Potsdam, United States of America
Potsdam, United States of America
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
Clarkson University stands out for its unique blend of rigorous academics and real-world experience, empowering students to solve complex, global challenges. With a strong focus on interdisciplinary learning and innovation, Clarkson prepares students for leadership roles across engineering, business, and the sciences. Its close-knit community and dedicated faculty provide personalized support, making Clarkson an ideal environment for growth and discovery.
Former NFL player for the New England Patriots, Tony Collins graduated from Clarkson before pursuing his professional fo... View More
Former NFL player for the New England Patriots, Tony Collins graduated from Clarkson before pursuing his professional football career. Known for his remarkable athletic skills, he later established a foundation to support underprivileged youth. Collins frequently engages with Clarkson students, sharing insights on sports and personal development. View Less
Former President of SUNY College of Environmental Science and Forestry, Ross Whaley earned his degree in civil engineeri... View More
Former President of SUNY College of Environmental Science and Forestry, Ross Whaley earned his degree in civil engineering from Clarkson. He contributed extensively to environmental policy and sustainable forestry practices. His leadership in academia and conservation has inspired Clarkson’s focus on sustainability. View Less
A noted attorney and author, Ronald Goldfarb graduated from Clarkson and went on to a successful career in law and liter... View More
A noted attorney and author, Ronald Goldfarb graduated from Clarkson and went on to a successful career in law and literature. With a focus on criminal justice reform, he has published numerous books and articles. Goldfarb’s legal insights and advocacy have influenced policy in the U.S. for decades. View Less
A successful entrepreneur, David Reh co-founded Raytec Group, a leader in custom-engineered solutions. A Clarkson gradua... View More
A successful entrepreneur, David Reh co-founded Raytec Group, a leader in custom-engineered solutions. A Clarkson graduate in engineering, Reh became a major benefactor of the university, helping fund scholarships and campus facilities. His contributions have strengthened Clarkson’s engineering programs. View Less
COO at Goldman Sachs Asset Management, Annie Storke holds a degree in financial engineering from Clarkson. Her career in... View More
COO at Goldman Sachs Asset Management, Annie Storke holds a degree in financial engineering from Clarkson. Her career in investment banking and asset management highlights the value of a Clarkson education in the financial sector. Storke is known for mentoring young professionals, especially women in finance. View Less
Former Provost of Cornell University and President of Wells College, Robert Plane graduated from Clarkson with a chemist... View More
Former Provost of Cornell University and President of Wells College, Robert Plane graduated from Clarkson with a chemistry degree. His leadership and research in chemistry influenced academic programs across the country. Plane’s work has been recognized for advancing science education and research. View Less
As VP of Strategic Marketing at IBM, Karen Maguire used her Clarkson engineering degree to excel in tech and marketing. ... View More
As VP of Strategic Marketing at IBM, Karen Maguire used her Clarkson engineering degree to excel in tech and marketing. She led high-profile projects at IBM, focusing on innovation in cloud computing and AI. Maguire remains an advocate for women in STEM and a frequent speaker at Clarkson events. View Less
A prominent geotechnical engineer, George Abrahamson earned his degree at Clarkson before revolutionizing earthquake eng... View More
A prominent geotechnical engineer, George Abrahamson earned his degree at Clarkson before revolutionizing earthquake engineering. His work has greatly influenced infrastructure design in seismic zones worldwide. Abrahamson is a recognized expert and contributes to Clarkson’s engineering curriculum. View Less
Co-founder of financial software company InvestEdge, James Seidman is a Clarkson graduate who transformed wealth managem... View More
Co-founder of financial software company InvestEdge, James Seidman is a Clarkson graduate who transformed wealth management technology. His company provides critical tools for financial advisors, leveraging data analytics for better investment decisions. Seidman supports Clarkson’s entrepreneurship programs. View Less
CEO and founder of digital marketing firm Bond Strategy, Marc Schiller graduated from Clarkson in business. Known for hi... View More
CEO and founder of digital marketing firm Bond Strategy, Marc Schiller graduated from Clarkson in business. Known for his expertise in digital strategy and branding, Schiller has worked with top companies globally. He frequently lectures on digital marketing trends and strategies at Clarkson. View Less
Clarkson University Infrastructure Overview
Clarkson University boasts a modern and expansive infrastructure to support its academic, residential, and research needs. With multiple campuses and state-of-the-art facilities, it offers a conducive environment for both learning and student life.
