OS 3
JEFFREY
Interdiscipl
of Chicago
Experience
- Present
•
- 2024 Freelance l Chicago IL AIADO Department, SAIC l 36 S. Wabash, Chicago IL
GRADUATE OFFICE / TEACHING ASSISTANT
Department s work, pro ects and events
• Creat ng engag ng and re evant content for Instagram including posts, stor es, and ree s, that al gn w th the department s brand and ob ectives
• Assist ng students with Rh no 3D model ng and basic arch tectura concepts.
• Adv s ng students on academic and vocational curr cu a and on career issues EXHIBITION DESIGNER
• Util zed ArchiCAD AutoCAD and REVIT to produce architectura working draw ngs VRAY for render ngs
• Cooperated with senior architects to sketch and draft documents for cl ent eva uation
• Coordinated w th engineers to get structural e ectrical and mechanical
PLACE MARKER - SURVEY DEVICE
MALTMESH - BIOMATERIAL CAN CARRIER
TORQUE - PLANT DRILL
OS3 RING - WEARABLE
HEDRON PANELS - ARCHITECTURE ASSEMBLY SNEAKER DESIGN - PRODUCT SKETCH
PLACE MARKERS
CONCEPT ANALYSIS
The place marker was an instrument designed by me for use in conducting site analysis, capturing soil samples, indicating plot layout and water levels at the Illinois State Beach Park for the Aquastructure project It is deployed in 12 grid points to gather data of a targeted survey area
DESIGN
TORQUE
DESIGN
Spiraling from the place marker, I decided to create an iteration that focused on the automated process of soil drilling for planting The concept captured the idea of the drill bit digging through the soil powered by a rotor motor and a seed released in the process. This would simplify the process of farming and gardening. The prototype was made using an Arduino and servo motor connected to the 3D printed elements
Hidden Detail Axon
Exploded Axon
Assembled Axon
SPECIFICATION DRAWING
OS3 RING
DESIGN
For brand statement, and a blend of fashion and product, I designed the wearable ‘OS3 ring’. It displays a blocky iteration of the original logo with extra lining on the sides. A prototype was created using transparent resin from the Formlab 3D printer
MALTMESH
CONCEPT
MaltMat is a bio-based material that promotes sustainability by reusing waste beer spent grain [BSG) and creating fully biodegradable packaging solutions Brewer's spent grain (BSG) is a food waste that is a byproduct of the brewing industry that makes up 85 percent of brewing waste.
PROCEDURE
Spent grain 100g
Mixture A
Water 160ml
Agar 12.5g
Glycerine 8ml
Mixture B
Water 250ml
Sugar 25g
Calcium Propionate 6g Ingredients Mix the ingredients for each mexture A, B
1 Add Mixture Part B into the solution and boil again.
Add dehydrated spent grain to Mixture Part A and bring to a boil.
3 Pour the mixture into a appropriate container.
Cut the maltmat on a laser cutter machine.. Laser cut 5 Place your canned drinks the maltmesh and use. Load the Mesh 6
Dry in a clean, ventilated environment.
HEDRON PANELS
CONCEPT
The Hedron Panels were designed as an architecture assembly to create structures that exude a humanistic essence, embodying a strong sense of ‘placial identity’ and visual allure, contrasting the lackluster urban landscape. The design focuses on tactile sensitivity and responsive architecture for DIY program features.
The wood frames were cut in CNC and the hinges are 3D printed
Glass with wooden frame
Glass with wooden frame and auomated facade shaders Dynamism
SNEAKER DESIGN SKETCH
VR GAME
