IVAN SOLOMIN PORTFOLIO
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RESEARCH PROJECTS DESIGN WORKS MEDIA, DIGITAL AND STARTUPS CURRICULUM VITTAE PRODUCTS AND CONCEPTS SOLOMIN IVAN
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Transcript of IVAN SOLOMIN PORTFOLIO
RESEARCH
PROJECTS
DESIGN
WORKS
MEDIA, DIGITAL
AND STARTUPS
CURRICULUM
VITTAE
PRODUCTS
AND CONCEPTS
sOLOmINIVAN
IN MY PROFESSIONAL AND ACADEMIC LIFE I COMBINE BUSINESS AND CREATIVE AP-PROACH, I CAN CREATE BOOKS, AND AT THE SAME TIME I KNOW WHAT STIMULATES PUBLIC SPENDING.OVER LAST 6 YEARS, I HAVE WORKED FOR MNEs, DESIGN STUDIO, CREATED EVENTS, MANAGED A PHOTOSTUDIO, LAUNCHED AN ATHLETIC BRAND,CONSULTED GREEN STARTUP AND TOOK PART IN ONE MYSELF, WAS PART OF RESEARCH PROGRAMS AND CREATED IDENTITY, WEB AND PRINT DESIGN AS A FREELANCE CONTRACTOR. THIS MAKES ME COMFORTABLE WITH BUSINESS PROCESSES, WHILE BEING EXPERIENCED IN GRAPHIC AND MOTION DESIGN, PHOTOGRAPHY AND PRINT TECHNOLOGIES. I HAVE STRONG INTEREST IN EMERGING TECHOLOGY, NEW MEDIA, M2M, SOCIAL NETWORKS AND FUTURE STUDIES.IN MY LIFE AND WORK PHILOSOPHY I RESPECT ‘DESIGN LIKE YOU GIVE A DAMN’ PRINCIPLE, BELIEVING THAT DESIGN CAN CHANGE THE WORLD, EVEN A TINY BIT AT A TIME. THIS IS THE REASON WHY YOU CAN SEE THIS MANY WORKS THAT HAVE TO DO WITH RECYCLING, DOWNCYCLING, SUSTAINABLE DEVELOPMENT, ELECTRIC TRANSPORTATION, LOCALLY PRODUCED FOOD.I BELIEVE THAT LIFE SHOULD BE FUN, AND YOUR JOB HAS TO BE A PART OF YOUR LIFE, SO IT IS IMPERATIVE THAT YOU LOVE WHAT YOU DO.RAYAN DOILE SAID THAT LIFE IS A PLAYGROUND, SO YOU PLAY LIVING IT, SOMETIMES PLAYING FOOL, SOMETIMES PLAYING HARD.MOST SCIENTIFIC ACHIEVEMENTS WERE NOT AN EASY THING TO DO, BUT I BET THEY HAD FUN DOING IT.
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IN MY PROFESSIONAL AND ACADEMIC LIFE I COMBINE BUSINESS AND CREATIVE AP-PROACH, I CAN CREATE BOOKS, AND AT THE SAME TIME I KNOW WHAT STIMULATES PUBLIC SPENDING.OVER LAST 6 YEARS, I HAVE WORKED FOR MNEs, DESIGN STUDIO, CREATED EVENTS, MANAGED A PHOTOSTUDIO, LAUNCHED AN ATHLETIC BRAND,CONSULTED GREEN STARTUP AND TOOK PART IN ONE MYSELF, WAS PART OF RESEARCH PROGRAMS AND CREATED IDENTITY, WEB AND PRINT DESIGN AS A FREELANCE CONTRACTOR. THIS MAKES ME COMFORTABLE WITH BUSINESS PROCESSES, WHILE BEING EXPERIENCED IN GRAPHIC AND MOTION DESIGN, PHOTOGRAPHY AND PRINT TECHNOLOGIES. I HAVE STRONG INTEREST IN EMERGING TECHOLOGY, NEW MEDIA, M2M, SOCIAL NETWORKS AND FUTURE STUDIES.IN MY LIFE AND WORK PHILOSOPHY I RESPECT ‘DESIGN LIKE YOU GIVE A DAMN’ PRINCIPLE, BELIEVING THAT DESIGN CAN CHANGE THE WORLD, EVEN A TINY BIT AT A TIME. THIS IS THE REASON WHY YOU CAN SEE THIS MANY WORKS THAT HAVE TO DO WITH RECYCLING, DOWNCYCLING, SUSTAINABLE DEVELOPMENT, ELECTRIC TRANSPORTATION, LOCALLY PRODUCED FOOD.I BELIEVE THAT LIFE SHOULD BE FUN, AND YOUR JOB HAS TO BE A PART OF YOUR LIFE, SO IT IS IMPERATIVE THAT YOU LOVE WHAT YOU DO.RAYAN DOILE SAID THAT LIFE IS A PLAYGROUND, SO YOU PLAY LIVING IT, SOMETIMES PLAYING FOOL, SOMETIMES PLAYING HARD.MOST SCIENTIFIC ACHIEVEMENTS WERE NOT AN EASY THING TO DO, BUT I BET THEY HAD FUN DOING IT.
in brief
my cv
design workstartups and media projects
products and conceptsresearch and student projectsphotofacts about me13
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GRADUATEOF STRELKA
INSTITUTE
FLUENTENGLISH
VISUALAND
ANALITICALSKILLS
EDUCATION
STAR
TUPS
CITIBANK
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2
43 5
8 10 11
14
15
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12
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7STATE UNIVERSITY HIGHER SCHOOL OFECONOMICS
FREELANCE
TAGLE
YOUR COMPANY?
GREEN TECHNOLOGIES
ENERGONOMIX
BAUMANMOSCOW STATE TECHNICALUNIVERSITYEDUCATIONCENTER
GAPHIC ARTSCHOOLAND STUDIO
STRELKA INSTITUTE SUMMER SCHOOL
OPEN LECTURES, SEMINARS,CONFERENCES
STRELKA INSTITUTE FOR MEDIA, ARCHITECTURE AND DESIGN
C.T. BAUER COLLEGEOF BUSINESS
PHOTOSHOPILLUSTRATORINDESIGNDREAMWEAVEROFFICE MACOFFICE PCSPSSPHOTOGRAPHYPREPRESSPRINT TECHNOLOGIESFREEHANDPROTOTYPINGPRESENTATION SKILLSPREMIEREFLASHADOBE MUSEDIGITAL PUBLISHINGCINEMA 4DHTML
INSTITUTE FORINTERNATIONALBUSINESS
RENAISSANCECAPITAL
SAMOLETDESIGNSTUDIO
FORESIGHT LAB OFINSTITUTE FOR STATISTIC STUDIES AND KNOWLEDGE ECONOMY
EXCHANGE PROGRAMPOSTGRADUATE SCHOOLCAREEREXTRA CURRICULAR ACTIVITY AND EDUCATION
04 05 06 07 08 09 10 11
MY PROFESSIONAL AND ACADEMIC RECORD
IN INFOGRAPHICS please click to zoom
O
CITIBANK
STATE UNIVERSITY HIGHER SCHOOL OFECONOMICS
FREELANCE
TAGLE
GREEN TECHNOLOGIES
ENERGONOMIX
GAPHIC ARTSCHOOLAND STUDIO
OPEN LECTURES, SEMINARS,CONFERENCES
STRELKA INSTITUTE FORMEDIA, ARCHITECTURE AND DESIGN
INSTITUTEFORINTERNATIONALBUSINESS
RENAISSANCECAPITAL
SAMOLETDESIGNSTUDIO
FORESIGHT LABOF INSTITUTE FOR STATISTICSSTUDIES ANDKNOWLEDGE ECONOMY
C.T. BAUER COLLEGEOF BUSINESS
ENTREPRENEURSHIP AND INNOVATION PROGRAM*Entrepreneur magazine and The Princeton Review Rank Bauer No. 2 amongentrepreneurship programs inundergraduate business schools across U.S.2006
Internationaltransactionsdepartment expert Internship.
