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Formula Hybrid Brochure - Lawrence Technological University

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<strong>Lawrence</strong> Tech<br />

Founded in 1932 on the site where Henry Ford<br />

perfected the moving assembly line, <strong>Lawrence</strong><br />

<strong>Technological</strong> <strong>University</strong> offers over 100 undergraduate,<br />

master’s, and doctoral programs in<br />

Colleges of Architecture and Design, Arts and<br />

Sciences, Engineering, and Management. With a<br />

focus on leadership through theory and practice,<br />

<strong>Lawrence</strong> Tech seeks to help students understand<br />

not only how something should work, but also<br />

how it works in real-life situations. Consequently,<br />

many of the <strong>University</strong>’s programs encourage<br />

students to participate in professional projects in<br />

which they solve real problems facing practicing<br />

architects, engineers, managers, and scientists.<br />

Students learn to network with leaders in their<br />

chosen fields through co-ops, part-time work,<br />

internships, student projects, and participation in<br />

professional organizations.<br />

Named among the nation’s top 50 “unwired”<br />

universities, <strong>Lawrence</strong> Tech is unique in providing<br />

all undergraduates with high-end laptop or<br />

tablet computers customized with the industrystandard<br />

software they need for their<br />

field of study.<br />

Contact Information<br />

Team Leader Faculty Advisor<br />

Marc Basta<br />

Robert Fletcher<br />

248.703.2226 248.204.2525<br />

mbasta@ltufz.com rfletcher@ltu.edu<br />

www.ltu.edu/formulahybrid<br />

youtube.com/user/LTUElementOne<br />

twitter.com/Element_One<br />

<br />

<strong>Lawrence</strong> <strong>Technological</strong> <strong>University</strong><br />

21000 West Ten Mile Road<br />

Southfield, MI 48075-1058<br />

www.ltu.edu


The Team<br />

<strong>Lawrence</strong> <strong>Technological</strong> <strong>University</strong> incorporated<br />

the <strong>Formula</strong> <strong>Hybrid</strong> competition into its<br />

engineering curriculum as a year-long project in<br />

2009–10. The competition provides students a<br />

unique opportunity to combine the <strong>University</strong>’s<br />

signature blend of theory and practice with<br />

the challenge of a real-world problem: creating<br />

a high-performance racing vehicle that is<br />

also fuel-efficient. The students design, build,<br />

test, and race a <strong>Formula</strong> hybrid vehicle in<br />

competition with other student engineering<br />

teams from around the world. <strong>Lawrence</strong> Tech’s<br />

<strong>Formula</strong> <strong>Hybrid</strong> team is comprised of freshmen<br />

through senior students and graduate student<br />

advisors. Students from all of the <strong>University</strong>’s<br />

colleges are welcome to participate.<br />

The team was extremely successful in its first competition in<br />

2010. It placed third in class and earned outstanding scores<br />

in design review. The vehicle also won General Motors’ thirdplace<br />

design award. The 2013 team is seeking to continue the<br />

tradition of hard work and dedication to be successful at the<br />

next competition. Their work this year will focus on testing<br />

and reducing the weight of the vehicle.<br />

The Competition<br />

<strong>Formula</strong> <strong>Hybrid</strong> is a design and engineering<br />

challenge for undergraduate university<br />

students endorsed by SAE International and<br />

the Institute of Electrical and Electronics<br />

Engineers (IEEE). Students must design,<br />

build, and race an open-wheel, singleseat,<br />

plug-in hybrid racecar that<br />

conforms to <strong>Formula</strong> <strong>Hybrid</strong><br />

rules, which emphasize drive train<br />

innovation and fuel efficiency in<br />

high-performance applications.<br />

<strong>Formula</strong> <strong>Hybrid</strong> builds<br />

upon the <strong>Formula</strong><br />

SAE® program and takes it to the next level by adding<br />

a new layer of complexity and posing an additional<br />

technical challenge to student teams.<br />

The <strong>Formula</strong> <strong>Hybrid</strong> competition focuses on the<br />

engineering of the hybrid drive system and vehicle<br />

suspension to maximize performance in three different<br />

tests: acceleration, autocross, and endurance. The most<br />

challenging event at the competition is endurance, which<br />

tests how fast the vehicles can complete an endurance<br />

course with a limited amount of energy.<br />

Donor Involvement<br />

The success of <strong>Lawrence</strong> Tech’s <strong>Formula</strong> <strong>Hybrid</strong> team<br />

would not be possible without the generous help<br />

of donors and sponsors. For 2013, the team seeks<br />

support to reach a fund-raising goal of $50,000 to<br />

purchase the materials needed to design, build,<br />

and test the vehicle. Individual or company<br />

donations can take the form of money,<br />

materials, or equipment. It is important<br />

that the team has access to the<br />

latest equipment, because<br />

the project requires<br />

innovation and<br />

experimentation.<br />

Donor<br />

Benefits<br />

All donations are 100<br />

percent tax deductible.<br />

Your donation will<br />

support education and<br />

goal-oriented students. Sponsors<br />

receive valuable promotional<br />

opportunities. Your name or company’s<br />

name will be displayed at the local and<br />

national hybrid and automotive events the team attends<br />

and in the team’s printed materials and press releases.<br />

Companies can utilize this opportunity to familiarize<br />

students with their names and products and highlight<br />

their support of fuel-efficient and green technologies.

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