202 FRIB Graduate Brochure
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What is cryogenic engineering?<br />
Cryogenic engineering is the design of thermal process<br />
equipment and systems that operate at cryogenic<br />
temperature (that is at or below the temperature<br />
necessary to liquefy natural gas). It requires the:<br />
• Engineering design of complex and interdependent<br />
mechanical-thermal systems;<br />
• Integrated application of mechanical design,<br />
thermodynamics, fluid mechanics, and heat transfer.<br />
Fulfills national need<br />
The demand for cryogenic engineering support has<br />
continued to increased in the last decade. Having <strong>FRIB</strong><br />
at MSU offers a unique opportunity to educate and train<br />
the next generation of cryogenic system innovators<br />
to prepare them for job opportunities in cryogenics<br />
engineering and related fields.<br />
Student opportunities<br />
Train with leading faculty, academic staff, and industry<br />
experts. MSU’s engineering program is rated one of the top<br />
in the United States, and is one of the largest and oldest<br />
colleges on the campus. Get hands-on training on <strong>FRIB</strong>’s<br />
state-of-the-art systems. <strong>FRIB</strong> will have unprecedented<br />
capabilities to study the fundamental structure of matter.<br />
The 4.5- and 2-kelvin helium refrigeration systems<br />
supporting the superconducting accelerator are stateof-the-art,<br />
enabling world class physics research. There<br />
are also several helium refrigeration systems supporting<br />
laboratory test facilities, including those dedicated to<br />
cryogenic engineering research and development.<br />
Career opportunities for cryogenic<br />
engineers<br />
• DOE laboratories and user facilities (like <strong>FRIB</strong>)<br />
• National Aeronautics and Space Administration (NASA)<br />
• International laboratories<br />
• Large aerospace energy, and industrial corporations<br />
• Many cryogenic-specific companies<br />
<strong>Graduate</strong> fellowships<br />
<strong>Graduate</strong> fellowships are available. Self-motivated,<br />
naturally curious, creative, practical, and analytical<br />
graduate students are attractive candidates for fellowships.<br />
Undergraduate thermodynamics, fluid dynamics, heat<br />
transfer, materials engineering, mechanical design, and<br />
computer programming are prerequisites. Advanced<br />
coursework in any or all of these areas is highly desirable.<br />
Learn more at frib.msu.edu/cryo<br />
Student jobs, internships, and careers<br />
Training in cryogenic engineering opens up career<br />
opportunities in various fields. Cryogenic engineering:<br />
MSU Cryogenic Initiative students in the <strong>FRIB</strong> cryogenic plant.<br />
• Exposes students to coupled fluid-dynamics and<br />
thermodynamics and to real fluid properties and<br />
material properties over a wide temperature range<br />
not typically encountered in industry;<br />
• Requires a clear understanding of engineering<br />
principles, with many opportunities for<br />
complex simulation and modeling, and creative<br />
problem-solving;<br />
• Involves complex and coupled thermal systems and<br />
mechanical designs.<br />
This exposure and experience are assets in many potential<br />
engineering careers. Cryogenic engineering is an industry<br />
with high-paying job opportunities with a present need.<br />
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