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Exploring New Frontiers
U.S. News & World Report lists N.C. A&T State University as No. 7 overall out of 76 institutions on the list and No. 1 among HBCU public schools.
Enhance your career options.
Advance your knowledge and understanding.
Advance your knowledge and understanding.
Money Matters!
Affordable Cost & High Salaries
Most College of Science and Technology graduate students receive financial aid packages that include tuition and a stipend of at least $20,000 per year.
Three years after graduation, A&T graduates have an average salary tying them for third in the University of North Carolina System. A combination of affordable graduate tuition plus higher salaries after graduation means that you can get a great education, at a tremendous value, leading to a satisfying career.
In the lab, in the field, in small and large corporations, and government agencies our Graduate Students excel. Find out more about a place where history and tradition meet discovery and innovation. Enhance your career and life. Perhaps an affordable, valuable, practical Graduate Degree from N.C. A&T is an important part of you fulfilling your destiny.
CoST Graduate Degrees
There is a need in our country and around the world for those with expertise in the STEM (Science, Technology, Engineering and Mathematics) disciplines. The North Carolina A&T College of Science and Technology can prepare you to be part of the next wave of STEM professionals, making the discoveries and creating the tools that will change the world.
Ph.D. Programs
Ph.D. Program Graduates will possess the technical and leadership skills in high demand in the competitive global job market.
We are focused on providing students interested in a challenging, interdisciplinary STEM (Science, Technology, Engineering, Mathematics) graduate education with an intellectually-stimulating, culturally-diverse, rewarding, and societally relevant career development experience.
Masters Programs
Our mission is to provide an academically challenging, value-based environment that prepares learners to be critical thinkers in the science and technology disciplines. Our graduates are professionals, global citizens, effective communicators, and responsible leaders and educators in the context of the College of Science and Technology's Core Values.
Title III Fellowship Available. Apply Now!
$39,600 Award Available for NC A&T Ph.D. STEM Students
The Chancellor’s Distinguished Fellowship is a prestigious award offered to qualified Ph.D. students enrolled in STEM disciplines at North Carolina A&T State University. The purpose of the Fellowship is to increase the number of native Black Americans earning a Ph.D. degree in STEM disciplines through a program of financial assistance. The Fellowship, consisting of a stipend and supplemental benefits, is funded through a Title III HBGI grant from the U.S. Department of Education. Each fellowship will be in the amount of $39,600 for 12 months.
Anyone who plans to apply for the fellowship must:
• be a US citizen
• be a native Black American
• either be enrolled in or intend to pursue a PH.D. program in a STEM discipline at North Carolina A&T State University
• have completed no more than two semesters of doctor study prior to the semester when the fellowship will begin
• meet all other eligibility requirements as set forth in the fellowship announcement
The Time is Now!
Apply to N.C. A&T Spring 2024
for any CoST Program
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Applied Science & Technology
Dr. Waterman holds a doctoral degree in Functional Genomics. Dr. Waterman's research focused on cellular and molecular mechanisms governing respiratory diseases affecting pigs and farm workers in concentrated animal feeding operations, such as swine confinement facilities (SCF). Specifically, modulation of oxidative stress and inflammation pathways in airway epithelial and lung tissues in response to SCF environment and organic dust exposures. Her team utilized science and translational research approaches to develop models of respiratory diseases affecting farm animals and humans. She is an Applied Scientist whose research has had impacting practical application. In her role as Program Director, she is looking for people that are passionate about applying their learnings in impactful practical ways.
Dr. Waterman is aggressively searching for people with expertise in science, math, and technology disciplines who can answer the tough questions. Graduate degrees help one to be able to contribute to answering these complex questions. The North Carolina A&T College of Science and Technology can prepare you to be part of the wave of professionals, who are invested in making a difference, forging discoveries and creating tools that will change the world. What is your why?
AST Ph.D. concentrations like Applied Chemistry, Atmospheric, Environmental and Energy Science, Bioscience and Data Science and Analytics allow our students to excel in industry, government, and academia. Our graduates are making a difference and answering questions at leading national and international organizations such as Intel, Sealed Air Corporation, Cedars-Sinai Medical Center, NOAA, Department of Agriculture, Environmental Protection Agency, Mayo Clinic, NASA, Appalachian State University, UNC-Chapel Hill, King Saud University, Wake Forest School of Medicine, Qatar University, Savanah State University, Florida State University, and Georgia State University.
Click below to find out how you can join them!
Applied Science and Technology Ph.D. Program
(336) 285-2329
PREM - An unlimited source of energy!
The Collaborative Research and Education in Energy Materials (aka CREEM) is an NSF-funded Partnership for Research and Education in Materials (PREM). This Seed Grant funding facilitates a collaboration between Cornell University and North Carolina A&T State University researchers.
