gado andres Delgado
Andres Delgado is an industrial designer. He is currently doing his MA studies in integrated design at Hochschule Anhalt, Germany. A Colombian native, Andres moved to Montreal at 18 where he did his bachelor before joining an industrial design office. His design approach is driven by material experimentation and a strong belief that We must create less but better.
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cv andres delgado
work
awards
Archimedes Exhibitions GmbH – Industrial Designer
Honorable mention at the IHA® student design competition – March 2015, USA
April 2017- Present www.archimedes-exhibitions.de/
SurfaceID – Industrial Designer May 2015- April 2016 www.surfaceid.com
andres.delgado757@hotmail.com
Think Industrial Design – Freelancer May 2015- September 2015
+49 176 5699 0768
www.thinkindustrialdesign.com
Best Concept – awarded by the ADIQ® (Association des designers industriels du Québec) – May 2015, Canada
Honorus Mention to outstanding academic performance – May 2014, Canada
LANGUAGES English: Near native/ proffesional proficiency
Beethovenstr. 4, Dessau-Roßlau 06844 – Germany
Spanish: Native speaker French: Fluent
Education Hochschule Anhalt – 2016-2018 M.A. in Integrated Design – Dessau, Germany Dawson College – 2012-2015 Industrial Design – Montreal, Canada Universidad Nacional de Colombia – 2011 Industrial Design – Bogota, Colombia
German: Basic
Skills Sketching both on analog and digital media. Prototyping of soft mock-ups to quickly test ideas and also presentation-quality prototypes. CAD: Solidworks and KeyShot for renderings Adobe Suite: Photoshop, InDesign, Illustrator and PremierePro. 2
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r ea porcelain cups
REA is a plaster mold randomizer. It is the result of combining cutting edge 3D printing technology with traditional porcelain manufacturing. We used a laser sintering printer to obtain a geometry that could not be produced with any other production method. The printed parts were then cast in plaster creating an articulated mold that can be reproduced following traditional porcelain technique. The machine transforms the mold taking the users effort and applying it differently to each section of the mold, creating a unique piece with every casting. Project developed in colaboration with Juan Angel Cardenas.
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motto Our moto behind REA is to redefine mass production. We want to propose unique objects that represent artistic and aesthetic values using emotional design. We present an alternative to mass production that offers unrepeatable objects that although created in series have a human touch that makes them unique. With REA we question today’s manufacturing model and demonstrate that it is possible to create limited series of one-offs applying the aesthetic principles of emotional design.
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How to make a REA: LINK TO VIMEO
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KTP Knight trainer pro
The KTP is a robot that shoots birdies and allows the user to program a session with specific shots adjusting the direction, angle and speed. The original version was made in a rudimentary manner using Plexiglas and plywood.
The task was to keep the mechanical elements and redesign the robot around them making it suitable for mass production. Assembly line, maintenance and cost were some of the most important aspects to consider during the process. The project was developed initially in team with two other designers and overtime I assumed full responsibility for the KTP. Project developed with SurfaceID.
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Stage of development of the robot when SurfaceID began working on it. Video of robot in function: LINK TO YOUTUBE
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The nature of the project implied a co-designing process with the engineering team and the directives of the company.
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Soft mock-up to check volumes, proportions and basic mechanical components
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Prototype before and after assemly. Some parts are missing up to this point.
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F XS FLEXSEE
Flexsee is a contact lens case.
It is a case that adapts to the actual needs of the users. Its two main features are the elastic strap and the yin-yang shaped cavity. The straps allows the user to take the case on-the-go while the shape facilitates securing the lens in the fingertips with minimal manipulation.
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The yin-yang shaped cavity scoops out the lens as it is dragged
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International Home+Housewares Association tradeshow, 2015
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UEH URBAN ENERGY HARVESTER Bachelor Thesis Project.
The Urban Energy Harvester is a system to collect solar and wind power efficiently. It adapts to any house maximizing the output that the roof area can produce. The system helps the user have a better understanding of their power consumption and production via an interface that illustrates the flow of energy in the system. This will potentially modify the user habits towards a more responsible use of energy.
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Wind mill
Home interface
Solar energy collector
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Sketches of the process
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Far left: testing scale of a concept Center top and bottom: Soft mock-up of chosen concept
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Rendered images of final product
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Prototype 1:8
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brd Desk Lamp
Desk lamp inspired by the traditional origami crane, designed with the aim of creating a lamp that allows the user to play with its form and function. The steel lamp houses the lighting compontets while the wooden base contains small magnets along three edges. All these edges have equal angles and thus allow the lamp to sit on multiple positions.
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Multiple positions of the lamp
Paper mock-up showing the two components idividually
Prototype
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Top: Surface Treatment experiments Right: Magnet cavities
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andres delgado andres.delgado757@hotmail.com +31 615 929 104 Beethovenstr. 4, Dessau-RoĂ&#x;lau 06844 – Germany