External research andconsultancy project forCoca-Cola Company CISField: Sustainable developmentand corporate social responsibility.
Productmarketing Graphic
designer,new business,special projects. Internship.
Research on methodology ofpublic and corporate foresight and future studies, applicability ofcreative thinking in strategic planning.
Graphic design, Print&Package, Web Design,Identity and brand building, Event management.Clients: Sodexo, L’Oreal, Russian Postal Services, Sochi 2014, Il de Beaute, Vozduh Space, 16 Tonns.
Co-founder of a service that allows to create a media stream for a QR code, making it’s contents dinamic, editable. Gives way to adding digital content to real world objects, creating a dinamic digital layer in urban environment.
Art-director and technology editor at online media resource, dedicated to green economy and renewable energy.Project is inspired by Energy theme at Strelka Institute.
Partner in eco oriented startup that localizes geen office concept in Russia, providing such services as green advertizing, recycling and sustainable development consulting.
Energy Studio of Reinier De Graaff (OMA)Research theme: Russia 2035 - Beyond Oil and Gas. Published as a book Beyond Oil And Gas.Program director Rem Koolhas.
Mildberry Inspiration, Internet of things Conference and workshop, Sretenka Design Week, Polytechnical Univercity Lectures,Skolkovo Open University, LINT conference, Tech Crunch, member of Media Club Beta.
Workshop by Technopolitan Studio: Ideal CityWorkshop By 310K and Platform21 (Joanna van der Zanden) : Fast Moscow. Workshop “Virtual Moscow - new media in public space by Daniel Dendra (Bauhaus Dessau, OpenSimSim) and Immanuel Koh.
Coloristics,Brand Building,Conceptual drawing,Creative manage-ment.
Print and Web Design.
World Economy andInternational Affairsfaculty.Specialty : Interna-tionalBusiness. (5 years)Graduate research: Corporate Foresight - Collec-tive intelligenceand Social Innova-tion in Knowledge Economy.
STRELKA INSTITUTE SUMMER SCHOOL
BAUMANMOSCOW STATE TECHNICALUNIVERSITYEDUCATIONCENTER
MAIN EDUCATION
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EXCHANGE PROGRAM POSTGRADUATE SCHOOL
CAREER
EXTRA CURRICULAR ACTIVITY AND EDUCATION
APPENDIX
[clickable]
design
cv projects
products
research
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0000000001111110000001111101
Some recent or just select works, that include media projects, websites, identity, print and packaje design.
DESIGNWORK
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LOGO, WEBSITE.The site is a flash movie, navigatable viatimeline.Different parts of video feature still and moving content that rep-resents different pages of the site.
PRODUCTION
ABOUT US
08.02
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12.45 15.002 0.01 25.033 4.214 0.01
WHAT
WE DO DOCUMENTAL PROJECT 1 PROJECT 2 INFOC ONTACTSPROJECT 1 INFOD OCUMENTAL PROJECT 2
RUS ENG
ABOUT US
08.02
03.41
12.45 15.00 20.01
WHAT WE DO DOCUMENTAL PROJECT 1P PROJECT 1 INFO
NAVIGATE THE SITE
GOTTA MEDIAPRODUCTION
CLICK PLAY FORQUICK PROTOTYPE
MADE TO SHOW CLIENTON YOUTUBE
ABOUT US
08.02
03.41
12.45 15.00 20.01 25.03 34.21 40.01
WHAT WE DOD OCUMENTAL PROJECT 1 PROJECT 2 INFO CONTACTSPROJECT 1 INFO DOCUMENTAL PROJECT 2
RUS ENG
PRODUCTION
25.03 34.21 40.01
1P ROJECT 2 INFO CONTACTSDOCUMENTAL PROJECT 2
RUS ENG
SWITCH LANGUAGEE -MAIL ADJUST SOUNDEE
A user may either play all the site through, or navi-gate it in pause mode, to read through longer chapters.
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LE DESIR PHOTO
STUDIO
LOGO, WEBSITE,BUSINESS CARDS.Pattern is creat-ed from stages of folding an origamicrane - the symbol of the studio.Six patterns serve as background for six main pages of the website.
Mandreychuk Veronikamarketing&photo
8 910 492 40 108 926 178 93 91
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l.e.dbaloons
LOGO, WEBSITE,PACKAGE, CD.Website is made as a fullscreen photo gallery, each hi rez picture fea-tures certain in-formation about the product - pages are indicated on navi-gation bar, that provides direct ac-cess to the con-tent.
logo is made via light grafitty.
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KARMASHEETRAGAME
PACKAGEProducer was really low on budget, what led to the decigion to use a ready mass produced form of a plastic bag. Silkscreen print and heat string seal gave it a unique look.
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8 910 123 45 67
<> <>
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33 FARMERSLOCALLY
PRODUCEDFOOOD
IDENTITY, WEBSITE INTERFACE.Service gives lo-cal farmers an op-portunity to trade their goods online to urban customers, creating a network, what is illustrat-ed in the logo - a leaf with a network inside.
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GREEN TECHNOLOGIES
ECO-CONSULTANCYEDUCATIVEBROCHUREA foldable cover,
when unfolded, be-comes a big post-er that features
all possible ways to make an of-
fice green, and it’s visible while you flip through other
fages with no need to turn back to the
sceme.
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SMOKIN’HEROESEVENT
MANAGEMENTSTUDIO
MEDIA PRESENTATION COVERAt Smokin Heroes we had a chance to at-tract attention of potential customer during one social event, but we knew that representa-tive is going to be busy, so we had to make as much impact with one single CD as it was possible to get notticed.
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SODEXOMOSCOW
BROCHURESodexo is a french fascility manage-ment company that is actively expand-ing on Russian mar-ket.I designed several brochures and pre-sentations for com-pany’s potential and existing cli-ents.
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830 5901202851104319080
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research on perspectives of implementation of
electric cars in russiaPRESENTATION
Presentation was aimed at convincing the audience that eco-friendly transport is not a myth and it can be successfuly inmple-mented in Russia. Presentation is styled to a motive of electric
circuit to highlight electrifying importance of the topic.
2
2
22 – 42 % 90 – 95%
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STARTUPSAND
MEDIAPROJECTS
During my life I used to meet some interesting people and create dif-ferent startup projects together.
Some of this projects were inspired by me, other times I joined working teams, some projects are history, some are just coming off sketch-books.
In this part It’s not only design work I’m presenting, although almost all graphic work is done by me my-self.
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WHEN ESTEBLISHING A SERVICE, I MADE A RESEARCH ON ALL THE POSSIBLE WAYS TO RUN A GREENER OFFICE AND THEIR COMBINATIONS, THIS BLUEPRINT IS A VI-SUAL SUMMARY.
