j o h n s a r g o o d e s i g n

I am at the outset of a career in industrial design, after returning to study after almost nine years professional experience, most recently in the Victorian and Commonwealth public service. Changing career paths at thirty was a big decision, but I feel the right one, as I am now entering a �eld I am genuinely passionate about. I bring a maturity, con�dence and professional experience not generally found in new graduates, along with an understanding of the expectations and pressures of a professional environment.

My design �eld is primarily object and product design, with a focus on functional simplicity, where the function is simple and transparent, and the form clean and re�ned. In addition to the satisfaction of the �nished outcome, I enjoy the design process itself; I am fascinated by the tasks of problem solving and product improvement.

Outside of design, I am passionate about the mountains - I am a quali�ed ski instuctor (2006-2007), and also love mountain biking in the summer. I follow AFL football passionately, and play guitar to relax.

My design goals are focused on creating something that deserves to exist; products that have a purpose, however humble. This means that each new object should be better than the existing options, either in function, e�ciency or simply aesthetically. I would love the opportunity to work with people who share this goal of improving our world through design.

j o h n s a r g o o d

p r o d u c t d e s i g n

MOBIUSco�ee table

2015

The “mobius” co�ee table has three usable levels, room for vertical storage of double height books and magazines, but just one continuous, unbroken surface.

I designed this table as a personal project, exploring my love of curves and working with wood, the result being a piece that is both functional and unique.

SNOWFLAKE SERIEStabletop

2012

The snow�ake series is an exploration of natural growth patterns, incorporating random elements over underlying rules. Inspired by the growth of snow�akes, the pattern starts with a hexagon, but diverges into randomness as it grows.

The pattern is randomly generated bycomputer, based on random values governing arm growth and angle.

SNOWFLAKE SERIEStrivet2012

CONCEPTvending cart for Auxiliaries

2015

The Royal Children’s Hospital Auxiliaries were founded in the 1920s as a volunteer fundraising organisation for the hospital.

They requested a 1920s-inspired “vending cart” that could be used to sell products in the hospital foyer.

CONCEPT SKETCHvending cart for Auxiliaries2015

FINAL CONCEPT (IN SITU RENDER)

vending cart for Auxiliaries2015

This �nal concept is inspired by art-deco geometric repetition, in line with the brief, but also references the modern hospital’s bright colour scheme and extensive use of natural wood �nishes.

The design is the result of extensive consultation with the client and manufacturer over materials, colours and budget, with the �nal concept aesthetically appropriate to the hospital foyer, and buildable within a reasonable budget.

This design will be built and in place towards the end of 2015.

LITTLE WINGespresso cup

2012

The little wing espresso cup is an elegant, practical evolution of the common espresso cup design, which is often nothing more than a scaled down co�ee mug, usually with a uselessly small handle and uncomfortable ergonomics.

The little wing is designed to be picked up comfortably between thumb and fore�nger, and held stable while the co�ee is enjoyed.

This product has been prototyped, and is ready for manufacture.

LITTLE WING

sketchesengineering drawings

prototype

2012

LITTLE WINGespresso mug & saucer

2012 - 2014

The ‘autumn’ light is inspired by the natural beauty of wood, and the soft warmth of the fading summer light.

The semi-translucent wooden shade over the lamp allows warm, soft light to permeate what would otherwise be a solid barrier, as the last rays of summer hold o� winter’s chill.

AUTUMNversatile lighting

2014

AUTUMNversatile lighting

2014

The natural shape of the ‘autumn’ light is designed to be used in various di�erent situations, either as a standalone pendant or in a group as shown here.

With a simple modi�cation of the internal lampholder design, ‘autumn’ can be �tted to a stand to create an elegant �oor lamp.

Finally, ‘autumn’ can be inverted to create a desk lamp with minimal design changes.

The top piece of the light is spun from aluminium, and coloured in natural tones to match the softness of the light shining out of and through the wood.

The lampshade is made from a thin cone of semi-translucent wood veneer, retaining the natural look and feel of wood, while allowing a soft light to seep through the grain.

AUTUMNversatile lighting

2014

The Rigging Light is designed to illuminate a small space, providing a soft ambient light with as much emphasis on the light itself as on the function it serves.

Inspired by Australia's deep connection with the sea, and the tall ships that changed the country, its people and its wealth so dramatically.

The light is handmade made from oiled red gum, and is mounted on a wall at a height that can be adjusted as required.

RIGGING LIGHTambient lighting

2012

The height of the lamps can be adjusted by adding turns around the pin, just as on a tall ship

Bare globes create a second focus point for the light, away from the wooden rail and pins

RIGGING LIGHTambient lighting

2012

“ID”personalised bathroom system

The ID system is the integration of the individual into the bathroom - it reacts to you, remembers you, and responds to you

“ID” BATHROOM SYSTEM

custom sensor padpolished stainless steel

2013

The ID shower system recognises individual users unobtrusively, via a weight sensor pad built into the �oor

“ID” BATHROOM SYSTEM

custom tapschromed brass, polished stainless steel enclosure

2013

The custom designed ID shower taps comprise a ‘hot’ and ‘cold’ tap for standard operation

There is also a central green ‘ID’ tap, that retrieves the users individual temperature, pressure and duration preferences when pushed

“ID” BATHROOM SYSTEM

2013

The shower will automatically begin at your preferred temperature and pressure

The system can be retro�tted to existing showerheads, in this case the beautiful Fantini Milano showerhead.

“ID” BATHROOM SYSTEMexample installation

2013

The three elements installed in a custom designed, glass walled shower-over-bath arrangement.

The FUSION helmet - with solar rechargeable LED lighting built in - removes battery failure and human fallibility from the problem of cyclist visibility.

If you have your helmet, you have your lights.

CSIRO-developed printed solar cells, for charging

Front and rear LED lights

FUSIONsolar powered helmet

2013

The �nal surface design comprises a largely unbroken surface, to provide the greatest surface area for solar collection, while still allowing for vents for cooling.

FUSIONsolar powered helmet

2013

Front and rear light assembliesAssemblies are removeable, secured by hook-and-loop fastening strips. Each light contains four LEDs

Inner shell of helmet, showing vents, channel for wiring of lights to rear-mounted battery pack, and holes for anchoring chin strap to shell

m o d e l l i n g & r e n d e r i n g

MILWAUKEE CORDLESS DRILLsurface rendering

2013

Surface modelled grip and bodyShelled body and separate batteryModelled from physical example and photographs

Rendered in Keyshot

MILWAUKEE CORDLESS DRILLsurface rendering

2013

Surface modelled grip and bodyShelled body and separate batteryModelled from physical example and photographs

Rendered in KeyshotDecals accurate to product

MILWAUKEE CORDLESS DRILLsurface rendering

2013

Surface modelled logo on motor housing and battery

Rendered in Keyshot

CUSTOM BOTTLE OPENER & STANDSolidworks/Keyshot

2013

Surface and solid modellingMechanical assembly

Rendered in Keyshot

CUSTOM BOTTLE OPENER & STANDSolidworks/Keyshot

2013

Surface and solid modellingMechanical assembly

Rendered in Keyshot

DURALEX GLASSSolidworks

2013

Lighting and clear material modellingAccurate dimensions and detailing

Rendered in Solidworks PhotoView360

LEGO “BOBA FETT” ALARM CLOCKSolidworks/Keyshot

2013

Surface and solid modellingModelled to scale from Vernier measurements

Scene rendered in Keyshot