Sugru is an extraordinary new technology in mouldable glue designed for fixing, making and improving multiple materials. Just stick and shape it, and in 24 hours it turns into a silicone rubber. It’s an inventor-lead start-up based in Hackney, London. a highly versatile design role within a creative team, working to tight deadlines and budgets, in an ever-changing, dynamic company on a variety of briefs.
Developing Sugru’s new kits required communication with the entire team, from senior management to the production floor, clarifying development issues, design decisions and implementing new parts and processes.
Creating new single packs and POS included managing the whole NPD process from initial concept through to final production. My input allowed for a unique design and a smooth process within a short lead time, and resulted in the delivery of premium quality packaging.
– Design responsibilities included structural design for packaging and POS, CAD 3D modelling, making of props for high production value videos, devising new project ideas using Sugru for the company’s thriving online community.
– Model making, rendering and samples prototyping for meetings with investors and potential customers, visualisation in 3D of future products and range expansion plans.
“Nature Preserve” jewelry, wooden pieces plated in gold & sterling silver. Acorns, pinecones, pecan nuts and much more, become magnificent nature jewelry while maintaining their natural look and beauty. Handmade by the designer.
Furniture designed and manufactured by me in the workshop, combining metal smiting and carpentry, most of which using parts found in scrap metal yards and reclaimed lumber, reusing and adding value by changing their original purpose or use, adding parts and high quality finish procedures making them a unique and beautiful pieces of modern design.
Coffee table made from stainless steel washing machine drum with added stainless steel legs and a glass top.
Shelving unit from reclaimed lumber, using opposite angles while cutting the edges, allows for a unique chaotic structure while keeping each shelf straight and stable.
Dinning table (210X85X74 cm) using iron parts from an old machine found in a scrap metal yard, adjusting the base to fit dinning table height and adding locking wheels to allow easy movement of the robust structure, the top is made from 8 mm thick tempered glass placed on silicon dots around the frame.
Kitchen peninsula or bar table, made from American walnut, connecting to the doorpost and worktop creating additional work space and dining area. supported also by a stainless steel leg made by opening the edge of a stainless steel tube using a manual press machine.
This is one of many products developed and designed for Speevers, a China-Israel based company for juggling instruments and toys.
It features a line of LED’s controlled by a PCB to obtain several different light scheme, and connects through a micro usb socket to any computer to change, choose and download more schemes.
All those within a narrow and highly durable device (9mm) which allows more moves and juggling tricks, and while keeping a low overall weight to enable the user longer playtime .
Please view the video to see it in action:
Within this project development we explored a wide variety of materials including: wood, carbon fiber, fiberglass, polycarbonate and more, finally choosing polycarbonate for it’s durability and strength.
This is a small taste of the many types of jewelry I designed and handmade during my studies of traditional silversmithing in Rajasthan, India. All the examples of jewelry are one of a kind and personally hand crafted in sterling silver 925.
Garden lamp inspired by spiral staircases & sea related shapes, for indoor and outdoor use, This project was part of a collaboration between Vondom, spain and universitat politecnica de valencia to create new concept designs for Vondom. designed for manufacturing in rotational molding.
Handmade serving pieces in stainless steel. creating a new craft combining metalsmithing and jewelry making techniques.
Expanding the modern applications of several metalworking techniques.creating a new craft by combining coarse and fine metalworking. fabricating jigs to help improve final products, and applying the new craft in producing a set of kitchen utensils
Please watch the movie below, to learn more about the working process.
Some of the many jigs and manufacturing aids fabricated during this project, to improve accuracy and obtain some control on the final shape while still allowing the organic and unique shapes and bends of the steel.
This was my final project for a B.des. degree in industrial design at H.I.T Israel .
Please watch the video below, to learn more about the working process: