Step into the heart of footwear innovation at PENSOLE Academy, a renowned institution in Portland, Oregon. Established in 2010 by industry luminary D’Wayne Edwards, PENSOLE boasts a legacy of impactful collaborations with iconic brands. Rooted in a mission to empower the footwear industry, PENSOLE's immersive "learn by doing" curriculum, coupled with a distinguished faculty and extensive partnerships, forms a nexus of innovation and education. Since 2014, PENSOLE and Foot Locker have fostered a deep partnership, culminating in the annual "Fueling the Future of Footwear" master class design competition. This collaborative effort underscores a shared commitment to shaping the future leaders of design and business in the dynamic field of footwear. Join us in this journey where innovation converges with education, forging the path forward in the realm of footwear.

The Hague University of Applied Sciences and Médecins Sans Frontières (MSF) Japan have partnered to develop the world’s first 3D-printed UAV drone for humanitarian mapping. This project, aligned with the Missing Maps initiative, aims to create detailed maps of neglected regions such as Guinea and Sierra Leone, supporting emergency response efforts. The drone is designed to be user-friendly, affordable, and open-source, ensuring that individuals with no prior experience in drone technology can easily assemble and operate it. This innovative solution empowers humanitarian organizations and volunteers by providing accessible and up-to-date cartographic tools crucial for disaster relief and community support.

Introducing a project aimed at transforming the lives of the 2.5 million global sufferers of Multiple Sclerosis. Our mission is to design a cutting-edge massage device, offering targeted relief and support to individuals affected by MS. Filling a crucial gap in current treatments, this innovative solution focuses on mitigating the risk of new attacks without the debilitating side effects associated with medications. Drawing inspiration from the positive response of MS patients to massages and physical therapy, our project aspires to create a non-pharmacological intervention that prioritizes effectiveness, comfort, and improved quality of life. Join us in revolutionizing MS care through this impactful and forward-thinking product design initiative.

Ceramic Vase Exploring the tension between control and restraint through hybrid craft processes. Introduction This project investigates the intersection of traditional ceramics and contemporary design methodologies. By combining digital modeling with hands-on prototyping, the vase reflects a dialogue between precision and tactility—between the clean intent of a CAD file and the subtle imperfection of clay. Concept The form was developed through rapid ideation—starting with hand sketches and iPad drawings to explore proportion, balance, and silhouette. The final design was refined in CAD software, aiming for a sculptural simplicity with subtle distortions that suggest softness within a structured geometry. The goal was to create an object that felt both intentional and quietly expressive. Process After finalizing the design digitally, a prototype was carved from foam to assess physical presence and scale. From this, a plaster mold was created for slip casting in ceramic. While the piece was glazed for functional reasons, the finish was kept minimal to preserve the raw, matte texture of the clay body and highlight the form without distraction. The quiet surface invites focus on volume, shadow, and contour. Outcome The resulting vase stands as a study in contrast—digitally conceived yet materially grounded. Its stripped-back finish emphasizes form over decoration, inviting reflection on balance, stillness, and the role of restraint in design. It is both a sculptural object and a contemplative vessel. Reflection This project reaffirmed the value of simplicity and the power of material honesty. It was an exercise in knowing when to stop—when to let a form speak for itself without overworking or overfinishing. The integration of digital and manual techniques allowed me to move fluidly between ideation and realization, while staying close to the tactile nature of making.

This project explores the redesign of a transmitter for an implantable continuous glucose monitoring (CGM) system, developed in collaboration with BioTeq Ltd. The goal was to create a device that addresses the most common causes of CGM discontinuation — including discomfort, visible disease markers, and alarm fatigue — while offering improved integration into the user's lifestyle. Through a user-centered design approach, I led the process from problem definition and research to prototyping and testing. The final solution is a modular, discreet, and customizable transmitter that allows for greater freedom, control, and comfort in diabetes management. Key outcomes included: Customisable haptic alerts to prevent alarm fatigue Flexible attachment options (strap, adhesive) to reduce skin irritation Sleek, lifestyle-compatible aesthetics Quick charging, wireless connectivity, and waterproof casing This design not only enhances daily usability for individuals living with Type 1 and Type 2 diabetes but also aligns with BioTeq’s mission to innovate human implant technologies.