GREEN TECNOLOGIESECO CONSULTANCY
CO-FOUNDERAt green technolo-gies we explore ways to make office life sustainable, provide recycling services, introduceenvironmentaly friendly advertis-ing and communica-tion.
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WE HAVE ALSO BUILT A VALUATION MODEL, STARTING FROM BASIS OF SUSTAINABLE DEVELOPMENT - A PHYROMID OF SUSTAINABLE BEHAVIOR, FOCUSING ON THREE MAIN POINTS - REDUCE, REUSE, RECYCLE, OR 3RCONCEPT, AND ADDING TWO CRUCIAL FOR A HEALTHY BUSINESS APPROACH POINTS - EMPLOYEE COMFORT AT THE WORKPLACE AND COMMUNICATION OF THE RESULTS OF ENVIRONMENTAL ACTIVITY.
3R CONCEPT
WE HAVE ALSO BUILT A VALUATION MODEL, STARTING FROM BASIS OF SUSTAINABLE DEVELOPMENT - A PHYROMID OF SUSTAINABLE BEHAVIOR, FOCUSING ON THREE MAIN POINTS - REDUCE, REUSE, RECYCLE, OR 3RCONCEPT, AND ADDING TWO CRUCIAL FOR A HEALTHY BUSINESS APPROACH POINTS - EMPLOYEE COMFORT AT THE WORKPLACE AND COMMUNICATION OF THE RESULTS OF ENVIRONMENTAL ACTIVITY.
3R 2Cdesign
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OUR BASIC APPROACH TO SUS-TAINABILITY IS NOT BURDEN-BASED, BUT VALUE BASED. THIS APPROACH PROVES TO BE MORE ATTRACTIVE FOR BUSI-NESS - WHEN ECO-FRIENDLYNESS DOESN’T JUST REDUCE CARBON FOOTPRINT, BUT CREATES VALUE FOR BUSINESS, MOST OF IT IS ACCOUNTED IN THE LONG RUN.I USED TRIPLE BOTTOM LINE CONCEPT TO PROVE THAT - THERE ARE THREE ENTITIES TO CARE FOR - PEOPLE, PLANET AND PROFIT, CONTRIBUTION TO ALL THREE FORMS SUSTAINABLE PERFORMANCE OF BUSINESS. DIAGRAM ON THE RIGHT ILLUS-TRATES, HOW BASIC ACTIVITIES FROM 3R 2C CONTRIBUTE TO TRIPLE BOTTOM LINE IN SHORT, MEDIUM AND LONG RUN.
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16Recycle!
WE DESIGNED 300 BRANDED RECYCLE CONTAINERS ASSEM-BLED FROM ECO-FRIENDLY MATERIAL ON OUR OWN BUDGET AND CHARITY CONTRIBUTIONS, AND SIGNED AN AGREEMENT WITH RECYCLING FASCILITY TO COLLECT PAPER ON REGU-
LAR BASIS TO RECYCLE FOR THEIR OWN PROFIT.
OUR CONTAINERS ARE NOW PLACED IN STRELKA INSTITUTE, BBDO MOSCOW, INTEL, DANONE, L’OCCITANE, AND 20 MORE
MULTINATIONALS RUNNING MOSCOW OFFICES.
THIS WAY WE HAVE CREATED A SELF-OPERATING RECYCLE SYSTEM BY CONNECTING OFFICES TO LOGISTICS AND PRO-VIDING A FRAMEWORK THAT WORKS FOR WIN-WIN PROFITS.
OVER FIRST 6 MONTHS OF OPERATION WE HAVE RE-CYCLED 75 TONNSOF PAPER AND CARDBOARD
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TO ADD TO LONG TERM VAL-UE, ENVIRONMENTAL ACTIVITY HAS TO BE COMMUNICATED IN A RIGHT WAY.OUR SOLUTION IS SUSTAIN-ABLE COMMUNICATION, INTERNAL -- FOR EMPLOYEES TO BE AWARE OF THE FACT THEY WORK FOR A COMPANY THAT GIVES A DEAMN.THIS INCLUDES EDUCATION PRE-SENTATION AND PRINT MATERI-ALS OF HOW TO USE A GREEN OFFICE.EXTERAL COMMUNICATION IN-CLUDES INTERIOR SOLUTIONS AND REGULAR ACTIVITY RESULTS PUBLISHING, USING RECYCLED PAPER FOR PRINT, BUSINESS CARDS AND CORPORATE POLIG-RAPHY, AND ALSO SUSTAINABLE AMBIENT MEDIA TO PROMOTE THEIR SERVICES
SUSTAINABLE COMMUNICATION
15h RGB
Fe
IN GREEN TECHNOLOGIES, I CONSTANTLY TRENDSPOT NEW AMBIENT URBAN MEDIA THAT STANDS OUT AND MINIMIZES CARBON FOOTPRINT.INSPIRATION COMES FROM GRAFITTY LABS, STREET ART-ISTS OR BE SOLELY WORKED OUT BY ME. AT THE TOP OF THE PAGE YOU CAN SEE LED THROWIES - TECH-NIQUE USED BY NEW YORK GRAFITTY ARTISTS - EACH PIX-EL IS MADE OF LED, BATTERY AND MAGNET AND GLOWS FOR 15 HOURS. UNLIKE SPRAYPAINT, IT CAN BE COLLECTED AND RECY-CLED AFTER.THERE ARE ALSO FOUR ALTER-NATIVES TO STENCIL ADVER-TISING, USING HIGH PRESSURE WATER TO WASH OUT CONTENT ON DIRTY SURFACECS, GLOW-ING PAINT, THAT IS INVISIBLE DURING THE DAY AND GLOWS AT NIGHT, SEALING ASPHALT THAT IT STAYS DRY DURING RAIN AND PRESERVES DRY COLOUR, OR AP-PLYING SAND, USED COFEE, AND OTHER POVDERS TO WET SUR-FACES, WHAT WORKS COOL FOR ADVERTIZING OF REFRESHMENTS DURING HOT SUMMER - EMAGINE A SIGN WRITTEN WITH SAND ON THE WALL - “THIRSTY?”.
SUSTAINABLE COMMUNICATION
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ABOUT US
08.02
16.02
12.45 15.002 0.01 25.033 4.214 0.01
WHAT
WE DO DOCUMENTAL PROJECT 1 PROJECT 2 INFOC ONTACTSPROJECT 1 INFOD OCUMENTAL PROJECT 2
ENERGONOMIX The project focuses on connection of economics anad energy, because ener-gy is a proven commodity in highly-industrialized world, here we ob-serve transition to green economy, write about renewable technology, and create a B2B platform to conect produsers and distridutors of renev-able energy technology to their cus-tomers.In project i’m a technology editor, design by Antistressdesign.
ABOUT US WHATWE DO DOCUMENTAL PROJECT 1 PROJECT 2 INFOC ONTACTSPROJECT 1 INFOD OCUMENTAL PROJECT 2
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ABOUT US
08.02
16.02
12.45 15.002 0.01 25.033 4.214 0.01
WHAT
WE DO DOCUMENTAL PROJECT 1 PROJECT 2 INFOC ONTACTSPROJECT 1 INFOD OCUMENTAL PROJECT 2
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V E S PA S C O O T E R
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R U S E N G
TAGLE
SCAN ME!
