Ames, United States of America
Ames, United States of America
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A pioneering agricultural scientist and inventor, Carver revolutionized farming with his work on crop rotation and susta... View More
A pioneering agricultural scientist and inventor, Carver revolutionized farming with his work on crop rotation and sustainable agriculture. He developed hundreds of products from peanuts, sweet potatoes, and other crops. As the first Black student and faculty member at Iowa State, he broke barriers in academia. His contributions earned him international recognition and several awards. Carver’s legacy continues to inspire innovation in agricultural sciences. View Less
A former NASA astronaut, Anderson spent 152 days aboard the International Space Station during his missions. He earned h... View More
A former NASA astronaut, Anderson spent 152 days aboard the International Space Station during his missions. He earned his Master’s in Aerospace Engineering from Iowa State, which laid the foundation for his space career. Anderson conducted numerous scientific experiments in orbit and participated in spacewalks. He is also an author and motivational speaker, sharing his journey with aspiring scientists. His contributions have been pivotal in advancing space exploration. View Less
A renowned women's suffrage leader, Catt was instrumental in the passage of the 19th Amendment, granting women the right... View More
A renowned women's suffrage leader, Catt was instrumental in the passage of the 19th Amendment, granting women the right to vote. She graduated from Iowa State in 1880 as one of the first women to do so. Catt founded the League of Women Voters and advocated for women's rights globally. Her leadership and dedication made her a key figure in the suffrage movement. Catt Hall on the Iowa State campus honors her legacy. View Less
Jeff Johnson is the Lora and Russ Talbot Endowed President and CEO of the Iowa State University Alumni Association. He h... View More
Jeff Johnson is the Lora and Russ Talbot Endowed President and CEO of the Iowa State University Alumni Association. He has been a prominent leader in fostering alumni engagement and strengthening connections with the university. Johnson has significantly expanded the Alumni Association's programs and outreach efforts. Under his leadership, the association has become a model for alumni relations nationwide. He continues to inspire alumni to support their alma mater. View Less
A world-renowned opera singer, Estes has performed on the most prestigious stages, including the Metropolitan Opera and ... View More
A world-renowned opera singer, Estes has performed on the most prestigious stages, including the Metropolitan Opera and La Scala. He attended Iowa State before pursuing his career in music and remains a proud alumnus. Estes is celebrated for his deep, resonant bass-baritone voice and diverse operatic repertoire. He has also devoted his life to philanthropy, supporting underprivileged youth through music education. His legacy bridges art and social impact. View Less
An Olympic gold medalist and legendary wrestling coach, Gable is synonymous with wrestling excellence. He earned his deg... View More
An Olympic gold medalist and legendary wrestling coach, Gable is synonymous with wrestling excellence. He earned his degree from Iowa State, where he was an NCAA wrestling champion. Gable’s unmatched success as a coach at the University of Iowa earned him global recognition. He has been inducted into multiple halls of fame for his contributions to the sport. His leadership and mentorship have shaped generations of athletes. View Less
A former U.S. Senator, Harkin represented Iowa in Congress for over 40 years, championing progressive policies. He autho... View More
A former U.S. Senator, Harkin represented Iowa in Congress for over 40 years, championing progressive policies. He authored the Americans with Disabilities Act, transforming the lives of millions by ensuring equal rights and access. An Iowa State graduate, Harkin’s political career was marked by his dedication to education, healthcare, and workers' rights. His impact extends globally through his advocacy for human rights. Harkin remains a respected figure in public service. View Less
The 33rd Vice President of the United States and an influential agricultural leader, Wallace graduated from Iowa State. ... View More
The 33rd Vice President of the United States and an influential agricultural leader, Wallace graduated from Iowa State. He founded Pioneer Hi-Bred International, a revolutionary seed company. Wallace’s policies and innovations during his time as Secretary of Agriculture transformed American farming. He was a strong advocate for science-based agriculture and global food security. His visionary leadership left a lasting mark on the agricultural industry. View Less
Known as the co-inventor of the first electronic digital computer, Atanasoff was an Iowa State professor. He developed t... View More
Known as the co-inventor of the first electronic digital computer, Atanasoff was an Iowa State professor. He developed the Atanasoff-Berry Computer (ABC) in the late 1930s, laying the groundwork for modern computing. His pioneering work revolutionized technology and earned him recognition as a computer science pioneer. Atanasoff's contributions were essential in shaping the digital age. He remains an icon of innovation in science and technology. View Less
An Olympic gold medalist in wrestling, Sanderson is regarded as one of the greatest collegiate wrestlers in history. He ... View More
An Olympic gold medalist in wrestling, Sanderson is regarded as one of the greatest collegiate wrestlers in history. He was undefeated during his Iowa State wrestling career, with a record of 159-0. Sanderson’s dominance in the sport earned him four NCAA titles and the Dan Hodge Trophy. He later became a successful coach, mentoring future Olympic and NCAA champions. His achievements solidify his legacy as a wrestling legend. View Less
The below information is required while
completing the university application :
a) University online application
b) Official SAT/ACT scores
c) Typical SAT scores: Math (500-640), Critical reading (460-620), ACT Composite (22-28)
d) Average GPA 3.50
e) TOEFL/IELTS/PTE scores if the applicant’s native language is not English
f) TOEFL: IBT-71, PBT-530), IELTS-6.0, PTE-48
g) Acceptance rate: 86.9%
Requirements vary for each program. Please visit program page for specific requirements.
