Algy Falconer
MRes RCA, BASc UCL
My transdisciplinary approach to design began at the age
of about 12, when I first began to explore graphic design,
UX/UI and CAD.
Later on, I was lucky enough to
become one of the first cohorts of UCL’s Arts &
Sciences, BASc. This liberal, interdisciplinary degree
provides a psychedelic perspective that dissolves
disciplinary boundaries, encouraging creative approaches
to the wicked, interconnected challenges of the 21st
century. I continued in that vein with the RCA’s uniquely
interdisciplinary Master of Research, Design.
My
BASc focussed on problems associated with Health and the
Environment; particularly through the disciplines/lenses
of Regenerative Medicine/Biochemical Engineering, the
Cognitive Science of Aesthetics, Data Science and Design
Engineering. My MRes focussed on the application of
systems thinking and transdisciplinary research to map
complex problem spaces and develop probes to test
plausible design opportunities.
These courses
helped me develop a range of research and design skills,
particularly in cybernetics and systems thinking/doing;
ethnography; data science; applied psychology and
neuroscience; and transdisciplinary prototyping and
collaboration.
Both my undergraduate and
Master’s theses explored the application of cognitive
science in design; in particular looking at the
application of empirical æsthetics to improve individual
wellbeing and reduce waste.
Since graduating
from the Royal College of Art in 2021, I've been
applying my research-based, transdisciplinary approach to
design: integrating strategic/systems thinking, contextual
research and data science with cognitive and behavioural
insights to design and engineer experiences that drive
desirable psycho-behavioural outcomes.
Over
this time, I've developed digital and physical
strategies and experiences for high-profile clients such
as Amazon, HSBC and Waitrose. Most recently, I've
been collaborating on impact-based projects across areas
as diverse as architecture, the sustainable food
transition, mobility tech and public service provision.