The College of Science and Technology offers undergraduate and graduate degrees within nine departments. Expand Academic Programs below to learn more about our departments and the degrees available.
Interdisciplinary
Applied Science and Technology Ph.D. Program
Applied Science & Technology (AST) Ph.D. Program graduates will possess the technical and leadership skills in high demand in the competitive global job market.
A B.S. to Ph.D. option is available that provides well-prepared students with the opportunity to get a doctoral degree in a shorter period of time.
AST offers concentrations in bio-science, applied chemistry, applied physics, data science and analytics, information technology, technology management, STEM education, and atmospheric environmental and energy science.
Featured Research Areas
NSF CREST Bioenergy Center
The Bioenergy Center conducts fundamental research toward the development of advanced thermochemical biomass conversion technology for the efficient, economic production of liquid transportation fuels and hydrogen. Key partnerships include SUNY-Stony Brook, Argonne National Lab, Oak Ridge National Lab, National Renewable Energy Lab, Research Triangle Institute and Southern Research.
√ AST Applied Chemistry Ph.D.
√ MS Chemistry program
√ MS Chemical Engineering
Biosciences
The goals of graduate study in the Biosciences are to provide students with the training, guidance, experience, and opportunities to participate in research that will allow them to make the transition from being interested consumers of biological knowledge to being full, participating members of the biological profession. As such, they will be able to recognize the limits of our current biological knowledge and to use that insight to design and conduct research that addresses those limits. They will carry out research with the skill and integrity necessary to advance our level of knowledge.
√ AST Bioscience Ph.D.
√ MS Biology
√ P.S.M. in Industrial Biosciences
Data Sciences
The application of data science across nearly every industry is one of the most important undertakings of the 21st century. From health care to government to business, data has never been so wildly obtainable and relied upon to help people do their best work.
Upon completion of study in Data Science graduate programs students will be able to:
- Leverage computational tools
- Model, analyze, and extract information from data
- Use simulations and visualization
- Apply important privacy, security, and ethical issues related to the use of data
√ AST Data Science & Analytics Ph.D.
√ MS Applied Mathematics
N.C. A&T CoST AST Ph.D. Webinar
More About The NSF CREST Bioenergy Center
What do our students say?
I have a passion for solving problems with cancer, specifically Endometrial Cancer. There is a big disparity in the survivor-ship of women of color with this cancer in particular. I have already secured a post-doctorate position to further my research. The Applied Science and Technology Ph.D. has given me the knowledge, confidence and credentials to pursue ground-breaking solutions.
Sherette Godfrey - AST Ph.D. Student
“
I have always loved chemistry. The Applied Science and Technology Program gives me an opportunity to pursue real-world applications and solve problems using chemistry. I am interested in solving major world problems using my knowledge of chemistry, research and theory plus empirical methodologies. This is what we are learning with an outstanding faculty and excellent labs and facilities.
Richmond Djorgbenoo - AST Ph.D. Student
“
"Academic excellence in a welcoming environment..."
Latest Posts News, Events, Article & Information
North Carolina ArcGIS Users Conference-Asheville 2 CommentsComment on Facebook
A First! HBCU, North Carolina A&T Represented by Its Own Faculty, Post-doc, and Student! 1 CommentComment on Facebook Ph.D. programs online?
On June 16th, 2023, the Ethiopian community residing in High Point, Jamestown, and Greensboro came together to establish an association with a profound vision: to provide assistance and support to both children and parents. The association's key areas of focus include: 0 CommentsComment on Facebook
Fermented Oats as a Novel Functional Food 0 CommentsComment on Facebook
The study investigates a harmful 4-Hydroxy-2-nonenal (4-HNE) that can cause various health problems when accumulated in the body. We focused on apple phloretin, which has shown the ability to trap 4-HNE in laboratory experiments. However, it needed to be clarified how this trapping process worked and whether it would be effective in living organisms. 0 CommentsComment on Facebook
NC A&T Graduate Student Elected Co-Chair of the Gordon Research Seminar 0 CommentsComment on Facebook
1. Transforming Decision-Making in Acute Disasters Using Knowledge Graph Databases
2. Geospatial Analysis of Landslide Susceptibility in Western North Carolina using GIS and Machine Learning Methods.
3. Comparison of Satellite and UAV Imagery for Enhanced Water Quality Assessment.
Disasters pose a significant peril to human existence, communities, and the delicate balance of ecosystems, resulting in profound and enduring repercussions. Within the esteemed academic enclave of the College of Science and Technology in North Carolina, a trio of dedicated doctoral candidates embarked on a transformative endeavor destined to reshape disaster mitigation. Their research endeavors encompassed a broad spectrum, ranging from pioneering methodologies for addressing diverse types of disasters in North Carolina, including the creation of knowledge graphs to facilitate timely decision-making during crises, the utilization of machine learning and Geographic Information Systems (GIS) for the early detection and prediction of landslides, to the advancement of water quality assessment through the integration of Unmanned Aerial Vehicle (UAV) and Satellite imagery. This academic pursuit holds the promise of catalyzing lasting change in the field of disaster management.
