Main Objectives:• Primary goal of the project was to team up with a group of five people to design and build an operative three-wheeled vehicle within a specified budget and a 200 lb weight limit, including the driver• Some parts were sourced while others were machined before proceeding with the final assembly• Our team entered the endurance race at the end of the semester, where the vehicle’s performance was tested by counting the number of laps it could complete in 30 minutesIndividual Contributions:Role: Project Manager• Organized and facilitated team meetings to ensure adherence to deadlines and project milestones• Assisted in preparing the required documentation and reports• Designed, manufactured, and assembled the throttle and braking systems

• Demonstrated proficiency in designing, analyzing, and optimizing mechanical systems and components for various HVAC design projects, ensuring compliance with industry standards and regulations • Spearheaded energy-efficient design initiatives, integrating green building practicesto reduce environmental impact and operational costs for clients• Increased efficiency of office by assisting with diverse tasks in Revit as well as sitesurveys to complete projects

• Executed the precise design of each component using SolidWorks software, ensuring attention to detail• Methodically created a comprehensive SolidWorks assembly, encompassing the future final product• Three-member collaborative project undertaken as part of the CAD and Fabrication course• Proficient utilization of fabrication tools, including a lathe and mill, to meticulously construct a set of five distinct components• Methodical assembly of the aforementioned components culminated in the successful creation of a wobbler engine

Main Objectives:• Group final project for the Engineering Projects course• Conceptualized, designed, and constructed an innovative automatic pill dispenser that takes away the hassle of needing to organize and take daily medications or supplements• Implemented user-friendly functionality, enabling pill dispensing through either a convenient push-button mechanism or Bluetooth connectivity• Utilized engineering skills such as 3-D printing, Arduino programming, and circuit design to bring the project to fruition successfullyIndividual Contributions:• Made significant contributions by organizing and analyzing 3D printing data, along with testing data, to facilitate comprehensive insights• Prepared intricate calculations and meticulously constructed the engineering design expo poster to communicate project details effectively• Played a crucial role in the SolidWorks design process, offering valuable input and implementing necessary modifications to enhance the product's functionality and performance

• Operated AutoCAD MEP to design mechanical, electrical, and plumbing components of commercial and residential buildings• Collaborated with architects, contractors, landlords, and vendors to create accurate and code-compliant drawings• Performed site investigations to ensure existing conditions were correctly assessed and drawn

Host:• Utilized effective communication skills by collaborating with managers and rest of staff• Mentored new host employees• Coordinated phone calls and online food orders while greeting guests with enthusiasmBusser: • Demonstrated leadership by ensuring all work was completed by staff team on a daily basis• Instituted organizational strategies to ensure efficiency and positive customer experience• Excellence recognized by receiving promotion to busser after two months

• Collaborated with a partner where we planned, developed, and tested a C++ video game, and issues were resolved by testing all outputs to verify correctness of program• Ran into some issues such as schedule conflicts, code organization, and testing• Assimilated the importance of precision with code as well as in-depth communication with a team

• An individual project that consisted of a twelve-week process of researching, designing a blueprint, constructing, and painting prototype wooden skis• Two different types of skis were constructed: a twin-tip ski and an all-mountain ski• Learned important engineering skills such as design, problem-solving, and attention to detail

• Employed problem-solving abilities by resolving complaints from guests• Increased efficiency of workplace by organizing storage area• Implemented teamwork skills by liaising with servers to enhance guests’ experiences