OUR PORTFOLIO

Industrial Three way Infrared Heater

Three-way infrared heating system engineered to deliver highly efficient and uniform thermal conditioning for PVC sheet extrusion processes. The design incorporates three independently controlled IR heating zones arranged to maximize surface coverage, stabilize surface temperatures, and ensure consistent sheet surface and bow quality.

Constructed on a rigid, modular aluminum framework, the system integrates infrared emitters to optimize heat distribution and energy utilization. Adjustable positioning mechanisms allow fine tuning of heat angles and distances, enabling operators to tailor thermal profiles for specific material formulations and extrusion speeds. Developed for demanding industrial environments like extrusion process lines.

A partially assembled robotic or mechanical device on a worktable in a workshop, featuring metal and red components, aluminum framing, with tools and parts scattered around.

A person's hand rolling an orange and white ice cream cone on a light blue surface.

DISINFECTANT DISPENSER

This patented medical iodine applicator was conceived, designed, and developed by our team from initial concept through to fully mass-produced product. Created as a sustainable re-engineering of a common single-use applicator that typically ends up in land waste, the new design increases material recyclability to 75% while maintaining full compliance with medical regulations and performance standards. Through detailed research of existing products, iterative design development, and rigorous engineering for manufacturability, the final solution delivers improved usability, reduced environmental impact, and seamless integration into clinical workflows. I am listed as the named designer on the patent, reflecting my end-to-end role in the innovation and development process.

Close-up of multiple perforated metal sheets with different textures.

OCEAN/FLOOR

This project explores sustainable material innovation through the design of an extruded product incorporating 25% ocean-waste LDPE. The process began with an in- depth review of existing products and material performance benchmarks, followed by iterative prototyping using 3D printing to validate geometry, functionality, and user interaction. Insights from these prototypes guided the refinement of the final design, which was produced through a custom extrusion process. The result is a durable, manufacturable component that demonstrates how recovered marine plastics can be effectively integrated into practical, high- quality products being used in many applications today.

Child's hand holding a yellow water bottle with animal illustrations, a blue strap, and a blue lid, placed on a wooden picnic table outdoors with a grassy field and trees in the background.

SipGrip

SipGrip is a bespoke ergonomic handle designed to add secure, comfortable grip functionality to metal water bottles that lack built-in handles. Engineered for universal compatibility, SipGrip installs quickly without tools and locks firmly in place for safe everyday use. Its contoured geometry provides a natural, stable hand position, making it ideal for children, gym users, commuters, or anyone who wants a more confident hold on their bottle. Lightweight, durable, and moulded for all-day comfort, SipGrip enhances usability while maintaining the bottle’s original aesthetics—turning a simple bottle into a more practical, user-friendly hydration solution.

Automotive trim design

Introducing our next-generation automotive exterior trim, engineered to elevate both the look and performance of modern vehicles. Designed with a new style clipping mechanism, this solution delivers effortless, tool-free installation that dramatically cuts assembly time while ensuring a rock-solid, rattle-free fit. Manufactured from high-grade engineered thermoplastic and finished in a crisp premium black, the trim offers long-lasting colour stability and a sleek, high-end aesthetic that stands out on any vehicle platform.

MEDISENTRY (RSA)

This RSA briefed project focused on the end-to-end development of a functional product solution, from initial research and concept generation through to refined prototyping and final evaluation. The process began with user and market analysis to define the core problem and design opportunities, followed by iterative sketching, CAD development, and rapid prototyping to validate usability and performance. The final outcome demonstrates a balance of technical feasibility, manufacturing awareness, and thoughtful design intent—reflecting a rigorous, practical approach to product development.

Nurse smiling and shaking hands with an elderly man in a healthcare setting, with medical equipment nearby.