PORTFOLIO
SPYDER
SEAMLESS BIO — MECHANICAL AUGMENTATION
CLASS — A PROSTHETIC
ABOUT
The Hydra prosthetic is designed to restore limb movement and usability for individuals with single or multiple digit loss.
Beyond its practical purpose, Hydra seeks to redefine traditional prosthetic design by introducing a bold and innovative aesthetic to the market.
The device enables users to regain partial grip and lifting ability in the affected hand but does not enhance gripping or lifting strength beyond their natural capacity.
Hydra operates without electronics, relying on body power. A secondary component, worn around the wrist, is required for complete operation.
MECHANISM
The prosthetic is driven by the body of the wearer.
A tensile cable creates a pull at the tip of the prosthetic, forcing it to bend inwards.
The prosthetic returns to its initial position when the pull is released.
Elastic wires anchored within pull each part together.
CONCEPT EVOLUTION
DESIGN DIRECTIVES
CAPSTONE
Tunnel exits are hidden by a capping feature, on distal and proximal phalanges.
ROTATIONAL CONFORMITY
Extrusions on the exterior of the middle phalange, facilitate proper rotation and stopping during operation.
ROTATIONAL CONFORMITY
Extrusions on the exterior of the middle phalange, facilitate proper rotation and stopping during operation.
TENSION ADJUSTMENT
Screw hole features on all parts enable precise tightening and loosening of wires running inside the prosthetic, ensuring perfect operation over-time.
SITUATIONAL AWARENESS AND DATA RELAY PLATFORM
PYDER S
CLASS 1 MULTI-ROTOR UAV PRODUCTION READY
Spyder is a compact platform for situational awareness and data relay, designed specifically for first responders and combat personnel.
It enables users to observe and assess critical or high-risk situations before manual intervention becomes necessary.
With a mission to save lives on both sides, Spyder seeks to foster a safer urban environment by enhancing situational awareness and enabling informed decision-making in critical scenarios.
Optimized for urban landscapes, Spyder’s compact form factor allows it to navigate tight and controlled environments with ease.
Additionally, the drone is highly adaptable, featuring a boot port on its underside that allows for reconfiguration and modification to suit a wide range of applications.
FLIGHT MODES
CONCEPT EVOLUTION
DESIGN DIRECTIVES
REPAIRABILITY
Debossed slotting towards part splits allows for a clean, hasslefree dis-assembly.
SENSOR OPERATION
Carefully adjusted slits on the underside of the body allow sensors to collect data without obstruction, while ensuring the drone remains free of external debris and dust.
WEIGHT REDUCTION
Ridges subtracted from main volume on the underside of the protection arms provide a certain degree of weight reduction with no compromise in structural integrity.
GROUND CLEARANCE
Protrusions on the underside of the drone body allow for a safe clearance between critical surfaces and the ground, while enhancing the overall look.
STUDIO AND HOME AUDIO MONITORING HEADPHONES
ECLIPSE
ABOUT
The Eclipse headset aims to break away from the conventional norms of the professional audio monitoring market.
It reimagines the purely functional and utilitarian design of traditional monitoring headphones, paving the way for limitless possibilities in form and aesthetics.
The headset showcases a sculptural design inspired by soft, organic shapes, while the headband contrasts with a more structured, man-made form.
The Eclipse headphone’s refined design is complemented by high-performance audio drivers sourced from leading industry innovators, positioning it firmly in the premium market.
CONCEPT EVOLUTION
DESIGN DIRECTIVES
REPAIRABILITY
Debossed slotting towards part splits allows for a clean, hasslefree dis-assembly.
TACTILE FEEDBACK
Embossed dots towards the back of the left earcup allow for easy identification and handling of the headset under low-light conditions.
ROTATIONAL ADJUSTMENT
Clearance between extension socket and earcup ensures optimal rotational adjustment, at the cost of an air-tight design.
EXTENSION
Dowel-like detail in the extension arm of the headset simplifies earcup adjustment mechanism.
Sennheiser®
x
ARYAMAN KASHYUP
GUITAR AUDIO MANIPULATION
NEUTRON STAR
DISTORTION PEDAL
The Neutron Star project follows the revival of a dying pedal.
This project aims to explore modern formature and minimal linework, in an attempt to create a simple, user-friendly interface for the modern day guitarist.
The pedal features an extremely sleek profile, retaining essential features, doing away with unecessary clutter.
CONCEPT EVOLUTION
DESIGN DIRECTIVES
CONTROL SEPARATION
Control knobs placed in a physically seperated feature give way to a legible, user-friendly physical interface to the pedal.
OPERATING SEPARATION
Footswitch and operating indicator grouped together through a physical form provide clarity to the user.
1. Enclosure A
2. 9-Pin Footswitch
3. Enclosure B
4. Control Knobs
5. Potentiometer Brace
6. Digitech® DDM (Modded)
7. M2 x 10mm Hex Bolt
