The Lamar University College of Engineering (LUCOE) is an engineering college at Lamar University. The college offers bachelors, masters, and doctoral degrees in engineering. The college's goal is to provide a foundation of strong theoretical emphasis, the development of practical engineering skills, experience in interpersonal communication and teamwork, and an emphasis on ethics, professional conduct and critical thinking. The vision for LUCOE is to provide students with engineering theory and practice, industrial experience and leadership skills.
Video Lamar University College of Engineering
History
Lamar's birth was in large part due to the demand for technically trained individuals in the area, after the 1901 Spindletop oil discovery, making Beaumont, Texas one of the most heavily industrialized areas of the United States. The School was founded in 1923 as a junior college. On September 1, 1951 the Texas Legislature promoted the school to a four-year institution and renamed the school Lamar State College of Technology. The legislature noted the school would emphasize engineering, technology, and science to serve the regions large industrial base. The school immediately began granting engineering degrees in 1951. In 1970, Lamar's history as a science and technology school was again a driving force in a name change. The state authorized Lamar to offer its first doctoral degree program, the doctor of engineering. On May 3, 1971, Gov. Preston Smith signed a bill changing the name of Lamar State College of Technology to Lamar University. In 2005, Lamar's First Ph.D program was established in the College of Engineering: the Doctor of Philosophy in Chemical Engineering.
The college gets industry and government support, such as a $1 million donation from the Valero Energy Foundation, and a $4.8 million research lab funded by the Department of Commerce's Economic Development Administration under the Disaster Recovery Project. The College of Engineering has the two of the three endowed departments at Lamar University. In 2007 The Philip M. Drayer Department of Electrical Engineering was established with a $5 million gift from Philip M. Drayer. In 2009 The Dan F. Smith Department of Chemical Engineering was established with a $5 million donation from Dan F. Smith. Dr. Srinivas Palanki is currently the Charles and Eleanor Garrett Professor and Dean of the College.
Maps Lamar University College of Engineering
Research
The College of Engineering has several research centers located under its authority. The research centers, listed below, receive about $2 million in funding every year.
- Texas Hazardous Waste Research Center (THWRC)
- Texas Air Research Center (TARC)
- Center for Water and Air Quality (CAWAQ)
- Center for Advances in Port Management (CAPM)
Academics
Co-op Program
The Cooperative Education Program at Lamar is a work experience program for Lamar Engineering students meeting the academic standards to participate. The program's goal is to provide engineering students with immediately applicable education and to help students have the qualifications companies want. Cooperative education (co-op) and internship programs are designed to make student success upon graduation a priority by combining practical experience with academic study.
The College assist co-op students to obtain paid cooperative education/internship opportunities in all five of the engineering disciplines at Lamar: Civil, Chemical, Electrical, Industrial and Mechanical.
Departments
Dan F. Smith Department of Chemical Engineering
The Dan F. Smith Department of Chemical Engineering, headed by Dr. Thomas C. Ho, was established with a $5 million donation from Dan F. Smith in 2009. Dan F. Smith graduated from Lamar in 1969 with a BS in chemical engineering, since then he has worked for many chemical companies including Lyondell where he was the CEO. Lamar University Chemical Engineering has a history of being one of the top rated programs in the country. The program continually produces the same or more MS in chemical engineering graduates than universities such as Stanford, IIT and MIT. The building housing the PhD program was completed in 2010.
Civil & Environmental Engineering
The Civil & Environmental department is one of the broadest departments in the college. Headed by Dr. Liv Haselbach. It offers the degrees of:
- B.S. in Civil Engineering
- B.S. in Construction Management (Reese Construction Management Program)
- M.E. in Civil Engineering
- M.E.M in Civil Engineering
- M.E.S in Civil Engineering
- M.S.E.E. in Environmental Engineering
- M.S.E.S. in Environmental Studies
- D.E. in Civil Engineering
In the Fall of 2008 the Civil Engineering department started a new program, the Reese Construction Management program, with a 1.25 million dollar donation from Jerry and Sheila Reese. The program is headed by Steve McCrary Ph.D.
Phillip M. Drayer Department of Electrical Engineering
The Philip M. Drayer Department of Electrical Engineering was endowed with a 5 million dollar gift from Philip M. Drayer in 2007. Phillip M. Drayer graduated from Lamar in 1967 with a B.S. in Electrical Engineering. Since then, he has gone on to be the CEO of several successful companies. The department has been chaired by Harley Myler, Ph.D., since 2001. Dr. Myler is the inaugural holder of the Mitchell Endowed Chair in Telecommunications. The department has many successful alumni in the industry including Phil Drayer (LUEE '67), and Charles Garrett (LUEE '59) inventor and founder of Garrett Metal Detectors.
Industrial Engineering
The Industrial Engineering Department at Lamar is headed by Dr. Brian Craig. In 2010 the department won a contract to provide master's degrees to new hires within the United States Army Materiel Command, one of the army's primary engineering units.
Mechanical Engineering
The Mechanical Engineering department is currently headed by Dr. Hsing-wei Chu. It offers both undergraduate degree (B.S) as well as graduate degrees, consist of Master of Engineering ( M.E.), Master of Engineering Science (M.E.S) and Doctor of Engineering (D.E.). The department is affiliated to ASME and ASTM in order prepare undergraduate and graduate students in getting updated with latest challenges faced by the current industries and encourage them for inter collegiate competitions as well as industry level symposiums, resulting in rewarding careers in mechanical engineering profession.The department is facilitated with latest simulation software and systems that enable students develop their skills, apply the knowledge and principles of product design and development gained from sophomore through all years in mechanical engineering applications.
External links
References
Source of article : Wikipedia
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