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The below information is required while
completing the university application :
To pursue a bachelor's degree at Texas Tech University, applicants should consider the following eight admission points:
High School Diploma or Equivalent: Completion of a recognized secondary education program is mandatory.
Academic Transcripts: Submission of official high school transcripts detailing coursework and grades is required.
Class Rank and Standardized Test Scores: Texas Tech offers assured admission based on class rank and corresponding SAT/ACT scores. For example, students in the top 10% of their class are assured admission without minimum test scores, while those in the first quarter (excluding the top 10%) need a minimum ACT score of 24 or SAT score of 1180.
Holistic Review: Applicants who do not meet assured admission criteria undergo a holistic review process, considering factors such as academic rigor, extracurricular activities, leadership experiences, community service, socioeconomic background, and unique personal circumstances.
Application Form: Completion and submission of the ApplyTexas or Common Application form is necessary.
Application Fee: A non-refundable application fee of $75 is required, with fee waivers available for eligible students.
Optional Supporting Materials: While not mandatory, applicants are encouraged to submit essays and up to three letters of recommendation to provide additional insights into their qualifications and experiences.
Specific Program Requirements: Certain colleges or departments, such as the College of Engineering or the Rawls College of Business, may have additional admission requirements or higher standards. Applicants should review the specific criteria for their intended major to ensure compliance.
Know more
In 2019, Texas Tech University was ranked among the top 100 public universities in the United States. This achievement reflected the university's continuous efforts to improve academic standards, faculty research, and student success programs. The ranking highlights Texas Tech’s role as a top destination for higher education. The university’s diverse range of programs and its commitment to student development were key factors in reaching this milestone. This recognition further solidified Texas Tech’s place among the nation’s elite institutions.
In 2016, Texas Tech University’s engineering program received national recognition for excellence in both research and education. The university's innovative approach to engineering education, combined with high-impact research, earned it a spot among the top engineering schools in the U.S. Texas Tech is particularly noted for its aerospace, civil, and mechanical engineering departments. The program has continued to attract top students and faculty from around the world. This achievement highlights the university's commitment to fostering innovation in engineering.
Texas Tech researchers achieved a major breakthrough in 2016 by developing 3D printed prosthetics. These customized prosthetics are more affordable and accessible than traditional options, especially for those in low-income areas. The innovation uses advanced 3D printing technology to create prosthetics tailored to individual needs. It has revolutionized the prosthetics industry, enabling quicker production and greater customization. This achievement marks a major step in biomedical engineering and healthcare accessibility.
In 2016, Texas Tech researchers developed a 3D printing technology to create customized, affordable prosthetics. The system uses advanced 3D printers to design and fabricate prosthetic limbs tailored to the individual’s anatomy. This breakthrough has made prosthetics more accessible to those in need, particularly in low-income areas where traditional prosthetic devices can be prohibitively expensive. The development of 3D printed prosthetics has greatly advanced the field of biomedical engineering. The technology continues to improve with the use of stronger, more flexible materials.
Texas Tech engineers invented a solar-powered desalination system capable of purifying water from seawater using renewable energy. The system uses solar energy to power a reverse osmosis process that filters out salts and other impurities. It offers a sustainable solution for water-scarce regions around the world. The invention has been hailed for its efficiency and environmentally friendly design. It provides a reliable, low-cost option for obtaining fresh water from the ocean.
A team at Texas Tech University developed a more efficient hydrogen fuel cell technology that could potentially replace traditional fossil fuels in powering vehicles and industrial equipment. The invention focuses on improving the hydrogen fuel cell's efficiency and longevity, making it more viable for widespread use. The fuel cell uses hydrogen as a clean energy source, producing only water as a byproduct. This technology is part of the broader push to create sustainable energy solutions. It has the potential to significantly reduce carbon emissions in the transportation and energy sectors.
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