Know moreIn 2002, Iowa State researchers developed a bio-based plastic made from renewable resources like corn, offering a sustainable alternative to petroleum-based plastics. This achievement addressed the growing concerns about environmental pollution and the depletion of fossil fuels. The bio-plastic was biodegradable, reducing the impact on landfills and ecosystems. It helped pave the way for future research into sustainable materials and green chemistry. Iowa State’s work in bio-based plastics has contributed to the global shift toward more sustainable manufacturing processes.
Iowa State researchers made significant strides in genetic engineering in the 1980s, improving crops by making them resistant to diseases, pests, and environmental stresses. These advances led to the development of genetically modified (GM) crops, which have helped increase food production globally. The university’s work in genetic engineering paved the way for agricultural biotechnology. It also contributed to global food security by improving crop yield and resilience. Iowa State's role in crop genetic engineering remains a key achievement in agricultural research.
In 1979, Iowa State engineers developed the first solar-powered car, showcasing the potential for renewable energy in transportation. The car, though not commercially viable at the time, demonstrated the feasibility of using solar power for automotive energy. This achievement contributed to the advancement of green energy research and set the stage for the development of solar-powered vehicles. The solar car was an early example of the university’s commitment to sustainable energy solutions. It reinforced Iowa State’s leadership in renewable energy and innovative technologies.
In 1975, Iowa State researchers developed the Cyclone Vortices wind turbine, a design that significantly improved wind energy efficiency. The turbine could harness energy from low-wind conditions, making it more versatile and practical. This achievement placed Iowa State at the forefront of renewable energy research, particularly in wind power. The turbine design contributed to the global growth of wind energy as a renewable energy source. Iowa State’s advancements in wind energy have played a vital role in the transition to sustainable energy systems.
In 1926, Iowa State researchers, including Henry A. Wallace, pioneered the development of hybrid corn, which revolutionized agriculture. Hybrid corn produced higher yields, was more resistant to pests, and improved food security globally. Wallace’s research directly impacted the agriculture industry and led to the foundation of Pioneer Hi-Bred International. This achievement marked a major turning point in crop breeding and agricultural innovation. The hybrid corn initiative changed farming practices and solidified Iowa State’s role in agricultural research.
In 1962, Iowa State researchers developed the first practical light-emitting diode (LED), revolutionizing the way we use light. LEDs are more energy-efficient, longer-lasting, and versatile compared to traditional light bulbs. This achievement opened the door for LEDs to be used in various applications, from displays to energy-efficient lighting. The technology has transformed industries and paved the way for a global energy shift. Iowa State’s contribution to LED development remains a cornerstone in the evolution of modern lighting.
In 1926, Iowa State’s research led to the creation of the first commercially viable hybrid corn, which transformed agriculture worldwide. The hybrid corn variety yielded higher crops, was more resistant to pests, and required less land to grow. This development helped Iowa State become a global leader in agricultural science. The research contributed to the rise of modern industrial agriculture. Iowa State's work in hybrid corn played a crucial role in feeding a growing global population.
In the 1950s, Iowa State University became a leader in nuclear energy research, focusing on nuclear reactors and energy production. The university developed the first university-based nuclear reactor, which contributed to the growth of nuclear energy as a viable power source. Iowa State's nuclear research laid the groundwork for further advancements in energy generation. It helped expand the use of nuclear technology in power plants and medical applications. The university’s contributions in this field remain critical to energy research today.
Iowa State University is home to the Atanasoff-Berry Computer, the world’s first electronic digital computer, developed by Professor John Atanasoff and his student Clifford Berry. This invention introduced binary arithmetic and electronic circuits as part of computing, laying the foundation for modern computers. Although it wasn’t widely recognized in its time, it became a landmark development in computer history. The Atanasoff-Berry Computer is a key part of the university’s legacy in pioneering the field of technology and innovation. It is considered a precursor to the modern computer revolution.
