Seattle PhD in Chemistry on Campus Degrees | Campus Chemistry PhD Programs
PhD in Chemistry on Campus Programs Overview
Ideally, a PhD in Chemistry on Campus degree is well-suited for graduate students interested in becoming professional research chemists or college-level Chemistry teachers. Chemistry PhD programs themselves entail in-depth and independent research as well as coursework and a dissertation. Students are often free to determine their own research topic whether in the theoretical, physical or organic chemistry domains, among others. They are also encouraged to learn writing skills that will help them in explaining the findings of their dissertation, and that may help in communicating to other project members in real time research and development jobs.
Earning a PhD in Chemistry on Campus degree my take anywhere from 3-8 years, and may be a great way for students to make an original contribution to science and apply the theory they learnt in their undergraduate degrees. Admission to PhD level chemistry programs typically requires a Bachelor/Master degree in chemistry or a related field. Other protocol may vary between colleges, so it is a good idea to verify with the school you are considering attending.
Potential Advantages to PhD in Chemistry on Campus Programs
For students considering a career in academics, studying on campus may be in their favor as they may be able to teach lower-level classes or assist a professor in order to gain the experience of teaching chemistry or related subjects.
Furthermore, campus programs offer face-to-face interactions with faculty and other classmates. This can be a plus as students typically have a graduate advisor or a research supervisor. Students are also likely to be spending a good deal of time in the laboratory, conducting experiments; having onsite access to libraries and laboratories may prove useful and convenient.
If you are searching for a campus doctorate Chemistry
program, use the city, state or country tabs on GradSchools.com to find graduate schools by location and compare the curricula.
Potential Coursework and Specializations in Chemistry
Chemistry PhD programs typically include coursework, laboratory work, and research components. In some cases students may be free to choose their courses, in others, there may be a set curriculum. This combination gives students the opportunity to apply what they are learning in a hands-on setting. Some of the topics that students might explore may include advance courses in:
- Physical biochemistry
- Inorganic chemistry
- Advanced analytical chemistry
- Organic chemistry
- Quantum mechanics
- Principles of chemistry
- Physical chemistry
Common concentrations offered in chemistry doctorates may include analytical chemistry, materials chemistry, and biochemistry.
Potential Career Paths for Chemistry PhD Graduates
The main potential career choices for graduates who have a PhD in chemistry include advanced research, leading research teams in upper management roles and post-collegiate teaching positions. Nonetheless, there are various types of Chemists, and with variety, there are likely to be many industries where your work might be applied. According to the BLS, a growing numbers of chemists work in interdisciplinary fields, such as biochemistry and geochemistry
Some of the types of chemists include:
- Forensic Chemists
- Analytical Chemists
- Inorganic or Organic Chemists
- Medicinal Chemists
- Physical Chemists
- Theoretical Chemists
Ready to Pursue a PhD in Chemistry on Campus Degree?
With competition for jobs, the BLS reports that Chemists and materials scientists with advanced degrees, especially those with a Ph.D. and work experience, are expected to have better opportunities. Why not use the search tools on GradSchools.com to find a campus program today!
Sources: onetonline.org/link/summary/19-2031.00 | bls.gov/ooh/life-physical-and-social-science/chemists-and-materials-scientists.htm
- Seattle, WASeattle, WA
University of Washington
research areas:Analytical; Biochemical; Bioinorganic; Bioorganic; Biophysical; Environmental; Inorganic; Medicinal; Nuclear; Organic; Organometallic; Physical; Polymer; Process Analytical; Theoretical...