The client approached us with a request for a new window catalog and the creation of several new window designs to be modeled. As a seasoned product designer, I saw this as a unique challenge and was pleased to take on the project for our valued client, Ringer Windows. By leveraging the latest CAD modeling and design software, I was able to create a comprehensive collection of window renders that not only met the client's functional requirements but also positioned them for future success. I take pride in my ability to deliver high-quality designs that meet and exceed client expectations, and this project was no exception.
‍
Modeled in Solidworks
Rendered in Keyshot

The HydraLamp™ was designed by focusing on discreet features that would enable users to refill their glasses of water easily by their bedside. It includes a large 3L water bladder, FDA-approved materials, and an in-line water filter to promote hydration for weeks. The lamp is easy-to-use, quiet to dispense, and built to adapt to almost any lampshade, making it a versatile and stylish addition to any setting.
‍
Modeled in Solidworks
Rendered in Keyshot

I had the opportunity to design a deployable and temporary wall enclosure that is pet-friendly and provides a private space for pet owners to play with their furry companions. The design process involved careful consideration of various factors, including ease of assembly, durability, and pet safety. By implementing these considerations, I was able to create a high-quality enclosure that meets the user's needs while prioritizing the safety and comfort of their pet. Overall, I am proud to have delivered a design that is both functional and user-friendly.
‍
Modeled in Solidworks
Rendered in Keyshot

I am honored to have designed a state-of-the-art smoke alarm that not only alerts users to the presence of smoke but also guides them to the nearest exit using various lighting methods. This innovative product was developed through a rigorous design process that included extensive research, testing, and refinement to ensure that it meets the highest standards of safety and functionality. I am particularly proud to share that our design was recognized for its excellence by the University of Houston Industrial Design Program, where it was awarded the prestigious title of Best Safety Design. I believe this recognition is a testament to our team's commitment to creating products that prioritize user safety and wellbeing.

Modeled in Solidworks
Rendered in Keyshot

I am proud to have been awarded the Best in Class Boot Design from the University of Houston Industrial Design Program for my latest creation. This boot, which I designed and modeled myself, was developed with the idea of providing comfort and durability for outdoor enthusiasts and their furry companions. With a focus on functionality and style, I implemented the latest design techniques and materials to create a boot that is both aesthetically pleasing and highly functional. The recognition of my work with this award is a testament to my dedication to delivering innovative designs that meet the needs of users in a variety of settings.
‍
Modeled in Solidworks
Rendered in Keyshot

I am pleased to have received the award for Most Accurate and Improved Design from the University of Houston Industrial Design Program for my latest creation. This design, inspired by the Dyson Vacuum, was developed with a focus on accuracy and innovation. Through meticulous research and analysis, I identified opportunities for improvement in the existing design and implemented new features and materials to create a product that exceeds expectations. I am proud to have been recognized for my work on this project, and I believe that this award is a testament to my commitment to delivering designs that are both functional and aesthetically pleasing.
‍
Modeled in Solidworks
Rendered in Keyshot

I am pleased to have designed a revolutionary deployable backpack bridge that is lightweight, compact, and easily transportable. The development process involved extensive research, testing, and refinement to ensure that the design met the highest standards of functionality and convenience. I am honored to have been recognized for my efforts with the prestigious Best Design award from the Texas A&M School of Architecture in 2018. This award serves as a testament to my commitment to delivering innovative designs that meet the evolving needs of users in a variety of settings.

Modeled in Solidworks
Rendered in Keyshot and Adobe Photoshop

I am pleased to have designed a highly functional tub faucet that offers users unparalleled convenience and ease of use. The unique design allows the faucet to be rotated out of the way when not in use, freeing up valuable space in the tub area. Through careful analysis and testing, I identified opportunities for improvement in existing designs and implemented new features and materials to create a product that exceeds expectations. I take great pride in delivering designs that prioritize user experience and am confident that this faucet will provide users with a seamless and efficient bathing experience.
‍
Modeled in Solidworks
Rendered in Keyshot

I am proud to have designed a high-quality face shaver that offers users exceptional performance and functionality. Inspired by the renowned Andis Pro Shaver, my design incorporates the latest in innovative materials and features to provide a superior shaving experience. Through careful attention to detail and extensive testing, I was able to create a shaver that delivers exceptional results while also offering a comfortable and user-friendly experience. Overall, I am confident that this product will set new standards in the world of face shavers and I am honored to have contributed to its development.

Modeled in Solidworks
Rendered in Keyshot

Looking at the overall goals for a project gives us a road map on how to best approach the solution. Here we map out what we need and how we are going to accomplish the task at hand.

This is the fun part! Here we plan, sketch, digram, model, 3d design, 3d print, and prototype. Each project needing a mix and match of these.

Here is where we learn the most. This stage will tell us how we can improve through different means of testing. We test and retest till we achieve the result needed.

We take what we have learned from testing and now we design the final product, both digitally and physically.

Last but not least, we’ll look back at every aspect of the project, from start to finish, to pinpoint any potential areas of improvement. Work smarter, not harder.