ISE DISPATCH Max currently optimizing desk sleep posture in Phillips Hall
ENGINEERING ALERT High-velocity free soda transmission pipe blueprint drafted
LOUIS COLLABORATION Podiatry and Indie Science Engineering symposium announced
ISE DISPATCH Max currently optimizing desk sleep posture in Phillips Hall

Max: The Indie Science Engineer

While conventional engineering majors build bridges and circuit boards for corporate profit, Max practices Indie Science Engineering (ISE)β€”the decentralized art of rogue campus innovation, desk ergonomics, and nocturnal calculations.

Max, Indie Science Engineer, asleep on classroom notebook ISE EXHIBIT #A β€’ DESK SLEEP PROTOCOL

Max in Deep Computational Stasis

Captured in the wild during a 300-level STEM lecture. Max demonstrates the coveted "Folded Arm Cushion" technique, allowing micro-REM dreaming while maintaining auditory awareness of potential pop quizzes.

What is an "Indie Science Engineer"?

As an ISE major, Max rejects the mainstream commercial engineering establishment. He does not use expensive CAD software or venture-backed incubators. Instead, he designs underground prototypes powered by cheap capacitors, free dining hall straws, and pure intellectual grit.

Symbiosis with Louis Small:

When Louis discovers a new way to beat the UNC meal plan, Max is the engineer who models the fluid dynamics of the soda fountain dispenser. When Max needs an orthotic wedge to prevent wrist strain during marathon soldering runs, Louis prescribes custom podiatric support.

OPERATIONAL CODENAME MAX_ISE_001
PRIMARY WEAPON 0.7mm Pilot G2 Pen & Spiral Notebook Pillow
CAMPUS VELOCITY 4.8 mph (when free pizza is announced)
RESTING HEART RATE 42 bpm (during 8:00 AM chemistry lectures)

πŸ“‘ Max's Neural Oscilloscope (Live Signal Simulator)

Monitoring brainwave frequencies during classroom sleep vs. indie engineering ideation.

DELTA WAVES Active during textbook slumber
440 Hz HARMONIC Resonance with free fountain carbonation
0.00% DEFLECTION Neck angle stability index

The Indie Science Engineering Catalog

Selected projects designed by Max in collaboration with Louis Small.

PROJECT 01

The Pneumatic Soda Siphon

A concealed gravity siphon running from Lenoir Hall directly into Louis's backpack, providing constant zero-cost root beer without triggering dining hall door alarms.

FEASIBILITY: 88.4% β€’ STATUS: TESTING
PROJECT 02

Ergonomic Spiral Notebook Pillow

Field-tested in max.png. Specially engineered wire binding that leaves zero spiral marks on cheek flesh while dampening lecture acoustical frequencies.

FEASIBILITY: 100.0% β€’ STATUS: DEPLOYED
PROJECT 03

Toe-Activated Wordle Input Pad

Allows Louis to submit 5-letter guesses under the desk using foot metatarsal pressure sensors, keeping his hands free to hold the brioche chicken sandwich.

FEASIBILITY: 72.1% β€’ STATUS: PROTOTYPE