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MESCIENCESCIENCEMESCIENCEMEMEAESTHETICSMEINNOVATIONSINNOVATIONSMEINNOVATIONSMEE-SPorts

MEE-SPorts

MEHUMOuRHUMOuRMEHUMOuRMEMEMUSICMEMESCIENCEMEMUSICMESCIENCEMEINNOVATIONSMUSICINNOVATIONSMEINNOVATIONSMEMUSICMEINNOVATIONSMEfunfunMEfunMEHUMOuRfunHUMOuRHUMOuRfunHUMOuRMEHUMOuRMEfunMEHUMOuRME

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MEMEMESCIENCEMEARTMEARTMEMEAESTHETICSMEMEAESTHETICSMEMEARTMEAESTHETICSMEARTMEINNOVATIONS

E-SPorts

MEE-SPorts

MEMUSICMUSICMEMUSICMEMEMUSICMEMESCIENCEMEMUSICMESCIENCEMEINNOVATIONSMUSICINNOVATIONSMEINNOVATIONSMEMUSICMEINNOVATIONSMEWORKOUTMEWORKOUTMEMEE-SPorts

MEWORKOUTMEE-SPorts

MEDISCUSSIONSMEDISCUSSIONSMEWORKOUTDISCUSSIONSWORKOUTMEWORKOUTMEDISCUSSIONSMEWORKOUTME

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SKILLSskillsSKILLSskills

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cv

Name

Address

Date of Birth

Mobile Phone

E-Mail

EDUCATION

2013 - Present

2007-2013

2003-2007

EXPERIENCE

Summer 2012 & 2009

Summer 2012 & 2009

Summer 2011 & 2010

Maximilian Karl Troicher

Klosterwiesgasse 78010 GrazAUSTRIA

15. 02.1993

+43 660 47 00 488

max.troicher@gmail.com

FH-JOANNEUM, Univeristy of Applied Sciences, GrazIndustrial Design

HTBLVA - Ferlach, Technical school (focus of training: Industrial Design)Higher education entrance qualifi cation

BG/BRG St.Veit/Glan (Grammar school)

Designaffairs group GmbH, MunichIndustrial Design, Design strategy, illustrations, sketching

Fire Fox Bioheizsysteme GmbH, AlthofenAssembling heating systems

Metallbau Selinger GmbH, StrassburgAssembling aluminium windows

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SKILLS

Languages

Miscellaneous

Sphere of interest

Computer skills

Deutsch (mother tongue), English (fl uent), Italian (basic)

Winner, Designcompetition „Cre@ctivity“ (Museo Piaggio, Pontedera) 2010, category Mobility

driver licence

InnovationsMusicHuman psycheBrain & dream researchesAstronomy & quantum physics

Adobe packageAutodesk (Sketchbook Pro/Designer)Maxon Cinema 4D DS Solid WorksMcNeel RhinocerusKeyshotWildfi re ProEngineer Autodesk Automotive - Studio Tools (basic)Autodesk Maya (basic)

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CONTENT

P 10SHREDDERP 28

SHOXP 42

sketches

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SCHLApPISHOXP 42

EASY2ADDP 58

CUBEP 66 P 70

MY

Part of my sketchbookTransportation sketchesTechnical sketchesDifferent styles

Single worksChronological 2013-2015

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121212

PHOTOSHOP

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141414

PHOTOSHOP

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RANDOM FORM INSPIRATIOn

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181818

POLYCHROMOS

191919

202020

POLYCHROMOS

212121

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POLYCHROMOSPOLYCHROMOS

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242424

fINE LINER

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TECHNICAL

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ideation

future shredderFully automated wood chipperTeam project

November - Jannuar 2014In cooperation with KOMPTECH

CETUSCETUS

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PROBLEM

current process

- at least two workers

- ineffi cient loading

- limited work time

- undefi ned further transport

- 3 machines 1 process

Wood fuel logs are stored geometrically all around the world, but processed ineffi ciently and costly.

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current process

- at least two workers

- ineffi cient loading

- limited work time

- undefi ned further transport

- 3 machines 1 process

cETUS

- use of geometrical storage

- small

- non-stop workcycle

- low maintenance

- energy effi cient

why not make it simple ?

solution

323232

ideation

KEYSKETCH

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Komptech Cetus is a fully automated wood chipper which combines the functions of multiple machines. By using the geometric storage of logs, Cetus provides greatest amounts of wood chips in a very short time.

