DESIGN
PORTFOLIO
Jay Prajapati
1 CYCLOTRON hand mixer // CYCLOTRON
// FORCE
// FLEX
// TOT
// TRANSIRE
// 4
BATTERY OPERATED
WATER-PROOF
TOUCH PAD
HANDLE
STORAGE
flexibility wall mount charger light weight
material air circulation controller
user friendly quick operation memory
ergonomic color multi functional
wall mount part friendly carry case
Design Opportunity
Project Goal
The goal of this project is to redesign the existing Black & Decker - Spatula Smart Hand Mixer. New design will cater to be cord-less, water-proof and user centered product with multi-functional add-ons : storage and a wall-mount charger.
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Worm Gear DC Motor
Micro Chip Ejector Pins Fan Touch Screen
ON\OFF Button
ABS, Black (Polylac PA-765)
Beater Holder LED Light
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Outer Body - ABS Polylac PA-765 - Injection Mold, Matt Beaters - Spring Steel - Silicon Coating Motor - Magnetic Coil - Worm Gear Battery - LiOn - 12 V DC Microchip - N/A - Processor Touch Screen - N/A - Feather Touch pad Light - LED - Intermediate Screw - Spring Steel - ABS Cap (Orange)
Beaters
Exploded View
Concept Sketches
12 V DC Battery
// 7
Rendered Views // 8
sneak - peek of the final product
// air vents
// handle detail
// start button
// handle detail
// final model // 9
1. Ejecting Beaters
// 10
// color options - adding bright colors to the kitchen environment
2. Wall Charging Dock
3. Charging // 11
Project Summary
The problem was solved by designing Cyclotron, which is battery operated, water-proof, with an ergonomic handle, and has a touch screen which will store upto four preset settings.
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2 FORCE NFL helmet
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IMPACT RESISTANT
REPLACING PARTS
INNOVATIVE MATERIALS
TECHNOLOGY
FINISHES
dual shell surface light weight expansion joints
understanding flaws approaching issue new material / finish
eco - friendly effective dynamic looking
eco - friendly quick execution long term effect
innovative technology effective execution reduces risk
Design Opportunity
Project Goal
2
FORCE is designed to reduce impact risk and increase safety by redesigning the existing Riddell helmet, using emerging material and finishes with improvising technology.
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Inner Padding
Piezochromatic Paint
Expansion Joints
Inner Shell
Outer Shell
Face Mask
Concept Sketches
Outer Shell - Polycarbonate - Injection Mold, Smooth Inner Shell - CURV - Thermo-form, Smooth Expansion Joints - Super Rubber - Deep Bellow Mold, Matte Inner Padding - D3O - Injection Mold, Smooth Face Mask - Spring Steel - Injection Mold, Polished Mask Fasteners - Spring Steel - Injection Mold, Smooth Paint - N/A - Piezochromatic Paint
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my input - all the sketches, details and renderings
my input - complete 3D model and renderings, final 3D renderings following next pages till the end of project
Concept Exploded View
Mask Fasteners
// 19 // 19
Snaps Expansion Joints
Air Vents
Outer Shell
Mask Fastener Face Mask
Inner Padding
Inner Shell Outer Shell
// 20
// external structure
// internal structure // 21
Rendered Views - External Structure // 22
sneak - peek of the final product
// joinery detail
// expansion joint
// side ear detail
// air vent
// final // model 23
Project Summary
FORCE is a two shell helmet which is connected by the expansion joints. The inner layer is fixed to the head by D3O and only the outer layer moves when under impact. The impact is determined when the pizochromatic paint changes the color.
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// front view
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3 FLEX bike
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MID-DRIVE FOLDING
CHARGING
STANDARD WHEEL SIZE
LOCK
STORAGE
simple folding one step folding central lock
integrated battery device charging easy and quick
ease on folding regular size tubeless tire
integrated lock wire lock wire cutter resistant
add-on feature stores small stuff holds battery
Design Opportunity
Project Goal
The goal of this project is to create a quality product that will appeal to customers who want storage opportunities, innovative and lightweight materials while having the certainty that the bicycle is safe.
