Department Chair Welcome

Welcome to the department of chemistry web page. Here you can find information about possible careers in chemistry and the chemistry classes offered by the department. You can also find information about the faculty and their research interests. The department has a goal of involving each chemistry major in undergraduate research.

If you want to major in chemistry or chemistry and physics education you can find the requirements for these majors and a breakdown by semester of the classes that should be taken to obtain a bachelor degree. Go to the “Degrees and Programs” page. The requirements for a chemistry minor are listed under “Minor in Chemistry.”

For more information, please contact the Chemistry Advisor at (801)-863-5642 .

Merrill Halling Photo

Merrill Halling

Associate Professor
Department Chair

Analytical Chemistry

More Information

801.863.5409 | PS 230 | MS: 179


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Chemistry Department Mission

The Chemistry Department is dedicated to providing a high quality chemistry education for the students at Utah Valley University. The department offers a wide variety of classes to support other departments and to provide excellent training leading to a Bachelor of Science in Chemistry or a Bachelor of Science in Chemistry/Physics Education. The chemistry faculty is committed to encouraging students to learn and to do research not only in their course work, but in their lifelong careers.

About the Chemistry Department

Chemistry is the study of matter. Chemists study the properties and reactions of matter.

A career in Chemistry offers the opportunity for a challenging and rewarding life. Chemistry is the central science. It bridges physics and materials science, the biological sciences and medicine, and earth and planetary sciences. Chemistry is a fundamental driver in the business and commerce sector of our society.

Chemists are in continual demand. Many students with degrees in chemistry choose to pursue an advanced degree in graduate school, or to attend medical, dental, pharmacology, or veterinary schools. Chemists, however, are vital to a wide spectrum of fields.

In industry, chemists work on projects such as new product development and testing for substances important in products ranging from common household goods to exotic pharmaceuticals. Chemists are also needed in the broad area of environmental chemistry. In addition to the areas of industrial hygiene and waste treatment, environmental chemists are required in toxicology where a knowledge of both chemistry and biological systems is important. Environmental chemists are required to measure toxins in the environment, conduct research into the reactions and biochemical reaction mechanisms of possible pollutants, and to help provide insights into the development of new compounds which are less toxic to humankind and the environment.

In government, laboratory chemists are involved in measurements for standardization, development of new analytical techniques, merging computers and chemistry in new technology, forensics and even in robotics.

You may ask, “What about other professional programs?” Chemistry majors have successfully pursued law degrees and MBAs. These lawyers and business people are sought after because of their technical background and ability to understand complex issues involving science and technology. Students may pursue careers in sales, regulation of industry, or science policy.

An area which is always important and of increasing popularity is Chemistry Education. There are many majors now teaching Chemistry and other secondary school science classes. Another area for those who enjoy writing is Science Journalism. There is a great need for science expertise in the news media.

Most chemists, however, pursue laboratory research. We believe that the development of quality research scientists must begin at the undergraduate level with a positive research environment. These research opportunities at the early stages of development allow the aspiring scientist to obtain the proper perspective on the successes and failures associated with scientific research. As important is the opportunity for students to explore different areas of research and to discover the excitement inherent in research activities.

The Department of Chemistry is in the process of developing undergraduate research opportunities. This research is quite different from the laboratory exercises that are part of our lower level courses. As our faculty begin to develop their research interests, our students will be given the opportunity to participate. Students can participate in any or all of these projects as their interest and schedules permit.

We encourage you to look into the chemistry program at UVU. We will not kid you. The coursework needed to earn a degree is rigorous and challenging. However, that degree can open up your future to many possibilities. As an incentive to recruit students to our major, the College has set aside money for scholarships for chemistry majors.

For more information please contact the Chemistry Advisors.



Analytical Chemistry

Analytical Chemistry

Analytical chemistry research involves the study and development of methods and techniques for the identification, quantification, and characterization of chemical substances in various samples, contributing to the understanding of their composition and properties.
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Biochemistry is the branch of science that explores the chemical processes and substances occurring within living organisms, focusing on the molecular mechanisms underlying biological functions and the structure and function of biomolecules.
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Computation Chemistry

Computational chemistry is a field of study that employs computer simulations, algorithms, and theoretical models to analyze and predict the behavior of chemical systems, facilitating the understanding of molecular structures, reactions, and properties
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Environmental Chemistry

Environmental chemistry is the scientific discipline that investigates the chemical processes and properties of substances in the environment, analyzing their impact on ecosystems, human health, and the planet's overall environmental quality.
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Inorganic Chemistry

Inorganic chemistry is the branch of chemistry that focuses on the study of inorganic compounds, which typically lack carbon-hydrogen (C-H) bonds, and investigates their properties, structures, and reactivity.

Instrumental Chemistry

Instrumental chemistry involves the utilization and development of advanced analytical instruments and techniques to characterize and quantify the composition of substances, enabling precise and sensitive measurements in various scientific and industrial applications.

Organic Chemistry

Organic chemistry is the branch of chemistry that explores the structure, properties, reactions, and synthesis of carbon-containing compounds, encompassing a wide range of molecules vital to life and numerous industrial applications.
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Physical Chemistry

Physical chemistry research involves the investigation of the fundamental principles that govern the behavior of matter, studying the physical properties and phenomena of molecules and atoms to understand their interactions, reactions, and energy changes.

Faculty & STAFF

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