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Texas Tech University began in 1923, formed by legislative action and originally known as Texas Technological College. The call to form a university in the area began almost as soon as settlers arrived in Texas. Initially, legislation was passed to establish a branch of Texas A&M in Abilene, but the bill was repealed two years later when it was discovered that Governor James E. Ferguson falsely reported the site committee's choice of location. In 1921, another bill was passed but was vetoed by Governor Pat Neff who claimed financial times were too hard to establish a university. The veto so angered many residents in West Texas there was talk of secession from the state.
Finally, in 1923, it was decided that a separate university, not a branch of another school, open in the region. When the selection committee arrived in Lubbock, they were surprised to see people lining the streets to show support for the new school, leading the committee to choose Lubbock over Floydada, Plainview and Sweetwater.
Military training was conducted at the college as early as 1925 but the formal Reserve Officers' Training Corps did not begin until 1936. Like many schools in the country, enrollment declined during World War II as faculty and students joined the war effort. However, after the war, enrollment exploded as soldiers returning from the war took advantage of the G.I. Bill.
By the 1960s, the school was offering education in more than just technical subjects. It was suggested that the name of the school be changed to Texas State University, but the alumni and Board of Directors wanted to keep the "Double T" logo created in 1926. Eventually, the board chose Texas Tech University which was presented to the legislature in 1964. Governor John Connally pushed to have the school placed into the Texas A&M University system resulted in heated debate about het new name, keeping the name change from approval. In 1969, the legislature finally approved the name Texas Tech University.
Today, there are more than 36,500 students attending Texas Tech, which offers 150 undergraduate, 100 master's and 50 doctoral degree programs. In 2013, ten faculty members were awarded Fulbright Fellowships.
Texas Tech University Accreditation Details
Texas Tech University is accredited by the Southern Association of Colleges and Schools, Commission on Colleges. Accreditation indicates that the school meets or exceeds criteria set forth by the agency that indicates to students, parents and prospective employers that graduates are well-prepared for careers in their chosen field of study. Programs throughout the college are accredited by the following agencies:
- Accreditation Board for Engineering and Technology
- Accreditation Council for Education in Nutrition and Dietetics
- American Chemistry Society
- American Psychological Association
- American Society of Mammologists
- Certified Financial Planners Board of Standards
- Commission on Accreditation of Healthcare Management Education
- Council for the Accreditation of Counseling & Related Programs
- Council for the Accreditation of Educator Preparation
- Council for Interior Design Accreditation
- Council on Social Work Education
- Human Factors and Ergonomics Society
- Landscape Architecture Accreditation Board
- National Architectural Accrediting Board
- National Association for the Education of Young Children
- National Association of Schools of Art
- National Association of Schools of Art and Design
- National Association of Schools of Dance
- National Association of Schools of Music
- National Association of Schools of Theatre
- Network of Schools of Public Policy, Affairs and Administration
- Society for Range Management
Texas Tech University Application Requirements
Students who have not earned college credit after graduating from high school are considered first-time students at Texas Tech. Applicants must complete an online application and pay the applicable fee. They must provide official high school transcripts as well as their official SAT or ACT scores. Admission is based on the academic performance and the following may also be taken into consideration:
- Extracurricular activities
- Leadership experiences
- Civic or other service activities
- Socioeconomic background
- Family educational background
- Special talents or awards
- Diversity of experience and background
Transfer students are those that have earned college credit after high school graduation. Students should check in the Transfer Equivalency database to determine if their credits transfer. Complete an online transfer application and pay the applicable fee. Students must provide official transcripts from all colleges and universities attended. Official high school transcripts as well as ACT or SAT scores are required if the transfer student has less than 12 transferable hours.
Graduate students should complete the online application and pay the applicable fee. Students must provide official transcripts from all colleges and universities attended. One transcript must display the conferring of a bachelor's degree or higher. Students must visit the Graduate Programs Director to determine any additional documentation that must be provided for the field of study they wish to pursue at the graduate level.
Texas Tech University Tuition and Financial Aid
Full-time undergraduate tuition for students living in Texas, Oklahoma or New Mexico is $10,772 per year and $23,012 for non-residents. Graduate tuition is $8,486 for residents of Texas, Oklahoma or New Mexico and $16,746 for non-residents.
Financial aid is available. Students must complete the Free Application for Federal Student Aid (FAFSA) in order to be eligible for assistance. Students who wish to qualify for scholarships must complete the application at scholarships.ttu.edu and complete an enrollment certification. Aid is available in the form of grants, scholarships, loans and work-study.
Texas Tech University Degree Program(s) Available
Chemical Engineering Undergraduate
Texas Tech University offers an undergraduate Chemical Engineering degree that provides students with a broad-based education in the principles of physical and chemical sciences. Students receive individual career and academic counseling in order to achieve their career goals as soon as possible. Students are able to apply knowledge f mathematics, science and engineering as well as to design and conduct experiments. They also develop the skills and knowledge to analyze data. Students understand how to design a system, component or process within economic, environmental, social, political, ethical, health and safety constraints. Students develop teamwork skills and are able to identify, formulate and solve engineering problems. Courses required include:
- Advanced College Rhetoric
- Calculus I, II & III with Applications
- Chemical Engineering Review
- Chemical Engineering Seminar
- Chemical Engineering Thermodynamics I & II
- Chemical Engineering Transport Laboratory
- Chemical Process Design and Simulation
- Chemical Reaction Engineering
- Engineering Analysis I
- Engineering Economic Analysis
- Engineering Ethics and Its Impact on Society
- Engineering Materials Science
- Essentials of College Rhetoric
- Experimental Organic Chemistry I
- Experimental Principles of Chemistry I & II
- Exposition of Technical Information
- Fluid Mechanics
- Heat Transfer
- Higher Mathematics for Engineers and Scientists I
- Introduction to Chemical Process
- Organic Chemistry
- Principles of Chemistry I & II
- Principles of Physics I & II
- Process Control
- Process Safety
- Unit Operations Laboratory
In addition to these courses, students must complete credits in American Government, U.S. History, Creative Arts and eight credits in Chemistry electives that must include two laboratory courses.
Chemical Engineering Master of Science
The Master of Science in Chemical Engineering at Texas Tech University is a 24-credit program. Students must maintain a GPA of 3.0 to remain in the program. The degree builds on foundations of the Bachelor of Science degree and requires the following five courses:
- Advanced Chemical Engineering Techniques
- Advanced Chemical Engineering Thermodynamics
- Digital Computation for Chemical Engineers
- Fluids Transport Principles & Analysis
- Reaction Kinetics
When completing the combined BS/MS degree, students may choose either a thesis or non-thesis format.
Chemical Engineering Doctor of Philosophy
The Ph.D. program builds on knowledge developed in the bachelor and master's level of study. Students must complete five core courses along with a seminar and electives. They must develop a research project, conduct the research and present a dissertation. A total of 72 hours is required to complete the program. Students must also pas a qualifying oral examination conducted by the Doctoral Committee. The average time to complete the degree is five years. Core courses are the same as those required for the Master's degree, but at a higher level of study.
Texas Tech University offers a wide range of degree programs some of which are available nights, weekends and online. These flexible formats allow Texas Tech University to help working adults achieve their higher education goals in order to move into a new career or advance in a current career.