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2
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5
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12 11
31
26
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13
6
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Concept Sketches
18 21 17
sketches - my input for details and rendering by team
21
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3
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27
10
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15
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40
2
11 12 11 12
20
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Part
Material
Quantity Process
handle bar rod handle bar cover screw head set brake lever suspension exterior rod interior rod central rod lock ring spacer needle roller bearing retaining ring fork rim tire drive shaft brake housing brake pads lug nut cap locking screw front frame rear frame hinge hinge pin door door inside pedal outside inside pedal pedal hinge crank arm lock drive shaft rack rack cover seat rod seat battery back usb led light brake controls grip tape pedal rotate
titanium vegetable tan leather rap steel titanium titanium steel steel steel titanium titanium titanium steel titanium titanium titanium nylon, cotton, silk, steel steel plastic rubber titanium steel steel titanium titanium titanium steel bamboo titanium bamboo titanium titanium titanium steel steel titanium bamboo steel vegetable tan leather plastic shell/battery
2 2 8 1 1 1 1 1 1 1 4 4 1 1 2 2 1 1 2 2 2 1 1 1 1 1 1 1 2 2 2 2 1 1 1 1 1 1 1
3d print stitched threat rolling 3d print 3d print rolled/bent rolled rolled 3d print 3d print 3d print rolled 3d print 3d print 3d print casing/threading stamped 3d print casted 3d print rolled rolled 3d print 3d print 3d print rolled steam bend 3d print cut solid piece 3d print 3d print 3d print stamped/rolled stamped/rolled 3d print cut rolled stitched 3d print/rolled
silicone carbide/ epoxy / glass steel
1 2 2
3d print/rolled 3d print/rolled 3d print/rolled
Concept Exploded View
4
team input - call-outs; my input - 3D model and renderings // 31
// 32
// head lamp
// half//fold 33
// 34
// full fold
// final model // 35
Project Summary
FLEX is designed to fit and lock into small spaces which is achieved by the mid-drive folding mechanism and an inbuilt locking mechanism. It has a storage which houses a battery to charge the devices on the go and store some stuff as well.
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// final model
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4 TOT
prosthetic leg
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AGE-GROUP
EXPERIENCE
INNOVATIVE MATERIALS
TECHNOLOGY
FINISHES
focusing on kids of age - group 4 to 10
orienting them to have a more positive experience
eco - friendly effective dynamic looking
eco - friendly easy execution
innovative technology effective execution
Design Opportunity
Project Goal
TOT is designed to help children of age 4 to 10 with transtibial amputations and direct them to have a positive experience with their prosthetics by implementing innovative material and finishes.
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5
1
12 6 3 14
13 4
18
2
15
Concept Sketches
19
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16 20
center sketches - by team, my input - all the peripheral sketches
Concept Exploded View
17
my input - 3D model and renderings followed on next pages // 43
// 44
// 31 45
Final Rendered Views
Exploded View - Isometric
custom superhero inspired color options specially designed for children
custom superhero inspired color options specially designed for children
Color Options
Color Options // 46
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5 TRANSIRE bus stop
how to enhance the overall waiting experience.?
// 50
ORIENTATION
MODULAR
EXPERIENCE
ELEMENTS
SOLAR POWERED
view point accessibility
modular design individual units
interaction seating / waiting
modular seating stand-alone
self sustaining charging ports
Design Opportunity
Project Goal
The goal of the project is to engage user of metro cities to have a better waiting experience by offering digital display panels and integrated comfortable sitting elements with the ease of charging their devices on the go.
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Concept Sketches // 54 52
// 53 // proposed design
Solar Panel
Display Panel inside / outside
Galvanized Steel Frames
Cement Sheet
Light
Exploded View - Shade
Galvanized Steel Frames
// 56 54
Bent Plywood Seating
Galvanized Steel Frame
Roof Frame Shade Display
- Solar Panel - Galvanized Steel - Fiber Reinforced Cement Sheet - Plasma Display
Frame Seating Side Panel
- Galvanized Steel - Bent Plywood - Plywood Sheets with grooves
Exploded View - Seating Module
Side Panel
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// 58 56 // 59 57
ADA - Only shade
Fixing Method
// 58
// in context
// in context // 59
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// module at night
// in context
Project Summary
TRANSIRE is designed to cater from a metro-city scale to sub-urban scale where the traffic is comparatively less. Prefabricated modular design offers the flexibility to use desired number of units as per the requirement of the location.
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// in context
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thank you and be in touch for more
Future Prospects
// Jay Prajapati
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Design Strategist // SCAD University Industrial Design // SCAD University // jyprjpt07@gmail.com // (912)-484-9415