Chemistry Ph.D.

The Doctor of Philosophy (Ph.D.) in Chemistry program provides you with the knowledge and skills to address complex biological problems at the molecular level and to grow into an independent scientist capable of advancing solutions to today’s societal challenges. Through rigorous coursework and faculty-mentored research, you’ll build a strong theoretical foundation across organic, inorganic, physical, analytical and biochemistry while deepening your understanding of topics such as biomolecular structure and function, enzyme kinetics, metabolic pathways, nucleic acid chemistry and molecular biology. You’ll also learn to critically analyze and communicate scientific discoveries—both orally and in writing—and to synthesize your chemical knowledge to design, defend and execute original research with integrity and purpose.

Application fee waivers are available for the Chemistry PhD application. Please contact Kelci%20Sopko to obtain a waiver code before you begin your Graduate CAS application.

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Program Information

The Ph.D. in Chemistry program will prepare you for leadership roles in scientific research and development while equipping you with advanced research skills and expertise sought after by academia, industry, and government sectors.

Program Type

Major

Degree

Doctorate

Academic Department

Chemistry and Biochemistry

Required Credit Hours

Structured around variable credits for coursework, research and dissertation

Modality

In-Person

Questions? Contact us!

Thomas Montgomery

Assistant Professor

Chemistry and Biochemistry

Thomas Montgomery headshot

Recent Student Publications

Molecule Synthesis Breakthroughs

Alex Cocolas, Aiden Lane, Ben Musiak, Eric Chartier, Derek Bedillion, and Sarah Hejnosz have developed an innovative technique for the precise and efficient synthesis of complex molecules. Their research details a novel method for producing 43 distinct variants of 7-azanorbornanes. This approach utilizes specialized chemical compounds known as tertiary amine N-oxides and involves the substitution of alkenes, which are hydrocarbons with double bonds.

Advancing Uranium Chemistry

Samuel Lenze and Justin Terhorst's publication,"Creation of Gas-Phase Organo-Uranium Species by Removal of 'yl' Oxo Ligands from UO₂²⁺ Carboxylate Precursor Ions" focuses on uranium chemistry, how uranium ions can be manipulated and studied in controlled environments. By breaking down these ions, they're discovering new insights into uranium's reactions and properties, contributing to advancements in nuclear science.

Decoding COVID-19

Caleb Frye and Caylee Cunningham's publication, "Characterization of the SARS-CoV-2 Genome 3′-Untranslated Region Interactions with Host MicroRNAs" explores how the COVID-19 virus may manipulate our cellular mechanisms to better understand how it causes illness and how we can develop new treatments to combat it.

Mapping Protein Structures

Rathna Veeramachaneni, Chelsee Donelan, and Kayce Tomcho developed a method to map structural linkages in the human α1 glycine receptor (α1 GlyR), a protein essential for nerve cell communication. Using a reactive site, chemical linkers, and UV light, their work provides new insights into the protein's structure within cell membranes.

Research Faculty

You will conduct original research under the guidance of our faculty who bring expertise across a wide range of fields, including analytical chemistry, biochemistry, inorganic chemistry, organometallic chemistry, organic chemistry, physical chemistry and theoretical chemistry. This research will demonstrate your ability to independently design, execute, and analyze complex experiments.

Jennifer Aitken, Ph.D.

Jennifer Aitken, Ph.D.

Inorganic Chemistry and Organometallic Chemistry

Michael Cascio, Ph.D.

Michael Cascio, Ph.D.

Biochemistry

Jeffrey Evanseck, Ph.D.

Jeffrey Evanseck, Ph.D.

Physical Chemistry, Theoretical Chemistry and Organic Chemistry

David Heisler, Ph.D.

David Heisler, Ph.D.

Biochemistry

Paul Lummis, Ph.D.

Paul Lummis, Ph.D.

Inorganic Chemistry and Organometallic Chemistry

Thomas Montgomery, Ph.D.

Thomas Montgomery, Ph.D.

Organic Chemistry

Michael Van Stipdonk, Ph.D.

Michael Van Stipdonk, Ph.D.

Analytical Chemistry

Advance Your Research Potential

To support your research endeavors, our program provides access to state-of-the-art laboratory facilities and research funding opportunities. Collaboration and engagement with the wider chemistry and biochemistry academic community are encouraged, allowing you to present your research at prestigious conferences and publish your findings in renowned scientific journals.

Step Into Your Graduate Experience

two people walking

Graduate Student Life

Duquesne offers graduate students full access to campus resources—from fitness and wellness services to library study spaces and career development. Live just steps from your classes in Brottier Hall (apartment style), Des Places Hall (suite style), or our newest graduate student apartment building, McGinley Hall.

Application Requirements & Financial Assistance

Financial Support for Graduate Students

As a Ph.D. student, you'll receive financial support to ensure you can focus on your research. Our financial support includes:

  1. Assistantships: All students receive support in the form of a Teaching Assistantship (TA) or a Research Assistantship (RA) in addition to a tuition waver.

  2. Stipend: Currently set at $28,000 per year (2024-25).

  3. Additional Benefits: In addition to the stipend, we offer subsidies for health insurance and parking permits.

  4. Duration of Support: Students in good standing typically receive financial support for five years, and you can also apply for one year of additional support.

Research assistantships (RA) are offered by labs that have external grant support that includes RA funding. More senior graduate students may apply for the prestigious Bayer Fellowship, a competitive RA stipend that recognizes exceptional accomplishments in the field.

Teaching Assistants (TA): As a Teaching Assistant, you'll play a pivotal role in supporting undergraduate education. This includes responsibilities such as managing laboratory sections, presenting pre-lab instructions, supervising lab activities, creating test materials, and conducting examinations. You'll be under the guidance of the faculty member leading the course, ensuring you gain valuable teaching experience.

Application Requirements

General Requirements:
  • Undergraduate Transcript
  • Personal Statement
  • Three Letters of Recommendation
  • GRE Scores (waived for 2023 applications)
Requirements for International Students:
  • TOEFL Score of 100, equivalent IELTS or DuoLingo scores are accepted
  • Transcript Evaluation (WES, others)

Learning Outcomes

  • Achieve a Strong Theoretical Foundation in Advanced Chemistry - Students will acquire a deep understanding of advanced concepts of Organic, Inorganic, Physical and Analytical Chemistry and Biochemistry, preparing them for diverse applications of chemistry in academia, industry, and professional fields.
  • Communicate Scientific Outcomes Effectively Through Oral and Written Methods – Students will be able to effectively disseminate their chemistry experimental results or those from the chemistry literature, both through oral presentations and written documents.
  • Synthesize Chemical Knowledge for the Purpose of Scientific Discovery – Students will be able to synthesize chemistry knowledge to solve complex research problems. They will be able to independently conceptualize, defend and execute research plans to answer scientific questions. They will understand the role of integrity and ethics in science.

Accreditation

ACS accreditation ensures our undergraduate chemistry program meets rigorous national standards, equipping students with the knowledge, skills, and experience to excel as scientific professionals. It also enhances the program’s reputation, attracts top students and faculty, and prepares graduates for technical careers.