Key Infrastructure Details:
Main Campus (Potsdam): Spread across 640 acres, it includes academic buildings, research centers, and residential halls.
Research Centers: Includes the Center for Advanced Materials Processing (CAMP), the Shipley Center for Innovation, and other specialized research hubs.
Libraries: Two major libraries, with vast collections of print and digital resources, including journals, books, and government documents.
Housing Options: Residential halls such as Cubley Hall, Reynolds Hall, and Riverside Apartments offer diverse living arrangements for students.
Medical Services: The Student Health and Counseling Center (SHAC) provides healthcare and counseling support.
Athletics: Facilities include fitness centers, hydrotherapy rooms, pools, and recreation centers for student athletes.
Dining Facilities: Includes RoBro Dining Hall, Schuler’s, and various cafes, ensuring a variety of dining choices on campus.
Student life at Clarkson University blends academic excellence with extracurricular engagement, fostering personal development and community involvement. The university nurtures a close-knit environment where students forge lifelong friendships and become part of the Golden Knight family. Academically, students are encouraged to pursue their passions and excel, benefiting from small class sizes and personalized guidance from respected faculty mentors.
At Clarkson University, career success is prioritized through a comprehensive and supportive approach. The award-winning Kevin '81 & Annie Parker Career Center offers personalized guidance and resources to help students navigate every stage of their professional journey. From gaining real-world experience through internships and co-ops to securing employment after graduation, Clarkson equips students with the skills and confidence to succeed.
Career Support at Clarkson:
Internships & Co-ops: Opportunities for hands-on experience to build practical skills.
Job Search Assistance: Guidance on resume writing, interview preparation, and contract negotiation.
Career Counseling: One-on-one support to align academic goals with career aspirations.
Networking Opportunities: Access to industry professionals and alumni connections for career advancement.
Continued Support: Career assistance is available even after graduation, ensuring lifelong career growth.
The below information is required while
completing the university application :
High school diploma/GED; min. 2.0 GPA; essay/interview.
Know moreClarkson University boasts a strong campus recruitment program, with 95% of students securing job offers or entering graduate programs within six months of graduation. Over 200 companies actively recruit Clarkson students each year, offering roles across engineering, business, and technology sectors. This high placement rate reflects the university’s emphasis on practical skills and industry connections, making Clarkson graduates highly sought-after in the job market.
Clarkson University is recognized for its leadership in technological innovation and sustainable economic development, consistently ranked among the top for engineering and business programs. The university has produced numerous successful entrepreneurs and leaders, with alumni excelling in fields worldwide. Clarkson’s commitment to research and hands-on learning has led to breakthroughs in energy, health, and environmental solutions.
Clarkson initiated a research partnership with NASA to explore solutions in materials science, space exploration, and environmental engineering. This collaboration elevates Clarkson’s role in space-related research and supports NASA's mission with cutting-edge innovations.
Clarkson was ranked among the top 50 engineering schools in the U.S., recognizing its strong programs, research contributions, and successful alumni. This ranking reflects the university's commitment to high-quality STEM education and hands-on learning.
Clarkson received a Gold rating from the Association for the Advancement of Sustainability in Higher Education for its environmental initiatives. This achievement underscores the university’s commitment to sustainable practices in research, campus operations, and education.