FOUNDERTagle is a servise which is now being alpha-tested, that pro-vides an opportunity to add an editable mediastream to a QR code, this way makind its’ con-tent dinamic.By placing a stiker to an ob-ject, you add a digital layer to it, so now you can comment on it, like it on facebook, attach a video or a link to any other on-line data.
MAKE A VIDEO
SCAN A CODE
UPLOAD VIDEO TO T’S STREAM
STICK A CODEON THE WALL
NOW EVERYBODY WHO SCANS THE CODE MAY SEE WHAT HAPPENED HERE, COMMENT ON IT, SHARE OR ADD A VIDEO, PICTURE, WIKIPEDIA LINK, ECT.
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20SIMPLE AT FIRST SIGHT, TAGLE HAS A LOT OF WAYS OF USE, URBANISTIC, EDUCA-TIVE, PLAYFUL,COMMERCIAL.
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This section includes prod-ucts designed by me, that in-cludes souvenirs, devices, apps, clothes, and transport.
PRODUCTSAND
CONCEPTS
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REMOVE PROTECTION FILM ATTACH CLEAN BACK SURFACE OF THE PHONE THE COVER SAFELY STICKS UNTILL DETACHED IF DETACHED, WASH WITH WARM WATER, AND ATTACH AGAIN.
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REMOVABLE PROTECTION FILM
STATIC NON-GLUE WASHABLE SURFACE
TRANSPARENT TAPE LAYER
THIN SEMI-TRANSPARENT PLASTIC
ALL JACKS, CONTROLLERS, SENSORS,CAMERAS AND LED FLASH ARE IN REACHAND FULLY FUNCTIONAL WHEN CASE ISOPENED AND WHEN IT IS CLOSED
SEMI-TRANSPARENT PLASTIC DEEMS THE SCREEN WHEN USING IN BED OR CINEMA
PICK UP CALLS, UNLOCK AND TALK WITHOUT OPENING THE CASE -IT IS FULLY TOUCH SCREENFRIENDLY
JUST-IN-CASE BOOKCOVER-STYLEDTHIN IPHONE CASE. As an Iphone owner, I hate scrathces and wish to protect my device. But I also like Apple design, and hate cases for transforming a phone into a bulk in your pocket, or limiting it’s functionality. I designed a thin plastic cover that sticks to bask surface of a devise without glue - because of electroststic ef-fect used in screen protection films. It doesmn’t just look good and preserve functionality - it adds one, and can be used as a stand to surf the web, watch movies or act as alarm clock. You can pick up calls and talk with cover closed.Cover is washable, glueless and multi-applicable. First series of prototypes is pendidng, local distributors are already interested.
WATCH MOVIES, BROWSE THROUGH FILES, SURF THE WEB, GET ON SKYPE AND SHOOT VIDEOS WITH INCREASED PERFORMANCE THANKS TO YOUR MULTY-FUNCTIONAL STYLISH CASE.
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fold pre-fablicated
foldable furniture
Fold is supplied in perforated foldable plates of recycled plastic and in-struction to set up easier than ikea. Nice option for ex-ibitions and con-ferences, or quick home furnishing.
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24PARKOUR STYLE
ATHLETICWEAR
CLICK PLAY FOR PROJECT
VIDEO ON YOU TUBE
In colloboration with one of the first tracers in Moscow - Sergey Valiayev we designed and launched production of sportswear and t-shirts for tracers.I also worked on branding, created logotype and prints for t-shirts.We sponsored young tracers and filmed profile videos in our sportswear, link to one of the videos is on your left
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25MAGNICUBE
PUBLIC SPACE INTERACTIVE
INSTALLATION
Magnicube is a pub-lic space interac-tive installation, that uses open source software Pro-cessing, Arduino platform and magnet-ic compass sensor.
OPEN sOURCE sOFTwARE PROCEssINg
ARDUINO mODULE
mAgNETIC COmPAss sENsOR
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26Magnicube is a plastic cube with RGB LED ma-trix inside.
Magnetic sensor is distorted by different ob-jects of urban environment - mobile phones, cars, scooters, people,and goes from zero point on a certain angle, that corresponds to one unique colour from RGB palette.
When placed in a busy urban environment, it communicates with it and changes according to surrounding context.
CLICK PLAY FOR VIDEO mOCKUP ON YOU TUBE
Being a public space installa-tion, it actu-ally forms a pub-lic space itself wherenever it is placed - it has boxes to sit on, that have magnets in them - the way people move and position this boxes also influ-ences the colour of the box. Most little squares in Moscow are empty, they don’t have any hardware, people only use it to cross space in a shortest way - magnicube could fit this emptiness and create an in-teractive envi-ronment to play with.
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27 BUBLICITYAUGMENTED REALITY
APP
BUBLICITYAUGMENTED REALITY
APP
A concept was made during study trip to Hong Kong, after two weeks spent in this city. Hong Kong is wery controversial - the same dirty street may have cheap groceries and luxurious boutiques, 5 star hotels stand next to apartment complexes with appartments of 20 square meters each.High level of complexity confuses your emo-tions, that change every minute, so the only way to solve the situation is to preserve your root throught the city by saving your emotions and sharing them with other people.
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To display emotions, soap bubbles were chosen as a metaphore. Like soap bubbles, emotions are beautiful, but don’t live forever. How can we pre-
serve them? When you feel like you want to remember the place - you choose to create a bubble and simply blow in to the mic of your phone to create one. GPS locates your position, and app creates an augmented reality bub-ble, that stays where it was created, so that other users of the app can see and read it. After bubble is created, you can add comment, picture or
video to it, and share it in social networks.
You can navigate the city with large scale view and look for bubbles around you. When you come across one, burst it with your pnone. Gyroscope on your phone will register the shake and dis-play contents of the bubble. The app can be
hacked and used for different games, collecting bonuses, special offers, roots to secret par-
ties, and many many more.
CLICK PLAY FOR VIDEO PREsENTATION ON YOUTUBE
HOW WE FILmED IT
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SHOWTIME
Showtime shows you time with the magnetic films
that still have old shows recorded on them.
Show is newer over.
SHOWTIMEINTERIOR
CLOCKVSH CASETTESDOWNCYCLING
PROJECT
The concept behind the clock is simple - facing panel of the ca-sette is replaced with a trans-parent one, and a forward-reverse motor is plased in the back - that rotates film 12 hours to the left and then to the right, and the tape level in-dicate am and pm time.
A lot of casettes are being digi-talized and thrown away - when you can make a clock out of your childhood recordings and it will metaphorically show you the time of your youth.
It makes a good present too - clock mage from tapes that still have different movies and shows on the magnetic film - comedies, horror movies, may be a cool sou-venir for different people.
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ELECTRICMOTION
CONCEPTVEHICLE
EMC combines experience of longboard and scooter, with boarding experience of the first and increased mobility of the second. It has metal frame and wooden deck on it.Steering is done by shifting your body weight helping with the handle, especially at the lower speed. EMC is powered with a 100 Wt electric hub wheel motor, that is situared inside wide rear wheel, quickly chargeble li-ion ballery is placed within frame under the deck.
When you roll down-hill, brake, or pedal scooter by yourself - you recharge the battery.
All controlls of the vehicle are situated on the end of the handle, are universal for right and left handed people, intuitiveand ergonomical.