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Process

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CAD-PRocessCAD-PRocess

PHASE 1

PHASE 2

PHASE 3

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package

ENGINE

FUEL TANK

ELEKTRONIC | HYDRAULIC

SCHREDDER UNIT

CONVEYOR 2

CRAWLER TRACK

MAIN INTAKE ROLL

CONVEYOR 1

ALIGNMENT PUSHERS

SUPPORT ROLL

UPTAKE

EXPLODED VIEWEXPLODED VIEW

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ONLY 1 TREE AT THE SAME TIME

UPTAKE PRINCIPle

Conveyor chain + cleats

- Stabilization rail for the weight

- Guide rail for returning cleats

Uptake data

- Weight < 3.000 kg

- Tree diameter < 65 cm

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renderings

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renderingsrenderings

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Animation @www.vimeo.com/136133891

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ideation SPORTS

SHOCK ABSORBING WRIST PROTECTIONS H O XSPORTS AND SAFETY

Wrist protection for snowboarders

Single projectNovember - January 2014

In cooperation mit MADKEM

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Task

to Develop a new concept to protect extreme athletes in one of the following sports from specific injuries.

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_wakeboarding _kitesurfing _jet ski freestyle _downhill mountainbiking _bmx Freestyle _motocross freestyle _extreme skiing _snowboarding X _motorcycle (race track) _longboarding

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PROBLEM - snowboarding

Injuries types

wris

t

head

shoulderknee

ankleback

fracture

sprain

contusion

trauma

luxation

concussion

25 15 13 12 6 5 32 28 15 12 9 5% %

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types wrist fracturefalling forward

current protections

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ideation

keysketches

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A wide variety of forms and solutions to study all possibilities. Detailed analysis and rethinking led to an elaborated concept.

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concept

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SHOX is a wrist and forearm protection to wear below your snowboard glove. Intelligent use of materials and mechanical principles make sure that the impact energy of a fallen snowboarder gets reduced severely. The energy reduction prevents sever injuries and fractures. Modern 3D-scan and print technologies enable individual adaptation of the SHOX system to every arm.

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form refinement

FINAL BLUEPRINTS

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Energy absorption forc

e

layer 1

Shock-pads

displacement+extenSion

3 ways of force reduction - Shock-pads

- Extension of layer one

- Friction between layers and between stocking+hand

layer 2Band

Band

stocking

operating principle

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renderings

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MODEL MAKING

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ideation

AVL wireless sensorsWireless data transfer

Single projectOctober 2014 (3 weeks)

In cooperation with

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TASK

The task was to develop a design concept for mobile, wireless sensors in engine test benches.

In comparison, the handling of current systems is substantially more complex. Because of the wireless transmission of the measurement data, combined with the local energy supply (e.g. solar or battery), no cable connection is necessary anymore.

Not only is the construction radically simplifi ed, but it isalso signifi cantly more fl exible.

cable current

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new WIRELESS

SENSOR

transmitter

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ideation

keysketcheskeysketcheskeysketches

Analytical work and conceptual sketches led me to a concrete concept .

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The technical parts in the transmitter element are coated with a special varnish, which protects them from moisture and heat.

A coloured cap guards the bayonet connector. It is used simultaneously as a color coding to differentiate the various sensor types.

The bayonet connector at the top face is used to connect modules, which can provide additional energy .

concept

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renderings

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The easy2add-transmitting element enables wireless data transmission of measured data by an internal rechargeable energy source. If additional energy is required, it can be contributed with pluggable modules.

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ideation Packaging

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schlappikeep your socksPACKAGING DESIGN Packaging with added value

Single projectMay 2014 (2 weeks)

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Final

schlappikeep your socks

STICKED STATe

CUTE LOOK

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Task: Develop a packaging which brings added benefi ts.

I developed a packaging for 1-3 pair of children‘s socks.The special thing is a plastic part, which serves not only to hook the product in the store, but it‘s also machine-washable and so simplifi es the sock-order.

After washing the socks with the hooking part, it‘s also usable to hang and dry them.

serves not only to hook the product in the

schlappikeep your socks

HOOK PART

PACKAGEing

cutting template

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ideation FUNCTIONAL

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CUBEAD marker holder

Short project (2 days)November 2014

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FINAL

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The task: Build a cubic object with an useful additional value.

I decided to build an arrangement system for my AD markers, because my desk was disordered for so long.

The marker holder is build of two shells. An outer cube which is drilled at an angle multiple times. The inner cube is filled with sand. It ensures a low mass centre and serves as end stop for the markers.

Max Troicher+43 660 47 00 488

max.troicher@gmail.com

www.behance.net/maxtroicher

Animation @www.vimeo.com/136133891