Jeffrey Lind

Jeffrey Lind

Grew AestheticOS to $100k+ revenue. Saved PlastiExports $18,500 a year in labor. Applied LLMs to civil engineering and won a $2.5m research grant. Cut a jet's avionics weight 40% and parachute cost 70%.

AestheticOS Website

The aestheticos.ai home page: a sculpted monogram glowing over a black hero.
The website design page, splitting black typography against a cobalt engraving and live code.

Weston Center for Plastic Surgery

The Weston Center home page: soft clinical photography under a clean, confident masthead.
The site navigation: procedure categories, patient resources, and a clear path to book.
The procedures section: surgical and non-surgical offerings laid out in a calm grid.

Lind Plastic Surgery & Med Spa

The Lind Plastic Surgery home page: refined clinical photography under a polished practice masthead.
The contact page: office details, map, and a clear path to request a consultation.
The breast augmentation procedure page: treatment overview with clinical photography and clear next steps.

BMI088 Breakout Board

An isometric render of the BMI088 breakout: silkscreen axes, interrupt pins, and a compact IMU package.
The assembled breakout seated in a breadboard, ready for I2C bring-up.
The underside of the board, marked AeroStrike Exploration Technologies V1.0.

EagleX

CAD of the full stack: rocket on the pad, clamp arm raised.
Top-down CAD of the pad: clamp arm, hold-downs, and the rocket seated in the ring.
Close-up of the launchpad frame: extruded aluminum, brackets, and fasteners.
The pad base from behind: hydraulic actuator, white seating ring, and black enclosure.
The Christmas rocket on the shop floor: red, white, and green airframe with a TVC fin can.
A 3D-printed thrust-vector mount cradling a motor, servos wired and ready.

Test Stand

The stand on a hillside before a static fire, mountains and a valley town behind it.
CAD of the load-cell test stand: cube frame, motor mount, and a board labeled Got Thrust?
The controller board: a Teensy on a black carrier with screw terminals.

DeepXFlow

DeepXFlow in the browser: geometry controls beside a velocity field across a stilling basin.

Miscellaneous

Lab team assembling a clear-channel flume: aluminum extrusions, glass walls, and hands on the frame.
Particle image velocimetry in the flume: a green laser sheet cutting through seeded flow.
Two researchers in laser-safety goggles watching a flume run under blue light.
Project Boom aircraft strapped to a car roof under a clear sky.
Black-and-orange Project Boom airframe on display at a conference booth.
Phase-one parachute recovery system diagram: bay, shock cord, ejection charges, and sequence.
A shop-built nanobubble generator: pump, red hoses, PVC sparger, and a glass tank.
Ψ Lab undergraduate hiring flyer: computation meets civil engineering at the Water Infrastructure Laboratory.