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40 MIN220W
ONE mAJOR PROBLEm FOR ELECTRIC VEHICLES IN ANY
CITY Is LACK OF INFRASTRUCTURE, BIG DIsTANCEs BETwEEN RE-CHARGING STATIONS AND LOW BATTERY CAPACITY.
EMC IS PORTABLE - YOU CAN RUN IT TO sUBwAY STATION, TAKE IT WITH YOU ON SUBWAY AND THEN CONTINUE YOUR TRIP TO WORK, HAVE A RIDE TO A COFFE PLACE TO HAVE
LUNCH AND THEN HAVE THE SAME TRIP HOME.
ALL ONE SINGLE CHARGE?OF COURSE NO. BATTERY
NEEDS AROUND ONE HOUR TO CHARGE, THANKS TO RE-CUPERATIVE BRAKINg IT LASTS LONGER, AND WHAT IS THE MOST FAVORABLE FEATURE - IT CHARGES FROM 220W SOCKETS!
EVERY PLACE YOU DROP BY - YOUR WORKPLACE OR LOCAL STARBUSCKS - IS YOUR CHARGING STATION, CHARGE YOUR EMC AS SIM-PLE AS YOU DO IT WITH YOUR LAPTOP, IT TAKES RIGHT THE TIME OF YOUR
LUNCH.
40 MIN220W
BEsT wAY TO UsE EmC IS TO QUICKLY AND ECO-
FRIENDLY gET AROUND TOwN DURINg BUsINEss DAYS, WITHOUT PARKING IssUEs AND AVOIDINg
TRAFFIC JAMS.
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32
RESEARCHAND
STUDENTPROJECTS Commercial and
study research projects made dur-ing postgraduate school and work-shops.
design
cv projects
products
research
33
322
13
6
950
2537
56
4620
26
30
30
30
20
25
65
11
1515
3023
2317 19
3314
711 28
447000
1675 9284
44754250 64
42
15098
87
3952
46
1423
34
1115
58
27
262729
28 26187
36
33
5265
926
99
17
550
Moscow
Arctic Ocean
NorthPacificOcean
BlackSea
CaspianSea
NorvegianSea
BarentsSea
KaraSea
LaptevSea
East SiberianSea Bering
Sea
Sea ofOhotsk
Sea ofJapan
Saint PetersburgKaliningrad
Volgograd
Perm
Omsk
Novosibirsk
Tomsk Krasnoyarsk
Irkutsk
Yakutsk
Vladivostok
Khabarovsk
Uzhno-Sahalinsk
Petropavlosk-KamchatskArkhangelsk
Murmansk
14
14
7
3
>strelka institute
for media,architecture and design
postgratuateresearchprogram
AT THE BEGINNING OF THE STUDY WE PRODUCED
AN ATLAS, THAT IN-CLUDED mAPPINg OF DIF-FERENT DATA ON RUssIA
RELEVANT TO RESEARCH.EDUCATION DENsITY AND RENEwABLE POTENTIALs
MAPS.
IN sTRELKA I wAs PART OF ENERgY STUDIO. OUR RESEARCH TOPIC WAS “RUSSIA BEYOND OIL AND GAS” - AN AT-TEmPT TO ANALIZE CURRENT sITU-ATION WITH ENERGY SUPPLY AND LOOK 25 YEARS FORWARD, WHEN FOssIL REsOURCEs ARE FORECAsTED TO DEPLEET AND wORLD wILL FACE A NEED TO SWITCH TO ALTERNATIVE SOURCES OF ENERGY. MY FINAL PRESENTATION IS AVALIABLE HERE,WHILE IN THIS DOCUMENT I AM ONLY SHOWCASING SOME STAGES OF RESEACH.
FERMENTATION
sugar (I)
bioethanol
biobuthanol
bio oils
bio gas
biodiesel
bio DME
DMF
biodiesl
digestate
green diesel
hydrogen oils
biodiesel
biogas methanol
syngas
methanol
DME
hydrogen
electricity
biomethanol
bioethanol
bioethanol
biobuthanol
biohydrogen
cellulosys (II)
algae (III)
whole cell fermrntationvia catalist
flash pyrolisys
dark
photo
soil based
liquid based
lliving plant MFS
partial combustion
vegetable, waste oil and fats
algae
PYROLISYS
TRANSCESTERIFICATION
GASIFICATION
BIOMASS-TO-LIQUID
ANAEROBIC DIGESTION
FRACTUAL DISTILATION
HYDRODENATION OF OIL AND FATS
CATALICTIC DEPOLIMESATION`
LIVING ALGAE FARMING
SOLAR THERMAL
PVT/T
DAYLIGHTING
SUN CHEMICAL
SUN CHEMICAL
TRACKING DEVICES
AIRBOURN
INLAND
HEAT
SMALL
MICRO
PICO
DIY
PENTON WHEEL
TIDAL STREAM (TEC)
OSMOTIC POWER
MARINE CURRENT (eg gulfstream)
OTEC
WAVE
WATER-TO-WIRE
HEATING
tempetature management
electricity
OFF-SHORE
WIND-DIESEL HYBRID
LOW t
HEATING/COOLING
WATER (SWH)
active
passive
AIR
COOKING
MID t
HIGH t
ELECTRICITY PRODUCTION
PHOTOVOLTAICS
glazed
CS (collector storage) bubble pump
drainback
CHS (convection heat storage)
unglazed
micro solar passive
active
direct
concentraters
passive
kitegenkitoon
water-to-earth
dry steam (I)
lagoon
free flov turbines turbines
dinamic tidal
electric double-layer capacitor
vapor pressure
flash steam (II)
binary cicle (III)
straight capturing of jazerwater fo heating
air-to-soil
rotor
kite
mars
windsocks
baloon+rotortorus baloon
WAWT
HAWT
fixed
floating
through-pass
parabolic
silicon
wind spire
ORC (organic rankine cycle)
Kalina cycle
open cycle
closed cycle
open cycle
closed cycle
Darrieur’sgyromills cycloturbines helical blades
thin film
DSSC (light absorbing dyes)
organic films
single layer
bilayer
Turbi quiet revolution
bulk
bowl
freshnell mirrors
freshnell lens
solar tover
hologram
front-pass
baskt-pass
sun owens
sun shelves
liquid
air
concentrators
kitoon
THERMOCHEMICAL DECOMPOSITION
solar combisystems
MCF fuel storage
THREMAL STORAGE BATTERY STORAGE MECHANICAL STORAGE
GRI
D S
TORA
GE
FUEL STORAGE
solar heat
different fuels forfurther conversion
CONVERSION AND MANAGEMENT
OTHER MICRO SCALE MEANSHEAT ENGINE
GEN
ERATO
RS
INVERTOR
FUEL CELL
AC S
TABI
LIZE
RS
GEOTHREMAL HYD
ROEN
ERGY SOLAR ENERGY
MARINE ENERGY
WIN
D E
NER
GY
B
IOMASS
hydrogen production
Internal combustion
External combustion
Sterling engine
Micro heat engine
Pressure gradients Vibration Human body heat
Piezoelectric membrane generator
Induction generator
Combined heat and power
Micro heat engines
Power stabilizers
Microb
al fue
l cell
Hydr
ogen
fuel
cell
Bloo
m E
nerg
y ce
ll
AC/D
C
Deep cycle batteries
Seas
onal
The
rmal
sto
rage
Molt
en sa
ltAc
tive/
Pass
ive o
pera
tion
Phas
e cha
nge m
ateria
lsNatu
ral so
il tem
perat
ures
Ultracapacitors
Plug-in electric vehicles
Com
pres
sed
air
Flyw
heel
Hyd
ro p
ump
stor
age
Net metering
Community sharing
storage of fuels produced via biomass
design
cv projects
products
research
I GATHERED INFORMA-TION ABOUT ALL EXIsT-
ING, DEVELOPING AND PENDING TECHNOLOGY IN RENEWABLE FIELD THAT IS USED TO PRODUSE,
sTORE AND CONVERT EN-ERgY FROm RENEwABLE
SOURCES.
