Atiksh Pardeshi
Portfolio · Class of 2027

Atiksh Pardeshi

I'm drawn to how things work as much as how they look.

Exploring biomechanical, robotics, and electronics engineering.

What I'm Thinking About Now

Current thinking, still in progress

The two sketches below are unfinished, working ideas rather than polished designs — but they show a pattern I keep coming back to: I set myself an open-ended problem, then work it through piece by piece.

Concept sketch for a small go-kart, showing seat, headrest, and steering layout
Mechanical Concept

A grounded mechanical exercise

A concept sketch for a small go-kart — I worked out the seat, headrest, and steering/braking layout in enough detail that it could plausibly be built, not just drawn for effect.

Concept sketch for a biomechanical spine support system
Additional concept page Additional concept page
Biomechanical Concept

A more open-ended question

A speculative concept for a robotic spinal support structure. I worked through it issue by issue: how it might regulate temperature (I borrowed a passive cooling approach from termite-mound architecture), how it might source and store power, and where the idea runs into real constraints — I noted those directly on the page, including structural trade-offs and the simple fact that people wear clothes over something like this.

It's a rough, evolving idea, not a finished proposal. What it shows is a habit I have of thinking across biology, energy systems, and mechanical design at once — which lines up with why I'm interested in biomechanical engineering specifically.

From Bricks to Machines

Where the instinct met real constraints

That same habit carried into formal robotics competition, where ideas have to work within actual limits — power, weight, rules, and a clock.

Techno Toad FTC robotics team
2 years

FTC — Techno Toad

FIRST Tech Challenge

I contributed to robot design, build, and competition strategy. This was my introduction to 3D CAD modeling and 3D printing — I got to see, firsthand, how a design moves from a concept to a manufactured part.

Techno Toad team photo Techno Toad robot Techno Toad competition Techno Toad team
3 years

FRC — Frog Force

FIRST Robotics Competition

A step up in scale and complexity from FTC. I got more exposure to design complexity and the discipline it takes to actually deploy a working system, and I stayed involved in volunteering with the team along the way.

Ongoing

SolidWorks 3D CAD

Design & Modeling

Self-directed work in SolidWorks, which I use to support the robotics build work above — the same design instinct from my sketches, now in a CAD environment.

Form Meets Mechanism

Where my art starts thinking like engineering

Some of my sketches aren't really about a character or a creature — they're closer to working out a mechanism: how a joint would move, how plating would attach, how a weapon would actually be gripped and fired.

An anatomical sketch of an armored figure

Form meets mechanism

An anatomical study working out how plating might attach across a moving joint — a question of mechanism as much as appearance, and a small preview of the biomechanical thinking that shows up later in my current project work.

Armored figure, full pose Construction study of a torso using basic shapes Anatomical study of a hooded figure's neck and jaw Dynamic pose study of an armored figure Sketch of a hand gripping a mechanical weapon
Same Habit, Different Material

Building the same way, just in plastic

Long before robotics competition, I was already doing a version of the same thing with LEGO — building things that needed to work, not just look right.

A self-designed Lego aircraft with cockpit canopy and forward-mounted armament

Outfitting, not just outlining

A self-designed aircraft build. Rather than stopping at a recognizable outline, it includes a distinct cockpit canopy, forward-mounted armament, and a wing structure built to carry it — detail that goes past matching a picture and into equipping something for a role.

Custom Lego fighter aircraft Lego build with sensor booms and landing wheels Layered Lego speeder build Custom Lego vehicle build Custom Lego vehicle
Structure, Not Just Outline

Art work

A graphite study of a dragon in flight. I drew the wing with the strut-like supports a membrane would actually need to hold its shape under load — the same question a structural engineer asks of any thin surface expected to bear force.

Dragon in flight, wing structure study Dragon with folded, crossed wings Dragon with spread wing, shaded study Dragon head study with red highlight Colored dragon head study

Dragons come up a lot, but they're not the only thing I draw.

Patterned lion illustration Patterned peacock illustration Illustrated feather quill study Spider-Man mask illustration Original tentacled creature design Colored pencil peacock on a branch Self-portrait
Also Along the Way

Alongside the robotics and design work

  • Novi Library Derby2nd place, finals · 2 years running
  • Invention Convention (State Science Fair)5th & 6th grade
  • Novi Varsity EsportsTeam member
  • i-Sport SoccerTeam member
  • Microsoft Office Certification2025
  • Python — White Hat Junior2021
  • Aloha Abacus Mind MathK – 4th grade
Derby race trophy
3D printed derby car
Soccer team
None of this is finished. The sketches above have gaps, and the concepts raise questions I can't yet fully answer — that's the point at this stage. The habit of noticing a system and asking how it would actually work is already there. The tools, training, and time to take it further are what I'm looking for next.