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StackeRs
Sustainable solutions for the lifecycle of baby care products. [2018 university project]
By
2050,
there
will
be
more
plastic
than
fish
in
the
ocean
by
weight.
Approximately
100,000
marine
mammals
and
1
million
seabirds
die
each
year
from
plastic
pollution.
Only
about
9%
of
all
plastic
waste
ever
produced
has
been
recycled.
StackeRs
As a design engineer, I tackled the environmental impact of single-use plastics in baby care packaging by designing StackeRs, an innovative solution that reduces waste and provides value to end-users. Leveraging my skills in design thinking, 3D modeling (CAD), and sustainable design principles, I developed a packaging concept that transforms into a set of versatile, safe building blocks post-use.
Through iterative prototyping and material exploration, I refined the design for optimal functionality and manufacturability, opting for 95% recycled plastics. I also devised a closed-loop system for collection and recycling of the blocks.
StackeRs demonstrate my ability to apply a user-centric, sustainability-focused approach to product design, combining research, creativity, and technical skills to address real-world challenges. This project highlights my proficiency in:
- Design thinking and problem-solving
- 3D modeling and rapid prototyping
- Material selection and sustainable design principles
- Iterative design and testing
- Designing for manufacturability and end-of-life