34
12 34 5Raise the point.
Oleg Nastia and Naina
ANALIZE CURRENT SITUATION AND SEE HOW CAN WE MINIMIZE ENERGY USE
SWAT ANALISYS OF THE RESULTS IN CONTEXT OF ECONOMICS AND GEOPOLITICS
LOOK AT HOW THE NEW ENERGY ECONOMY WORKS AND WHAT ROLE DOES ENERGY PLAY IN IT AS A CURRENCY
RESEARCH ALL ASPECTS OF USAGE OF SUSTAINABLE SOURCES, CREATE A NEW GRID CONCIDERING THE DEMOGRAPHIC AND ECONOMICS CONTEXT
Marina and Ivan Pavel and Ivan Egor
Minimize use. New way.A dopt to context,make a new grid.
Look at the grid fromgeopolitics and economicsperspective.
WHAT CURREENT SITUATION IS?W HAT CAN WE DO ABOUT ENERGYSAVING IN CURRENT SITUATION?
HOW CAN WE PRODUCE CLEANER ENERGY?
WHAT ASSETS DO WE HAVE? HOW DO WE TRANSFER THEESE ASSETS INTO CURRENCY?
HOW DO WE USE THIS CURRENCYIN ECONOMICS AND GEOPOLITICALCONTEXT?
WHAT IS THEIR LEVEL OF LIQUDITY?
WHAT IS THE COST OF INTRODUCINGPROGRAMS OF 2 AND 3 AND FUTURERETURNS?
WHY CHANGE?
WHY NOT?
“Against the odds”: Raising the subject
GEN
ERA
L O
UTL
INE
STU
DEN
T'S
PRO
POSA
LQ
UES
TIO
NS
AN
SWER
EDN
OTE
S
Understanding the Russian energy situation.
What vested interests arein the way of progress and economicbarriers to breakthroughs inalternative energy technology
Best practice.
Culture of Responsible Consumption - understand and explain the major hurdles to substantial change in the Russianenergy sector.
Personalizing the issue of energy consumption through a sophisticatedmeasurement system (Could there bean energy monitor similar to a diet monitor?)
Could the anti consumerist Soviet tradition
of recycling?Extrapolate mentality - anticonsumerism vssuperconsumerism.
2018 World Cup as an energy case study
Energy in the age of the Digital: Willcomputer programs designed to produce
optimal energy solutions spell the end of design?
Ideas about how “small people” can saveenergy, outlining methods which could be adopted by Russian civilians andgovernmentideas about activism through thepersonalization of these methods, whetherit is through creating an iphone app or
another vehicle.
Can Russia’s history of excellence inEngineering make it the front runner?Soviet times excelence - why and how?Current trend of subsidising innovationsector - new local motivation?
Exploit Russia’s geographic diversity withespect to various renewable energy sources: what type of renewable energy should be applied where?
Re-interpret {Existing} Legacy; is Soviet Infrastructure a burden or a competitiveadvantage?Timing, amortisation and replacementcosts, production capabilities ect.
Could Russia produce a “state of the art”renewable energy solution? Generally - what happens in this shperein the world, technology scan.
Russia’s fossil fuel use coupled with its waste, and Russia’s under-utilized RenewableEnergy potential. End product should aim to understand what renewable energy technologies could be feasibly implementedin the near future.
New compact urban model of Russia.
Solutions for the 15 million Russians currently not connected to the energy grid
new sources then to a conventionalgrid?
A new design of the state Russian Energy States, a new grid withrespect to climate, geography, administrativedivision, types of renewables, population,and possible forecasts of dinamics of thisand other conditions.
Costs of introducing new sources of energy and of minimization of energy use activities.Kick-starting the issue - how much?Possible returns in 5, 10, 15, 20, 25 years.
Ivan can strive to understand the economic
implications of the analysis and methods proposed in years 6-10 and 11-15 if certain strategies were to be applied to breakaway
republics or Russian’s second homes. Pavel could embark to further outline how
proposals, and will concentrate on the overlaps between Energy and Thinning.
Case Study: The Arctic
Sino-Russian Energy Grid
Energy as Currency
Understand the implications that
sector will have on the rest of the world,
gROUP AND PERsONAL RE-SEARCH PLANS
design
cv projects
products
research
RETROsPECTIVE ANALI-SYS PART ONE - LOOK-
ING 150 YEARS BACK AT INTERCORRELATION
OF K-WAVES, BUSI-NESS CYCLES, SHUMPET-ER’s INNOVATION wAVEs
WITH MAJOR TECHNO-LOGICAL ADVANCES,OIL
PRICE,DINAMICS OF wORLD POPULATION AND
LEVEL OF URBANIsATION
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
STEEP timeline.
economy
today
1 2 3 4 51986196119411921190118811861 2035
4th US Dollar defalt 2008 economic crisysGreat Depression
II A II B III A III B IV A IV B V A V B VI A
Steam engine,railway.
Industrial economy
100
M
105
71,9%
74%75,9% 77,7% 79,3% 80,7% 82,% 83,1% 84,2%110
115
120
125
130
135
140
145
150
Industrial era Post-industrial era
Post-industrial economy Knowledge eonomy
Industrial society Post-industrial society Information society
Indu
srtia
l pro
duct
ion
of o
il an
d it’
s pr
oduc
ts
Wor
ld's
firs
t com
mer
cial
geo
ther
mal
pow
er p
lant
Exp
erim
ents
with
con
nect
ion
win
d tu
rbin
es t
o a
dist
ribut
ion
netw
ork
Firs
t nuc
lear
pow
er p
lant
The
first
larg
e-sc
ale
tidal
pow
er p
lant
Ene
rgy
Tax
Act
The
mod
ern
win
d po
wer
indu
stry
dev
elop
ed
Feed
-in ta
riffs
in G
erm
any
Feed
-in ta
riffs
in S
pain
New
edu
catio
n sy
stem
for
10-1
1 gr
ades
with
eco
logy
am
ong
othe
r su
bjec
ts
Feed
-in ta
riffs
and
alik
e re
gula
tions
in U
S a
nd E
urop
e
The high cost of solar cells limited terrestrialuses throughout the1960s
Increase in RnD for solar energy in Japan and Europe,worldwide production growthincreased to 30%
The 1973 oil crisis stimulated a rapid rise in the production of PV during the 1970s and early 1980s
Coa
l min
ing
Firs
t hyd
ro p
ower
pla
nts
Com
mer
cial
con
cent
rate
d so
lar
pow
er p
lant
s
Win
d po
wer
gen
erat
or p
aten
ted
Internal Combustion engine,electric power,plastics.
Petrochemicals,electroniocs,Aviation.
