MS in Chemistry

2 Years On Campus Masters Program

Texas A And M University Kingsville

Program Overview

The MS in Chemistry at Texas A&M University-Kingsville is designed for students who want advanced preparation across chemistry or a focused pathway in biochemistry, with options to complete a thesis, research project, or coursework-only degree. Students develop deeper expertise across organic, inorganic, analytical, physical and biochemistry while gaining opportunities to undertake graduate research and study specialized areas such as nanoscience, forensic chemistry and environmental chemistry.

Curriculum Structure

Year 1: Students begin with CHEM 5300 Chemistry Graduate Practice, which introduces graduate-program resources, degree-plan options, concentration areas, thesis-writing workshops and research discussions. Depending on their selected track and degree option, students then build advanced knowledge through subjects such as CHEM 5301 Advanced Chemistry Instruments, CHEM 5303 Advanced Analytical Chem, CHEM 5311 Advanced Inorganic Chemistry, CHEM 5323 Advanced Organic Chemistry, or CHEM 5332 Molecular Modeling.

Year 2: Students deepen their specialization through advanced electives and complete the culminating component associated with their chosen pathway. Thesis students undertake CHEM 5306 Thesis Research, research-project students complete CHEM 5305 Project Research, while coursework-only students can select specialized subjects such as CHEM 5313 Chemistry and Nanoscience, CHEM 5343 Forensic Chemistry, CHEM 5351 Environmental Chemistry, or CHEM 5412 Special Topics in Chemistry.

Focus areas: General Chemistry, Biochemistry, Organic Chemistry, Inorganic Chemistry, Analytical Chemistry, Physical Chemistry, Bioinformatics, Molecular Modeling, Nanoscience, Forensic Chemistry, Environmental Chemistry.

Learning outcomes: Effective communication, critical thinking, empirical and quantitative skills, technical skills, teamwork and leadership, problem-solving and decision-making, and personal and social responsibility.

Professional alignment (accreditation): The Department of Chemistry provides American Chemical Society (ACS)-approved professional training and prepares students for professional chemistry, industrial chemistry, teaching and further graduate study; the university specifically identifies ACS certification for its undergraduate Chemistry programs, while a separate ACS accreditation/certification claim for the MS degree is not stated.

Reputation (employability rankings): Texas A&M University-Kingsville reported that the 2023 PayScale College Salary Report ranked the university 5th among public universities in Texas for salary potential and 12th overall in Texas, based on alumni salary data; this is a university-wide figure and is not specific to the MS in Chemistry.

Experiential Learning (Research, Projects, Internships etc.)

Students in the MS in Chemistry at Texas A&M University-Kingsville develop practical research skills through advanced laboratory work, instrumental analysis, independent research and specialized chemistry coursework. The program offers thesis, research-project and course-only options, allowing students who choose research routes to work directly on thesis or project research, while the Chemistry Department provides state-of-the-art instrumentation and chemical setups across analytical, organic, inorganic, physical and biochemistry research areas.

Program-specific experiential learning opportunities include:

Thesis research: Students choosing the thesis option complete CHEM 5306 Thesis Research, providing a structured opportunity to conduct advanced chemistry research as part of the 30-credit master's degree.
Research project: The research-project option includes CHEM 5305 Project Research, allowing students to complete a substantial supervised research project alongside advanced chemistry coursework.
Advanced instrumentation: CHEM 5301 Advanced Chemistry Instruments and CHEM 5303 Advanced Analytical Chemistry provide graduate-level exposure to advanced chemical instrumentation and analytical methods.
Molecular modeling: CHEM 5332 Molecular Modeling gives students experience with computational approaches to chemistry; the university specifically lists molecular modeling as a graduate chemistry course.
Bioinformatics: CHEM 5333 Bioinformatics provides a digital/computational component within the graduate Chemistry curriculum, particularly relevant to students pursuing the biochemistry pathway.
Protein and gene-expression analysis: Students in the Biochemistry Track take CHEM 5341 Biochem Analysis of Proteins and CHEM 5342 Biochem Analysis of Gene Expression, developing practical knowledge relevant to biochemical research.
Specialized research areas: Chemistry faculty conduct research in organic synthesis, inorganic synthesis, nerve regeneration, programmed cell death, computerized instrument design and gas-phase kinetics, giving graduate students access to research areas spanning several branches of chemistry.
Laboratory facilities: The Chemistry Department states that its laboratories have the necessary chemical equipment and state-of-the-art instrumentation and chemical setups. Laboratory sections are relatively small, supporting closer interaction with laboratory teaching staff.
Research training across chemistry disciplines: Graduate students can build depth across organic, inorganic, analytical, physical and biochemistry, with the General Chemistry Track requiring proficiency in at least four of these five core areas.
Chemistry and nanoscience: Students in the course-only pathway can select CHEM 5313 Chemistry and Nanoscience, providing exposure to an interdisciplinary area connecting chemistry with nanoscale science.
Forensic and environmental applications: Graduate electives include CHEM 5343 Forensic Chemistry and CHEM 5351 Environmental Chemistry, allowing students to apply advanced chemistry knowledge to specialized areas.
Computer-based research: The department identifies computerized instrument design among its active faculty research areas, while the graduate curriculum includes molecular modeling and bioinformatics as dedicated computational subjects.
Internships and field trips: A specific internship or field-trip component is not stated for the MS in Chemistry in the official program information; the documented practical emphasis is instead through laboratory work, thesis research and project research.
Group projects: A specific group-project requirement is not stated in the official MS curriculum. The program specifically documents individual thesis research and project research options.

Progression & Future Opportunities

Graduates of the MS in Chemistry at Texas A&M University–Kingsville can build advanced careers in chemical research, laboratory science, environmental analysis, pharmaceuticals, education and related industries. The program's graduate-level chemistry training can also prepare students for doctoral study or other advanced professional pathways requiring specialized scientific knowledge.

Career opportunities: Chemist, Laboratory Scientist, Research Scientist, Environmental Chemist.

Career support and progression:

Career services: The university's Career Engagement Center provides career counseling, résumé and cover-letter assistance, interview preparation, career fairs, employer events and access to job and internship opportunities, helping graduate students transition from academic study to professional employment.
Research experience: Graduate chemistry students can develop advanced research skills through faculty-supervised research and a master's thesis option, allowing them to investigate specialized chemistry topics and build experience with scientific methods, laboratory work and research communication.
Research facilities: The Department of Chemistry and the university's research infrastructure provide opportunities for graduate students to conduct chemistry research in areas supported by faculty expertise and laboratory facilities.
Employment statistics and salary: Texas A&M University–Kingsville does not publish a program-specific employment rate or graduate salary figure for the MS in Chemistry on its official program information. A university-specific salary figure has therefore not been added.
University–industry connections: Texas A&M University–Kingsville emphasizes applied research and partnerships that connect university expertise with external organizations; however, a specific industry partnership exclusively associated with the MS in Chemistry is not stated on the official program information.
Accreditation value: A separate professional accreditation specific to the MS in Chemistry is not stated on the university's official program information. The degree is awarded by Texas A&M University–Kingsville as part of its graduate academic offerings.
Graduation outcomes: The master's degree can provide the advanced chemistry background required for research-oriented employment and can serve as preparation for further graduate-level study, including doctoral programs in chemistry and related scientific disciplines.

Further Academic Progression: After completing the MS in Chemistry, students can pursue a PhD in Chemistry or a related scientific discipline, depending on their research interests and admission requirements. The master's research experience can also support progression into specialized research, laboratory or teaching careers where an advanced chemistry qualification is beneficial.