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#SDLivingTheDream,Rodrigo Castro:The Use of Energy Performance as a Design Input

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A headshot of Rodrigo Castro

We’re continuing our special series to highlight alumni of both the Build Challenge and the Design Challenge of Solar Decathlon, and how their experiences with the event have shaped their careers and lives. This time on #SDLivingTheDream, it’s Rodrigo Castro.

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Name: Rodrigo Castro, PhD

Year participated in Solar Decathlon: 2011

University team: Team Florida (University of Florida)

Current organization / employer: Bionova Ltd.

Current role: Senior LCA Expert

 

#SDLivingTheDream,Teresa Hamm Modley:Designing, Building and Beyond

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We're continuing our series, #SDLivingTheDream, highlighting alumni of both the Build Challenge and Design Challenge and how their time in the competition 

has shaped their careers and their lives. This month, it's an alum of *both* Challenges.

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Name: Teresa Hamm Modley

Year participated in Solar Decathlon:

  1. 2011 Solar Decathlon (as a team partner for the Empowerhouse, I worked for Habitat for Humanity of DC)
  2. 2017-2018 Race to Zero, Elementary School Division

Back to the Future, Solar Decathlon Style

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By Ruby Theresa Nahan

Now that Solar Decathlon 2017 has officially come to a close, and the 11 innovative houses have moved from the competition site at the 61st and Peña Station in Denver to their next destination, I think it’s a perfect time to reflect on the impact the Solar Decathlon might have on the future. Most students who have participated in Solar Decathlon since 2002 might not be familiar with the 1985 film to which my title alludes, but all are very familiar with, quite literally, holding the future in their own hands. Even if they don’t realize it yet.

Über Smart Eco-Inventions Designed by Students

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Imagine building a single-family house with only hand-powered tools. Sounds crazy, right? Well, students from Clemson University built not just one such house, but two. They built a local version to stay in South Carolina and a traveling version to demonstrate this concept at the U.S. Department of Energy Solar Decathlon 2015 competition. Their Sim[PLY] construction method allows an average person to assemble pre-cut, numbered components with just stainless steel zip ties. It’s like a three-dimensional puzzle of a 1,000-square-foot home…that’s also a totally livable home.

Blaise Stoltenberg: A Shining Light for the Solar Decathlon

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Blaise Stoltenberg, a U.S. Department of Energy Solar Decathlon organizer, developed his vision for a clean energy future as a Solar Decathlon 2002 decathlete. He was a leader of the University of Colorado's winning 2002 team and, in recent years, served as a coordinator for Solar Decathlon engineering juries. He did it all with a kind and giving spirit that inspired colleagues and friends.

Strong Ties Lead Solar Decathlon Alum to Career With Team Sponsor

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David Lee works in business development at Lowe’s. He researches new opportunities and new business models that can help the company expand or reach new markets. And he landed this job, he says, thanks to the U.S. Department of Energy Solar Decathlon.

Solar Decathlon Alum Goes From Coordinating One Efficient Building to Many

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As a project coordinator for building management software company Lucid Design Group, Cordelia Newbury works with customers to reduce their energy use. And although she now coordinates the energy efficiency of tens of buildings at a time, her career in energy-efficient spaces began with one-house projects—on Middlebury College’s U.S. Department of Energy Solar Decathlon 2011 and Solar Decathlon 2013 teams.

Solar Decathlon Leads to Patent-Pending Technology, Design Career for OSU Alumnus

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Matthew O’Kelly lives the benefits of his U.S. Department of Energy Solar Decathlon experience.

O’Kelly participated twice in the Solar Decathlon—first as the HVAC engineer for The Ohio State University (OSU) 2009 team and then as the project engineer for the OSU 2011 team. Since then, O’Kelly has not only established a successful design career but also been instrumental in developing a patent-pending technology that began with the OSU 2011 competition house.

Technology Spotlight: Energy-Efficient Lighting

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Upgrading your lighting is one of the most practical ways to increase your home’s energy efficiency.

Compact fluorescent lamps (CFLs) provide the same amount of light as incandescent bulbs but use about 75% less energy. CFLs fit into common household fixtures and are available at most hardware stores. And although CFLs cost slightly more than incandescent bulbs, they save money over time by lasting 15 times longer than their less-efficient counterparts.

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