Explorations

Cove is a conceptual family of chairs designed to provide support and comfort to chemotherapy patients. Featuring customizable elements such as privacy panels, lighting, temperature control, and reclining, Cove ensures a tailored experience to each patient’s unique needs. Additionally, Cove offers a companion seat model that allows a support person to sit comfortably alongside the patient during treatment sessions.

Inspired by loved ones going through chemotherapy, a team of diverse designers worked together to redefine the perception of treatment chairs. Drawing inspiration from the forms, colors, and finishes commonly found in upscale home furnishings and premium airplane cabins, Cove sets a new standard for comfort and aesthetics in medical seating.

Modeled in Sharper3d iPad CAD, the Face Brush design study showcased the impacts of material and color choices and, in addition, involved adding surface patterning to explore the design possibilities further. This type of design study can be valuable for exploring how different materials

and colors can affect the overall look and feel of a product, and how surface patterning can enhance its aesthetics. It allows us to experiment and make informed choices when developing products for specific industries, considering factors like functionality, aesthetics, and user preferences.

Sound machines designed for aiding sleep are inherently simple in their functionality, often equipped with basic controls for volume and selecting desired recordings. However, Tactile took this simplicity as an opportunity to demonstrate the incredible diversity in form languages achievable with the same foundational object. Their design journey spanned from geometric and technical aesthetics to more

inviting and friendly designs. Early in the process, Tactile embraced the innovative potential of MidJourney, a tool that extended the boundaries of conventional design. Through this tool, they introduced the element of lighting, adding an entirely new dimension to the product. This not only enhanced functionality but also created a warm and soothing ambiance, making the sound machine a perfect companion after a bedtime story.

Robotic integration has rapidly expanded across various industries, driving the need for specialized designs. In response, Tactile designed a versatile robotic arm design study concept, catering to medical, warehouse, and consumer applications. Unique colors and materials were meticulously developed, ensuring seamless integration into each

specific environment. In addition to its physical design, the robotic arm features intuitive graphics and labeling. These elements provide vital information for operators, aiding in tasks such as analyzing movement speed and pivot angles. Importantly, this information is presented in a user-friendly manner, avoiding clutter in the already bustling spaces around the arm.

In a world where technology constantly evolves, record players remain beloved for their timeless appeal and user-friendly operation. Rather than attempting to reinvent the wheel, this study focuses on the art of refinement. It draws inspiration from both vintage and modern aesthetics, ensuring the preservation of analog controls that music enthusiasts have long cherished. While the core principles of the turntable design are retained, subtle yet transformative touches have been added.

Smooth continuous corners, gracefully dished surfaces, and intricate micro-textures usher this product gracefully into the modern age, providing a seamless bridge between the past and the present. The color palette chosen pays homage to the classic and the contemporary, striking a delicate balance that avoids excessive technicality. It harmoniously complements interiors of all eras, ensuring that the allure of the record player endures as a timeless centerpiece in any setting.

Electric drills, originally intended for household use, frequently feature designs more suited for industrial work environments. The initial phase of our design process involved streamlining the overall user experience. Subsequently, this study offered an opportunity to delve into color and material choices

that enhance both visual appeal and practical utility. For instance, we incorporated translucent faded plastic not only for the housing but also as a window, providing a glimpse into the battery indicator. We also employed speckled rubber to serve as both a decorative pattern and an ergonomic grip.

Precision is paramount in the operation of sound filters. This study presented a unique chance to convey this precision by integrating it into a product with a combination of physical design and digital

interaction. Utilizing tools such as AfterEffects, Cinema 4D, and Blender, we were able to visually represent the intricacies of frequency control and breathe life into the design.

Headlamps offer a unique intersection of rigid mechanical constraints and soft humanistic materials. Drawing inspiration from the advancements in LED lighting seen in the automotive sector, Tactile explored a headlamp concept, aiming to push the boundaries of light patterning in headlamp technology.

One of the key challenges in this endeavor is the fact that headlamps are worn directly on the head, necessitating a user interface (UI) that can be operated blindly and relies heavily on physical ergonomics. This unique requirement has sparked an in-depth exploration into button design, seeking to create a tactile and intuitive control system that enhances the user experience.