Clarkson achieved an impressive 95% job placement rate within six months of graduation, reinforcing its reputation for career-ready graduates. This success is due to strong corporate partnerships, internships, and a curriculum aligned with industry needs.
Clarkson introduced Ignite, an interdisciplinary program that fosters innovation and entrepreneurship across all disciplines. It provides resources, mentorship, and funding for students to develop startup ideas and innovative projects, promoting an entrepreneurial culture on campus.
Clarkson launched this incubator to support local startups and economic growth in New York’s North Country region. The incubator provides resources, mentorship, and facilities for budding entrepreneurs, reinforcing Clarkson’s commitment to regional development and innovation.
With a focus on entrepreneurship and innovation, the Reh School of Business became a center for training future business leaders. This achievement expanded Clarkson’s academic offerings, integrating business education with technology and engineering programs.
Clarkson earned this designation from the NSA and Department of Homeland Security, highlighting its comprehensive programs in cybersecurity. This status underscores Clarkson's role in training professionals to address critical national security challenges.
Clarkson partnered with the Beacon Institute to address environmental challenges facing water ecosystems. This research facility fosters sustainable practices, and Clarkson students gain hands-on experience studying river health and water quality.
Clarkson founded CAMP to lead research in materials science, focusing on developing advanced materials for industries like aerospace and electronics. It has become a renowned research center, driving innovation and offering resources to businesses nationwide.
Clarkson University is a hub for innovation and research, investing heavily in R&D initiatives that tackle global challenges in energy, healthcare, and environmental sustainability. With over 30 dedicated research centers, Clarkson fosters a collaborative environment where students and faculty drive breakthroughs in technology and applied sciences. The university’s focus on real-world solutions enables students to work on cutting-edge projects, preparing them to be leaders in innovation.
Clarkson researchers created a smart textile capable of monitoring vital signs, such as heart rate and temperature. Integrated with flexible sensors, this fabric has applications in wearable health monitoring, assisting both patients and athletes. It represents a leap in the integration of health data into everyday clothing.
Clarkson engineers developed a smart system to optimize energy distribution within microgrids, promoting sustainable power usage. It dynamically balances supply and demand, helping communities achieve energy efficiency and resilience against power outages.
Clarkson engineers invented an environmentally friendly anti-icing coating for roadways, reducing the need for salt and other harmful chemicals. This coating minimizes ice buildup, enhancing road safety in winter while protecting the environment from excessive salt pollution.
This innovation uses light-activated nanocoatings to break down pollutants and improve indoor air quality. Ideal for use in homes, hospitals, and public spaces, the coatings offer an eco-friendly way to reduce allergens and harmful airborne particles.
Developed by Clarkson’s Biomedical Engineering department, this biosensor allows for fast, on-the-spot detection of diseases. Using nanotechnology, it identifies pathogens at low concentrations, making it useful for healthcare and environmental monitoring. This innovation holds potential in combating infectious disease outbreaks.
This aerodynamic blade design improves the efficiency of wind turbines by capturing more wind energy, even at lower speeds. It contributes to renewable energy advancements, making wind power more accessible and cost-effective.
Clarkson researchers developed a method to incorporate nanofibers into concrete, enhancing its strength and durability. This breakthrough helps structures withstand extreme environmental conditions, leading to safer and longer-lasting buildings. It has applications in construction, particularly in earthquake-prone areas.
Developed for use in underserved communities, Clarkson’s affordable water purification system utilizes solar power and filtration to remove contaminants. It provides clean drinking water in remote areas, addressing a critical need for safe water in developing countries.
Clarkson researchers engineered polymers with high thermal conductivity to dissipate heat in electronic devices. These materials are essential in electronics manufacturing, preventing overheating and improving device lifespan and performance.
Clarkson researchers innovated with MR fluid technology, creating advanced braking systems used in high-performance vehicles. These brakes adjust dynamically to provide smoother, more precise stopping power, and are particularly beneficial in automotive and aerospace applications.
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