Blacksburg, United States of America
Blacksburg, United States of America
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Letitia Long is a former United States Navy officer and the first woman to lead the National Geospatial-Intelligence Age... View More
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Malcolm Delaney is a professional basketball player, recognized for his skills both in the NBA and international leagues. Delaney has had an impactful career, playing for teams in Europe and the NBA, where his leadership and scoring ability earned him international acclaim. He continues to inspire young athletes aspiring to play basketball at the highest level. View Less
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The below information is required while
completing the university application :
To pursue a bachelor's degree at Virginia Tech, applicants should meet the following eight admission requirements:
High School Coursework: Completion of 18 units of high school coursework, including:
4 units of English
3 units of mathematics (including Algebra I, Geometry, and Algebra II)
2 units of laboratory science (chosen from Biology, Chemistry, or Physics)
2 units of social science (one must be History)
3 additional academic units (foreign language is highly recommended)
4 elective units
Application Submission: Complete and submit the Common Application, which includes personal information, educational history, and extracurricular activities.
Self-Reported Academic Record (SRAR): Applicants who have attended high school or been home-educated within the United States must submit an SRAR detailing all courses and grades from grades 9 through 11, as well as in-progress and planned coursework for grade 12.
Standardized Test Scores (Optional): Virginia Tech is test-optional through Fall 2028. Applicants may choose whether to submit SAT or ACT scores. If submitted, these scores will be considered as part of the holistic review process.
English Language Proficiency: Non-native English speakers must demonstrate proficiency through tests such as TOEFL or IELTS. Minimum score requirements may vary, so applicants should consult the university's admissions page for specifics.
Letters of Recommendation: While not required, applicants may submit letters of recommendation to provide additional insight into their academic and personal qualifications.
Application Fee: A non-refundable application fee is required upon submission. Fee waivers are available for eligible students facing financial hardships.
Know more
Virginia Tech has been consistently recognized as one of the Best Value Schools by U.S. News & World Report. This achievement highlights the university’s commitment to providing high-quality education at an affordable cost, ensuring that students receive exceptional value for their education investment.
In 2021, Virginia Tech was ranked 108th nationally by Forbes, highlighting its academic excellence and contributions to research and student success. The university’s focus on innovation, diverse programs, and commitment to community engagement have helped it earn a top spot among public universities.
In 2021, Virginia Tech earned a global ranking of 326 by QS World University Rankings. This achievement reflects the university’s reputation for high-quality education, research, and its significant role in advancing technology and science on a global scale.
Virginia Tech earned recognition as a Top Green School in 2021, underscoring its dedication to sustainability and environmental responsibility. The university’s innovative programs and initiatives in renewable energy, sustainable architecture, and eco-friendly campus infrastructure have placed it at the forefront of green education.
Virginia Tech has been recognized multiple times for its advancements in cybersecurity research. The university’s work in developing cutting-edge technologies to protect sensitive data and enhance cybersecurity infrastructure has contributed to its growing reputation in this critical field
In 2015, Virginia Tech alumni Joseph DeSimone and his team developed the Continuous Liquid Interface Production (CLIP) technology, a significant achievement in 3D printing. This innovation revolutionized manufacturing processes by enabling faster, more accurate, and more versatile 3D printing solutions.
Virginia Tech established the Smart Road initiative in 2002, an achievement in transportation research. This testbed has been instrumental in advancing the study of autonomous vehicles and traffic safety, providing a real-world environment for testing new technologies and solutions.
In 2000, Virginia Tech became the first university in the nation to offer a Ph.D. in Engineering Education. This groundbreaking program reflects the university’s leadership in interdisciplinary research and its commitment to improving engineering education through innovative research and curriculum development.
Virginia Tech has been accredited by the Southern Association of Colleges and Schools since its establishment in 1872. This recognition is a testament to the university’s high academic standards, effective governance, and commitment to student success over its 150+ years of history.
In 2016, Virginia Tech’s researchers created a swarm of small robots, inspired by fireflies, that communicate with each other to carry out tasks cooperatively. The system mimics the natural behavior of fireflies swarming in unison, allowing robots to work together to perform complex tasks such as search and rescue missions or environmental monitoring.
Virginia Tech alumnus Joseph DeSimone and his team developed a revolutionary 3D printing technology known as Continuous Liquid Interface Production (CLIP). This process allows for faster, higher-quality, and more complex 3D printed parts by using light and oxygen to cure resin, enabling the production of end-use products. This innovation significantly transformed industries such as manufacturing, automotive, and healthcare.
Virginia Tech scientists developed an innovative biosensor in 2015 designed to quickly and accurately detect pathogens, including those that cause foodborne illnesses. The sensor was made to be portable and affordable, offering rapid diagnostics in fields such as food safety and public health. This breakthrough made pathogen detection faster and more accessible.
In 2011, Virginia Tech students participated in the Solar Decathlon, a global competition where teams build energy-efficient solar-powered homes. Virginia Tech’s entry was notable for its innovative use of sustainable materials and energy-efficient systems. This project demonstrated the university’s commitment to renewable energy and sustainable design.
Virginia Tech’s researchers created aerial drones for disaster relief efforts in 2010. These drones are designed to fly over disaster zones, providing real-time imagery and data to aid rescue teams. This innovation has had a significant impact in disaster response, improving the efficiency of rescue operations and providing critical information in hard-to-reach areas.
In 2009, researchers at Virginia Tech developed a wireless heart monitoring system that could track a patient’s heart rate and other vital signs remotely. This innovation improved medical care by allowing healthcare providers to monitor patients in real-time, reducing the need for hospital visits and improving response times for emergencies.
Virginia Tech researchers have developed high-efficiency solar panels in 2007 that utilize innovative materials to capture more sunlight and convert it into energy. These panels are designed to outperform traditional solar technologies and represent a major leap forward in renewable energy solutions, contributing to efforts to combat climate change.
Researchers at Virginia Tech, in collaboration with the university’s medical school, developed an advanced robotic surgery system in 2004. This system was designed to assist surgeons in performing minimally invasive procedures, allowing for higher precision and reduced recovery times. The invention has been instrumental in the advancement of surgical robotics
The Virginia Tech Transportation Institute (VTTI) created the Smart Road in 2002, a testbed for transportation research. It’s equipped with sensors and communication systems that allow researchers to simulate and study real-world traffic conditions and vehicle behavior, contributing to advancements in autonomous driving technology and improving road safety.
The iconic Hokie Stone, used in many buildings across the Virginia Tech campus, is a distinctive form of limestone found in the region. First identified in 1872, this stone has become a symbol of the university’s heritage and is known for its unique appearance and durability. It has been a key part of the university’s architecture for over a century.
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