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Undergraduate Personal Statement
When
my
grandmother
was
diagnosed
with
early
-
stage
dementia
last
year
,
my
family
faced
a
quiet
crisis
:
how
to
ensure
she
took
her
medication
at
the
right
times
without
stripping
her
of
autonomy
.
I
built
a
simple
reminder
application
using
Python
and
a
Raspberry
Pi
,
pairing
auditory
alerts
with
a
large
,
friendly
interface
that
she
could
navigate
confidently
.
Watching
her
interact
with
something
I
had
made
reframed
my
understanding
of
computer
science
entirely
.
Code
,
I
realised
,
is
not
merely
syntax
and
logic
;
it
is
empathy
made
executable
.
It
is
this
intersection
of
technical
rigour
and
human
impact
that
drives
my
ambition
to
study
Computer
Science
at
undergraduate
level
.
My
A
-
level
studies
have
provided
a
strong
foundation
for
this
path
.
In
Mathematics
,
I
have
developed
an
appetite
for
formal
proof
and
algorithmic
thinking
,
particularly
enjoying
the
discrete
topics
that
un
-
derpin
computational
theory
.
Physics
has
sharpened
my
ability
to
model
complex
systems
,
while
Computing
has
given
me
practical
fluency
in
data
structures
,
object
-
oriented
design
,
and
SQL
.
For
my
Extended
Project
Qualification
,
I
investigated
the
algorithmic
bias
present
in
automated
hiring
tools
,
in
-
terviewing
two
data
scientists
and
surveying
forty
local
businesses
.
The
project
taught
me
that
tech
-
nical
solutions
are
never
politically
neutral
,
and
that
ethical
literacy
must
be
embedded
alongside
pro
-
gramming
skill
.
I
was
awarded
an
A
*
for
this
work
,
and
it
remains
the
standard
by
which
I
judge
my
own
intellectual
curiosity
.
Beyond
the
classroom
,
I
sought
experience
at
the
point
where
software
meets
the
physical
world
.
Last
summer
,
I
interned
at
Flux
Labs
,
a
Manchester
-
based
startup
building
IoT
sensors
for
agricultural
monitoring
.
I
spent
six
weeks
debugging
firmware
written
in
embedded
C
,
tracking
a
memory
leak
that
caused
intermittent
crashes
across
a
deployment
of
fifty
sensor
nodes
.
The
solution
required
reading
hardware
datasheets
,
collaborating
with
an
electrical
engineer
,
and
running
overnight
stress
tests
in
a
cold
barn
.
That
process
taught
me
resilience
more
than
any
textbook
could
.
I
also
read
Tracy
Kidder
’
s
The
Soul
of
a
New
Machine
,
which
crystallised
my
respect
for
the
marathon
of
sys
-
tems
engineering
:
the
deadlines
,
the
team
dynamics
,
and
the
obsessive
attention
to
detail
required
to
ship
working
hardware
.
I
believe
the
best
technologists
are
those
who
step
outside
the
terminal
.
As
captain
of
my
school
’
s
debating
society
,
I
have
argued
cases
ranging
from
the
ethics
of
autonomous
weapons
to
the
regula
-
tion
of
cryptocurrencies
,
learning
to
articulate
technical
concepts
to
non
-
specialist
audiences
.
This
skill
proved
invaluable
when
I
volunteered
with
CodeHer
,
a
local
initiative
teaching
primary
-
school
girls
pro
-
gramming
fundamentals
through
physical
computing
.
Watching
a
ten
-
year
-
old
debug
her
first
LED
cir
-
cuit
reminded
me
that
abstraction
barriers
in
computing
are
often
social
,
not
technical
.
Away
from
screens
,
I
hold
Grade
8
violin
and
play
in
a
string
quartet
.
The
discipline
of
score
interpretation
,
of
lis
-
tening
while
leading
,
translates
directly
into
the
collaborative
version
-
control
workflows
I
have
used
in
team
software
projects
.
1 / 2
I
am
applying
to
study
Computer
Science
because
I
want
to
move
beyond
writing
scripts
that
work
;
I
want
to
design
systems
that
fail
gracefully
,
scale
responsibly
,
and
respect
the
humans
who
depend
on
them
.
The
next
four
years
represent
a
rare
gift
of
time
and
mentorship
in
which
I
can
deepen
my
theo
-
retical
understanding
while
contributing
to
open
-
source
and
research
communities
.
I
am
excited
by
the
prospect
of
joining
a
cohort
of
students
who
see
code
as
a
craft
,
and
I
am
ready
to
embrace
the
intellectual
discomfort
that
genuine
mastery
demands
.
Thank
you
for
considering
my
application
.
Yours
sincerely
,
Sophie
Brennan
2 / 2
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