Digital networks,softwear,new media.
Toyota Prius Prius US Launch
NBIC convergence - Nanotechnology,Biotechnology, Information technology and Cognitive science.
35
1840 45 50 55 60 65 70 75 80 85 90 95 1900 05 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 2000 05 10 15 20 25 30 35
The high cost of solar cells limited terrestrialuses throughout the1960s
The 1973 oil crisis stimulated a rapid rise in the production of PV during the 1970s and early 1980s
Increase in RnD for solar energy in Japan and Europe,worldwide production growthincreased to 30%
M. King Hubbard Develops the "Hubberts Peak Theory" for Measuring Oil Supply; Peak of US Oil Production Correctly Predicted
First commercialcomputer.
Formation of the Organization of Petroleum Exporting Countries (OPEC) in Baghdad, Iraq
Santa Barbara Oil Spill
Bringing the price down from $100 a watt to $20 per watt, solar cells could nowcompete in situations where people neededelectricity distant from power lines
Oil Production Peaksin the Lower 48 States
Three Mile Island Nuclear Accident in Pennsylvania Creates Widespread Public Opposition to Nuclear Power
Largest Nuclear Accident Ever Takes Place at Chernobyl
Exxon Valdez Disaster in Alaska Becomes the Largest Oil Spill in US Waters
BP Oil Rig Explodes & CausesLargest Oil Spill in US History
Investment programs
Earthquake off Coast of Japan Damages Six Powerplants at Fukushima Dai-ichi
Kyoto Protocol entered into force.
191 States ratify the protocol
Kyoto Protocol adopted
During the 1860s and 1870s, when “peak coal” fears swept across Europe, many people thought that civilization itself could be extinguished. Scientists and engineers insisted that solar energy could extend the industrial revolution indefinitely after coal ran out
The photovoltaic effect wasdiscovered by French scientist Edmond Becquerel in 1839
A steam engine powered by solar energy was developed by the French mathematician, August Mouchout in 1861
Hoffman Electronics-Semiconductor Division creates a 2% efficient commercial solar cell for $25/cell or $1,785/Watt.
Hoffman Electronics creates a 14% efficient solar cell.
20% efficient silicon cells are created by the Centre for Photovoltaic Engineering
Scientists at the U.S. Department of introducea photovoltaic device that converts 40.8 percent of the light that hits it into electricity
First Hydroelectric Plant, Appleton Wisconsin
First wind turbine electricity producer was the 1888 wind turbine built by
The first commercial geothermal power plant was built in 1911 in Larderello, Italy.
In 1917, Alexander Graham Bell advocated ethanol from corn and other foodstuffs as an alternative to coal and oil, stating that the world was in measurable distance of depleting these fuels
John Ericsson,: "A couple of thousand years dropped in the oceanof time will completely exhaust the coal fields of Europe, unless, inthe meantime, the heat of the sun be employed
The first commercial solar cell at a very expensive $300 per watt
Prototype of Internet
Internet rollout Present state ofinternrt (beginning)
Opening of Texas and PersianGulf oil fields inaugurates era of cheap energy in US
1859 First Commercial Oil Well Drilled by Edwin Drake
Birth of the Modern Oil IndustryDiscovery of Texas' Vast Spindletop Oil Field
Steam engine, railway coal mining. Internal Combustion engine, electric power, plastics. Petrochemicals, electroniocs, Aviation. Digital networks softwear, new media. NBIC convergence
Of the 4,192 cars produced in the United States 28 percent are powered by electricity, and electric autos represent about one-third of all cars found on the roads of New York City, Boston, and Chicago.
Henry Ford introduces the mass-produced and gasoline-powered Model T, which will have a profound effect on the U.S. automobile market.
During the 1920s the electric car ceases to be a viable commercial product. The electric car's downfall is attributable to a number of factors, including the desire for longer distance vehicles, their lack of horsepower, and the ready availability of gasoline.
Concerns about the soaring price of oilpeaking with the Arab Oil Embargo of 1973 -- and a growing environmental movement result in renewed interests in electric cars from both consumers and producers.
Congress introduces the earliest bills recommending use of electric vehicles as a means of reducing air pollution. A Gallup poll indicates that 33 million Americans are interested in electric vehicles.
Gas prices reach record highs of more than $4 a gallon and car sales drop to their lowest levels in a decade. American automakers begin to shift their production lines away from SUVs and other large vehicles toward smaller, more fuel-efficient cars.
THEN I CONCENTRATED ON RECORDED BREAKTHROUGHS IN RENEWABLE TECHNOLOGY, TRAC-ING SINCE 1840 - YEAR WHEN PHOTOVOLTAIC EFFECT WAS DISCOVERED.I MAPPED ALL THE ADVANCES IN DIFFERENT FIELDS OF RENEVABLE TECHNOLOGY - ELECTRIC CARS, SUN, WIND, HYDRO, GEOTHERMAL POWER, BATTERIES, TOGETHER WITH EVENTS CONNECTED TO ENVIRONMENTAL CONCERNS, AND MAJOR HISTORICAL EVENTS - INDUSTRIAL REVOLUTION, WORLD WARS, GREAT DEPRESSSION, ECONOMIC CRYCYS OF ‘73 AND 2000S AND MAIN TECNOLOGICAL DISASTERS ALONG WITH OIL PRICE IN REAL PRIC-ES OF 2006 AND LATER OTHER COMMODITIES LIKE GOAL AND GAS.
1840 45 50 55 60 65 70 75 80 85 90 95 1900 05 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 2000 05 10 15 20 25 30 35
The high cost of solar cells limited terrestrialuses throughout the1960s
The 1973 oil crisis stimulated a rapid rise in the production of PV during the 1970s and early 1980s
Increase in RnD for solar energy in Japan and Europe,worldwide production growthincreased to 30%
M. King Hubbard Develops the "Hubberts Peak Theory" for Measuring Oil Supply; Peak of US Oil Production Correctly Predicted
First commercialcomputer.
Formation of the Organization of Petroleum Exporting Countries (OPEC) in Baghdad, Iraq
Santa Barbara Oil Spill
Bringing the price down from $100 a watt to $20 per watt, solar cells could nowcompete in situations where people neededelectricity distant from power lines
Oil Production Peaksin the Lower 48 States
Three Mile Island Nuclear Accident in Pennsylvania Creates Widespread Public Opposition to Nuclear Power
Largest Nuclear Accident Ever Takes Place at Chernobyl
Exxon Valdez Disaster in Alaska Becomes the Largest Oil Spill in US Waters
BP Oil Rig Explodes & CausesLargest Oil Spill in US History
Investment programs
Earthquake off Coast of Japan Damages Six Powerplants at Fukushima Dai-ichi
Kyoto Protocol entered into force.
191 States ratify the protocol
Kyoto Protocol adopted
During the 1860s and 1870s, when “peak coal” fears swept across Europe, many people thought that civilization itself could be extinguished. Scientists and engineers insisted that solar energy could extend the industrial revolution indefinitely after coal ran out
The photovoltaic effect wasdiscovered by French scientist Edmond Becquerel in 1839
A steam engine powered by solar energy was developed by the French mathematician, August Mouchout in 1861
Hoffman Electronics-Semiconductor Division creates a 2% efficient commercial solar cell for $25/cell or $1,785/Watt.
Hoffman Electronics creates a 14% efficient solar cell.