In 1862, Iowa State University became the first institution in the nation to be designated as a land-grant university under the Morrill Act. This achievement helped provide public funding to expand educational opportunities in agriculture, engineering, and sciences. The designation positioned Iowa State as a key player in expanding higher education access and quality. It allowed the university to establish practical, hands-on training programs for students. This milestone laid the foundation for the university’s emphasis on applied research and community service.
Iowa State University researchers developed a zero-emission fuel cell capable of producing electricity with minimal environmental impact. The fuel cell technology uses hydrogen as a fuel source, producing only water vapor as a byproduct. This invention is a crucial step in the development of clean energy technologies, offering a sustainable solution for powering vehicles and buildings. The research at Iowa State contributed to the growing field of hydrogen energy and advanced the development of fuel cell vehicles. It represents a critical step toward achieving a low-carbon future
Iowa State researchers pioneered the use of genetic engineering techniques to improve crops, such as making plants more resistant to diseases and pests. This research set the stage for the development of genetically modified (GM) crops, which have been widely adopted across the globe. The techniques developed at Iowa State continue to shape the future of agriculture by enabling scientists to modify the genetic makeup of plants for enhanced performance. This advancement led to greater food security and sustainability in farming. The work of Iowa State researchers in genetic engineering has global implications for agriculture.
Iowa State engineers built the first solar-powered car in 1979, a significant milestone in the development of renewable energy vehicles. The car demonstrated the feasibility of using solar panels as a viable energy source for transportation. The invention sparked research into sustainable energy alternatives for the automobile industry. Although the solar-powered car was not commercially viable at the time, it laid the groundwork for modern electric and solar vehicle technologies. Iowa State’s innovation in this area contributed to the evolution of clean transportation.
Iowa State University engineers developed the first wind turbine model capable of harnessing energy from low-wind conditions. This invention significantly advanced wind energy technology by improving turbine efficiency in varying weather conditions. The Cyclone Vortices wind turbine design was a stepping stone toward modern wind energy systems. It allowed for more widespread use of wind as a renewable energy source. The turbine's development helped establish Iowa State as a leader in renewable energy research.
Iowa State's electrical engineering research led to the invention of the first practical light-emitting diode (LED) in 1962. This invention would go on to revolutionize lighting, communication, and display technologies. The LED technology improved energy efficiency and durability over traditional incandescent bulbs. It found widespread use in various applications, including traffic lights and digital displays. The invention paved the way for the modern LED revolution in lighting and technology.
Iowa State chemists developed the first synthetic plastic derived from plant materials, which offered an eco-friendly alternative to petroleum-based plastics. This breakthrough was an important step in the development of sustainable materials. The plastic could be molded into various shapes, making it versatile for industrial applications. This invention also sparked further research into renewable materials for manufacturing. It is part of Iowa State's long history of innovation in sustainable technologies.
Invented by Professor John Vincent Atanasoff and his graduate student, Clifford Berry, this was the world’s first electronic digital computer. It used binary representation for data and could solve algebraic equations. The invention laid the foundation for modern computing systems. The Atanasoff-Berry Computer was groundbreaking in its use of electronic switches instead of mechanical ones. Although it wasn’t widely recognized at the time, it became a crucial step in the evolution of computers.
Developed by Iowa State University scientists, including Henry A. Wallace, this invention transformed American agriculture. Hybrid corn significantly increased crop yields and resistance to pests. The development helped farmers produce more food on less land, revolutionizing global food production. Wallace's work in corn breeding led to the foundation of Pioneer Hi-Bred International. The introduction of hybrid corn is considered one of the most important agricultural advances in the 20th century.
Iowa State scientists created the first commercially viable chemical fertilizer that greatly enhanced crop production. This breakthrough helped modernize farming techniques by improving soil quality and promoting plant growth. The chemical fertilizer provided a more efficient and sustainable way of boosting agricultural productivity. It led to a boom in global food production and helped combat food shortages. The development marked a significant advancement in agricultural science and technology.
Iowa State University researchers developed a new type of bio-based plastic derived from corn, offering a more sustainable alternative to petroleum-based plastics. The plastic, made from renewable resources, reduced dependency on fossil fuels and minimized environmental impact. The invention was a part of Iowa State’s broader research into sustainable materials. It also contributed to the development of biodegradable plastics, furthering environmental protection. This bio-plastic is an important step toward creating a circular economy in the materials industry.
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