Founder / Research Designer
Independent lab / studio
ParaMedia is currently shaped as a personal research laboratory with an open collaboration model.
Functional CMF / Tangible Media / Material Interface

ParaMedia studies how surfaces, materials and physical forms can become legible, responsive and product-ready interfaces.
ParaMedia sits between HCI research, material experimentation and product prototyping. The work is not decoration-first CMF; it treats appearance, tactility and structure as part of how a product senses, communicates and acts.
Color, material and finish as variables with interface behavior.
Physical surfaces that make computation readable through touch and form.
Material systems that reveal state, affordance and feedback without visual clutter.
Research prototypes refined toward manufacturing logic and real-world use.
Independent lab / studio
ParaMedia is currently shaped as a personal research laboratory with an open collaboration model.
How material finish, opacity, texture and color encode product states and guide user action.
Physical controls, responsive surfaces and object-scale interaction models beyond the flat screen.
Making hidden sensing, transformation and performance visible through restrained material signals.
Project pages can later expand into case studies with process, material trials, interaction videos and technical notes.
A tactile material sample that changes perceived affordance through light, texture and local deformation.
A material decision system connecting visual finish, touch quality and functional product state.
An object-scale interface where feedback appears as motion, resistance and material transformation.
ParaMedia turns speculative material interaction into defined systems: principles, prototypes, evidence and product direction.
ParaMedia is open to research partnerships, prototype commissions, exhibition work and product-facing CMF exploration.