This picture represents a historical first. Four individuals (faculty, postdoctoral researcher, graduate student) from an HBCU, North Carolina A&T, presenting talks on experimental evolution at the Annual Meeting of the International Society for Evolution, Medicine, & Public Health (ISEMPH) held at the Beckman Center (west coast headquarters, Irvine CA, of the National Academy of Sciences).
Bible Study: A central goal of the association is to engage children in meaningful Bible study. Through these teachings, the association aims to not only educate children about the Bible but also guide them in applying its teachings to their lives.
Multicultural Living: The association is committed to training and mentoring both parents and children on the art of living harmoniously within a multicultural community. This entails fostering an understanding and appreciation for various cultures, thereby promoting unity and cooperation.
Mother Tongue Preservation: A pivotal aspect of the association's work is teaching children to speak their mother tongue, the language of their parents. By encouraging the use of their native language, the association seeks to strengthen the bond between parents and children and cultivate strong familial relationships.
Boosting Self-Esteem: Another significant goal is assisting children in developing healthy self-esteem. Through various activities and initiatives, the association aims to instill confidence and a positive self-image in children, nurturing their emotional well-being.
Humanitarian Approach: The association is dedicated to carrying out all its activities with a humanitarian spirit. This means that their endeavors are rooted in compassion, empathy, and the betterment of the human experience.
The establishment of this association showcases a strong commitment to fostering a supportive community environment that nurtures the growth and well-being of children and parents alike. Through Bible study, multicultural awareness, language preservation, self-esteem building, and a humanitarian approach, this association aims to contribute positively to the lives of its members and the broader community.
Fermented oats are gaining popularity due to their nutritional value and the increasing consumer demand for health-conscious foods. These oats are believed to offer enhanced phytochem- ical and nutritional profiles compared to unfermented oats. The increased nutritional content of fermented oats is associated with various health benefits, including anti-inflammatory and antioxidant activities, which could potentially reduce the risk of chronic diseases. Further investigations are warranted to elucidate the nutritional benefits of fermented oats in human nutrition. This mini-review provides a comprehensive overview of fermented oat products available on the market and the various production methods employed for fermenting oats. Furthermore, this review investigates how fermentation affects the chemical composition and biological functions of oats. Additionally, this manuscript presents some future perspectives on fermented oat products by discussing potential research directions and opportunities for further development. The findings presented in this review
contribute to the expanding body of knowledge on fermented oats as a promising functional food, paving the way for future studies and applications in the field of nutrition and health.
bit.ly/3P23xOe
The study observed that as phloretin decreased in laboratory conditions, more 4-HNE became trapped by phloretin. Using advanced analytical techniques like LC-MS and NMR spectroscopy, we identified and characterized three specific forms of phloretin that were conjugated with 4-HNE for the first time.
Next, we demonstrated that when mice were given different doses of phloretin orally, the apple phloretin could scavenge 4-HNE in their bodies by forming these conjugates. The effectiveness of scavenging increased with higher doses of phloretin. These findings indicate that apple phloretin can be a potent scavenger of 4-HNE in living organisms, potentially reducing the risk of chronic diseases associated with 4-HNE. This research sheds light on how certain compounds in apples can detoxify our bodies and may contribute to better health outcomes.
AST Ph.D. Student Erika Williams has been elected Co-Chair of the next Gordon Research Seminar on Undergraduate Biology Education Research at Bates College in Lewiston, ME. The Gordon Research Seminar is a part of the larger Gordon Research Conferences and gives students and postdocs a forum to network, present, and prepare for the larger conference. From the website: "The Gordon Research Conferences provide an international forum for the presentation and discussion of frontier research in the biological, chemical, physical, and engineering sciences and their interfaces."
Erika will be co-chairing the next Gordon Research Seminar on Undergraduate Biology Education Research in 2025 at Bates College in Lewiston ME. As co-chair, she will be working to write grants and seek funding for the Seminar's diversity, equity, and inclusion (DEI) initiatives. Erika's stated goal in running for co-chair is to "Increase the Presence of HBCUs at Research Conferences to showcase the work that they do in preparing STEM Professionals of Color for Careers in Research."
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