Materials Inventory UX, Software App
Intro
I had the honor to lead the development of a pioneering software application created exclusively for architecture students as a product/UX designer. The goal was to give students a comprehensive tool that would allow them to build structures from the ground up using a large library of real products.
After the initial setup, architecture students can now evaluate the functioning and efficiency of their heating and power lines, among other critical components, using this application. This allows them to foresee potential problems, ensure peak performance, and avoid costly mistakes during the construction process. Furthermore, the software goes beyond simple testing capabilities by providing a variety of utility testers that allow students to evaluate other vital elements such as temperature levels and other essential utilities. Students may rigorously optimize their resources, avoid superfluous expenses, and eventually develop the most efficient and sustainable projects possible by harnessing these strong capabilities.
Priority number one was to diligently create a comprehensive library of real items through extensive research and conversation with industry professionals, guaranteeing that students had access to the most up-to-date and correct information during the creation process. This useful resource allows students to make informed judgments, which improves the overall quality and precision of their architectural designs.
The MVP's accomplishments have been genuinely remarkable. We have received a tremendously good response from architectural students who have previously suffered due to the market's lack of such a comprehensive product. Furthermore, this novel solution has received attention and appreciation from the architecture world, resulting in subsequent rounds of funding and fostering our dedication to providing excellent value to our users.
Research, Data & Conclusion
I validated product design and iterated to better meet our users' needs through several user studies and analyses. Through a cost-benefit analysis and usability test, I was able to determine that our application could potentially save students up to 30% on building costs and cut down on construction time by up to 20%.
The student architectural community gave the product fantastic feedback after the MVP delivery stage. As a result, the client was able to get further funding and began rolling out new features that we had previously prepared.
As a product/UX designer, I am really proud of my contribution to the development of this application. The product addresses a critical need in the field of architecture by enabling students to create projects with confidence, efficiency, and cost-effectiveness. The software's positive impact on students' learning experiences and professional development is a credit to the development team's and my personal dedication and ingenuity.