College for Creative studies
I hold a Bachelor of Fine Arts (BFA) degree in Product Design with a minor in Craft Metals from the prestigious College for Creative Studies. Throughout my academic journey, I immersed myself in the dynamic intersection of design and craftsmanship, cultivating a comprehensive understanding of both the conceptual and hands-on aspects of product development. My coursework not only honed my skills in product design but also provided a unique perspective on incorporating craft metals into the creation process.
The College for Creative Studies' immersive and collaborative environment equipped me with a solid foundation in design thinking, fostering creativity and innovation. I actively engaged in projects that challenged me to blend artistic expression with functional design, allowing me to develop a diverse portfolio that showcases my proficiency in transforming concepts into tangible, aesthetically pleasing, and functional products.
My academic pursuits have instilled in me a passion for pushing the boundaries of conventional design, constantly seeking new ways to merge form and function. The combination of product design and craft metals has not only broadened my skill set but has also imbued me with a keen appreciation for the intricate details that contribute to the overall user experience.
As I embark on my professional journey, I am excited to leverage my education and skills to contribute meaningfully to the world of design. I look forward to applying my unique blend of creativity, technical expertise, and hands-on craftsmanship in shaping innovative and visually compelling products.
Studio Projects
Wards/Lear Sponsored Studio
Wards/Lear Sponsored Studio
Wards/Lear Sponsored Studio
Designing an alias model for a conceptual Mini Cooper interior involves utilizing advanced computer-aided design (CAD) software to create a virtual representation of the interior space. Designers meticulously sculpt and refine the alias model, focusing on ergonomic considerations, aesthetic elements, and user experience. Iterative testing and feedback loops ensure that the conceptual interior seamlessly integrates with the Mini Cooper brand, offering a harmonious blend of functionality and style.
Hagie Sponsored Studio
Wards/Lear Sponsored Studio
Wards/Lear Sponsored Studio
Designing a crop sprayer cab for Hagie involves prioritizing operator comfort and efficiency. Incorporating ergonomic seating, intuitive control panels, and optimal visibility ensures a user-friendly experience during long hours in the field. Additionally, integrating advanced technology for precision spraying and real-time data monitoring enhances overall productivity and environmental sustainability in agricultural practices.
Dpop Sponsored Studio
Wards/Lear Sponsored Studio
Dpop Sponsored Studio
Quicken Loans sponsored a forward-thinking furniture design competition that centered on crafting intuitive office furniture solutions. Entrants were challenged to seamlessly integrate functionality with user-friendly design, prioritizing innovation to enhance the modern workplace experience. The competition successfully aimed to revolutionize office spaces by encouraging designers to prioritize ease of use and practicality in their creations.
Folding Bicycle
Military Vehicle
Dpop Sponsored Studio
In the completed course project, students designed a folding bicycle tailored for individuals with limited storage space. The project involved market research, conceptual design, and prototyping to create a compact and user-friendly solution. Evaluation focused on creativity, usability, and feasibility for mass production, providing students with practical experience in product design and engineering.
Military Vehicle
Military Vehicle
Military Vehicle
In the design of a Mine-Resistant Ambush Protected (MRAP) vehicle prioritizing soldier safety, advanced armor and structural features were integrated to maximize protection against mines and ballistic threats. The vehicle also incorporated blast-resistant seating and restraint systems, minimizing the impact of explosions on occupants. Enhanced communication and surveillance systems were implemented to ensure effective response to threats while maintaining a secure environment within the MRAP.
Lamp Design
Military Vehicle
Military Vehicle
In the science and technology course project, the design of an OLED lamp entailed leveraging the innovative properties of Organic Light-Emitting Diode technology. The lamp's design prioritized factors such as flexibility, energy efficiency, and aesthetic appeal, with careful consideration given to OLED panel arrangement, structural design, and user interface.