20% efficient silicon cells are created by the Centre for Photovoltaic Engineering
Scientists at the U.S. Department of introducea photovoltaic device that converts 40.8 percent of the light that hits it into electricity
First Hydroelectric Plant, Appleton Wisconsin
First wind turbine electricity producer was the 1888 wind turbine built by
The first commercial geothermal power plant was built in 1911 in Larderello, Italy.
In 1917, Alexander Graham Bell advocated ethanol from corn and other foodstuffs as an alternative to coal and oil, stating that the world was in measurable distance of depleting these fuels
John Ericsson,: "A couple of thousand years dropped in the oceanof time will completely exhaust the coal fields of Europe, unless, inthe meantime, the heat of the sun be employed
The first commercial solar cell at a very expensive $300 per watt
Prototype of Internet
Internet rollout Present state ofinternrt (beginning)
Opening of Texas and PersianGulf oil fields inaugurates era of cheap energy in US
1859 First Commercial Oil Well Drilled by Edwin Drake
Birth of the Modern Oil IndustryDiscovery of Texas' Vast Spindletop Oil Field
Steam engine, railway coal mining. Internal Combustion engine, electric power, plastics. Petrochemicals, electroniocs, Aviation. Digital networks softwear, new media. NBIC convergence
Of the 4,192 cars produced in the United States 28 percent are powered by electricity, and electric autos represent about one-third of all cars found on the roads of New York City, Boston, and Chicago.
Henry Ford introduces the mass-produced and gasoline-powered Model T, which will have a profound effect on the U.S. automobile market.
During the 1920s the electric car ceases to be a viable commercial product. The electric car's downfall is attributable to a number of factors, including the desire for longer distance vehicles, their lack of horsepower, and the ready availability of gasoline.
Concerns about the soaring price of oilpeaking with the Arab Oil Embargo of 1973 -- and a growing environmental movement result in renewed interests in electric cars from both consumers and producers.
Congress introduces the earliest bills recommending use of electric vehicles as a means of reducing air pollution. A Gallup poll indicates that 33 million Americans are interested in electric vehicles.
Gas prices reach record highs of more than $4 a gallon and car sales drop to their lowest levels in a decade. American automakers begin to shift their production lines away from SUVs and other large vehicles toward smaller, more fuel-efficient cars.
design
cv projects
products
research
36
NEW COTTAGE SETTELMENTS RAISED BY ONE SINGLE DEVELOPER
ROAD AND POWERLINE
OLD HOUSES FROM HISTORICAL CONSTRUCTION
NEW HOUSES THAT FIT INTO INITIAL POWER CAPACITY
NEW HOUSES THAT GROUPED TOGETHER TO PAY FOR
EXTRA POWER CAPACITY AND NEW CONNECTION TO
THE GRID.
ALL NEW HOUSES THAT DID NOT FIT INTO INITIAL POVER CAPACITY
HISTORICAL TERRITORY OF THE SETTLEMENT
HOMES THAT DECIDID NOT TO OR HAD NO MONEY TO BRIBE LOCAL AUTHORITIES AND GET EXTRA CAPACITY - REMAINED OFF-GRID
HISTORICAL CONSTRUCTION HOUSES THAT POSESS NEW HOME APPLIANCES THAT CONSUME MORE POWER
ALL THE HOMES THAT FIT INTO INITIAL CAPACITY OF
ELECTRICITY PROVISION
RENOVATED OR REBUILT STRUCTURES IN PLACE OF OLD HOMES
GETTING BACK TO RUSSIAN CONTEXT,I LOOKED AT GRID FORMATION - HOW A HYPOTHETICAL SUBURBAN SETTLEMENTIS FORMED AROUND THE GRID, EXCEEDINGIT’S CAPACITY.MAKING AN OUTCOME, THAT OFF-GRID LOCA-TIONs ARE mOsT LIKELY TO BE FOUND IN AgLOmERATIONs OF mAJOR CITIES, I LOOKED AT SUBURBAN SETTLMENT PATTERNS IN AGLOMERATIONS OF 21 MAJOR CITIES, DEVELOPING FOUR MAIN TYPOLOGIESOF SUBURBAN SETTLEMENT.
design
cv projects
products
research
37
time
energy` energy`
a1
a
tt
AA
B
time
consumptionconsumption
fossil resource
production
production
renuwable resource
B
time
a1
a
t
A
B
consumption
energy`
time
energy`
currentlevel of
consumption
energy`
a1
a
tt
AA
B
time
consumptionconsumption
price of fossil energyB
time
a1
a
t
A
B
consumption
energy`
price of renuwable energy price of renuwable energy
price of fossil energy
renuwable resource
fossil resource
renuwable resourcerenuwable resource
fossil resource fossil resource
time
a1
a
t
A
B
consumption
energy`
price of renuwable energy
price of fossil energy
renuwable resource
fossil resource
time
a1
a
t
A
B
consumption
energy`
price of renuwable energy
price of fossil energy
renuwable resource
fossil resource
production
production
production
production
production
production
time
a1
a
t
A
B
consumption
price of renuwable energy
price of fossil energy
renuwable resource
fossil resource
production
production
time
a1
a
t
A
B
consumption
price of renuwable energy
price of fossil energy
renuwable resource
fossil resource
production
production
timet
A
B
consumption
price of renuwable energy
price of fossil energy
renuwable resource
fossil resource
production
production
BY ADOPTINg sUPPLY AND DEmAND FRAmEwORK FROM MYCROECONOMICS,BUT PRESENTING IT IN DINAMICS - X AXIS IS TIME AND Y AXIS IS QUANTITY I’VE BUILT A TRANSITION MODEL, TRYING TO ILLUSTRATE WHAT WILL HAPPEN TO RENEwABLE ENERgY PRICE AND CONsUmPTION WHEN OIL PEAKS.
design
cv projects
products
research
time
fossil resource
time
renuwable resource
fossil resource
time
renuwable resource
fossil resource
consumptionconsumptionconsumption
consumption
consumption
consumption
consumption
consumption
consumption
time
price of renuwable energy
fossil resource
time
renuwable resource
time
renuwable resource
fossil resource
time
renuwable resource
fossil resource
time
renuwable resource
fossil resource
time
renuwable resource
fossil resource
I ANALIZED PEAK THEORY AND TOOK HUBBERT’S CURVE, OR CURVE OF LOGISTIC DISTRIBUTION As POTENTIAL OIL PRODUCTION IN FACE OF PEAK - BECAUSE IT ALREADY TAKES INTO AC-COUNT A LOT OF FACTORS, LIKE POPULATION GROWTH, SCARCITY OF RESOURCES AND ENVIRONMENTAL CONCERNS. POTENTIAL RENEW-ABLE POWER PRODUCTION, IN ITS TERM, IS ONLY CONSTRAINED BY STATE OF TECHNOLOGYDEVELOPMENT.
38IN THE END, A BOOK “BEYOND OIL AND GAS” WAS PUBLISHRD, WHERE MY CHAPTER, AMONG THE REST, FEATURED DETAILED ANALISYS OF THE TIMELINE AND CASE STUDY ON BIOGAS PRODUCTION INITIATIVE IN gRAIVORON AREA OF BELGOROD REGION.
design
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products
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39
randomphotofacts
aboutme
amdodhave
I’mdesign
cv projects
products
research
