Alina Hramyka is a researcher, architect, and creative director at the forefront of emergent technologies, scientific methodology, additive manufacturing, and generative design. Her leadership as a creative director for tech and innovative materials startups has driven these companies forward.
Alina previously taught at Temple University, Philadelphia, and gained professional experience at the leading nano-scale 3D printing MIT Spin-off startup OPT Industries, Sokolova Architect and Shkolnikov’s Atelier. She holds a Master of Science from the Architectural Association School of Architecture, London, the UK, and another master’s at Belarusian National Technical University. Alina has also received a prestigious scholarship for leaders. Chevening scholarships are given to 2-3% of the applicants.
Neil Grewal and Alina Hramyka are experts in computational design, materials and manufacturing, creative arts and aesthetics. They are united by a common goal - to create exceptional products and experiences that promote long-term environmental health and inspire positive change in the world. Using cutting-edge technology and the power of nature, we’re crafting solutions that are both beautiful and environmentally responsible.
At our core, we believe in the transformative power of design to shape a better world. We're creating exceptional and ecologically responsible products by harnessing the latest advancements in computational design, materials, and manufacturing. We invite you to join us on this exhilarating journey towards a brighter future where technology and nature harmonise to champion long-term environmental health and inspire positive change. Together, we can make a significant impact.
Using cutting-edge computational tools and innovative design strategies, we develop customised solutions inspired by natural forms, patterns, and materials. We believe the best designs challenge the status quo and transcend traditional boundaries, creating a more connected, ecologically aware, and innovative future.
Using cutting-edge computational tools and innovative design strategies, we develop customised solutions inspired by natural forms, patterns, and materials. We believe the best designs challenge the status quo and transcend traditional boundaries, creating a more connected, ecologically aware, and innovative future.