I worked with the University of Massachusetts Medical School's Facilities Engineering & Management Department as a CAD Drafting Intern beginning in May 2020. During the course of the internship, I was responsible for space data collection and entry, maintaining and updating CAD drawings and databases, and creating 3D renderings, high-quality graphics, and conceptual architectural studies. In addition to office work, I also went out into the field to accurately update as-built drawings and observe the implementation of my CAD drawings. I learned how to use the MEP version of Revit as well as Bluebeam.
If you are interested in viewing some of my work samples from this internship, you can download the zip file by clicking here.
Architectural Design III entails designing a building to submit for the Architecture at Zero challenge. The 2020 challenge was to create a library in San Benito County, California, that would replace the currently existing one. However, this replacement library would need to be net-zero and four times the original size, and came with a long list of requirements and types of spaces needed. Our design concept was "serendipity, or design and exploration," so we focused on incorporating that into our design while implementing energy-saving systems. During this class, we also learned how to add an accurate structural system to the Revit model. This group project was completed virtually during COVID-19, so we also learned how to use Autodesk's BIM360 features for collaboration.
In the Architectural Lighting class, we were told to design a place of unity in our neighborhood that would take full advantage of daylighting while implementing appropriate artificial lighting strategies. My partner and I decided to focus on a church, taking into account solar alignment strategies and religious themes in the design. Halfway through the course, we also built a model in order to test different lighting and how it would affect the church - and what changes we could make to improve it. Throughout this term, we used Sketchup, Revit, Enscape, and Dialux to accurately design and model the church.
Focusing on the effects of Hurricane Sandy on Belmar Beach, New Jersey, my partner and I designed an affordable housing and shopping complex that would be able to react to the violent weather that the area often receives. We created a structure that would allow water and debris to flow around it rather than hitting and damaging supports that stood in the storm's way.
For the 2019 Solar Decathlon competition in Africa, participants were challenged to design and construct a “high-performance building so energy efficient that its annual energy use can easily be offset with renewable energy” (2019 Competition Guide). Since we were not an official part of the team that designed the building, we focused on the aspect of water, as reducing water usage is one of the most essential problems that people have to deal with in Africa. For our final submission, we created a fully-functioning, 3D-printed, low-flow showerhead to be used by WPI's Solar Decathlon team.
During high school, I was a part of the Fine Arts program with a focus on technical design, or drafting. Some of these projects were class assignments, while others were mainly used as practice for certification exams. They are included here, along with the software I used.
House 1 | Revit
House 3 | Revit
House 5 (Partially Finished) | Revit
Music Box | Inventor
Chicken Coop | AutoCAD
House 2 | Revit
House 4 (Partially Finished) | Revit
Camera | Inventor
Q-Tip Shooter | Inventor
Passive Moto X Amplifier | Inventor