative cooler solution that effectively prevents hands from getting cold when reaching in

  • Conducted market and consumer research to identify the target audience, understand competitors, and validate the demand for a cooler that keeps your hands from getting cold

  • Collaboratively brainstormed and refined design ideas through iterative feedback sessions, resulting in a unique and user-friendly design

  • Performed a benchmark analysis to compare our design features to other cooler designs to ensure that our design will compete for market share

  • Leveraged both engineering and design expertise to develop a functional prototype • Managed the project timeline, milestones, and resource allocation ensuring timely completion

  • Sourced suppliers and manufacturers to find an appropriate price point to develop a bill of materials and determine a selling price

  • Showcased the product at an industry event and received positive feedback

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