Master of Science Degree

The Master of Science Degree

The Master of Science (M.S.) degree is aimed at preparing students for careers in research and development, or for further study in the field. Like the doctoral degree, the M.S. degree combines coursework and research, but with a more limited scope of the research project and thesis to reflect the shorter time-to-degree. After graduation, the majority of our master’s students find jobs in industry.

Course Requirements

Program of Study / Handbook / Recommended Electives

You will begin with the core courses for the degree and our "Preparing for Graduate Student Success" course (ECH 200), which will match you with a major professor over the course of your first fall quarter. The five core courses are listed below:

  • ECH 252: Statistical Thermodynamics
  • ECH 253A: Advanced Fluid Mechanics
  • ECH 253C: Advanced Mass Transfer
  • ECH 256: Chemical Kinetics and Reaction Engineering.
  • ECH 259: Advanced Engineering Mathematics.

For electives, you can select from any available upper-division undergraduate course (courses numbered 100-199) or graduate-level course (courses numbered 200-299). Popular electives include those from physics, chemistry, computer science, management and other engineering disciplines. In consultation with your major professor, you will select courses each quarter based on your career goals and aspirations. 

Students are also expected to complete two quarters of ECH 290: "Department Seminar," which requires students to attend a majority of the weekly departmental lectures by visiting scholars in the field. This course exposes graduate students to the latest advances in chemical engineering.

Sample Schedule: Full-Time Student
Year 1: Fall Winter Spring 
ECH 2524ECH 253C4Elective 2XX4
ECH 253A4ECH 2564Elective 2XX3
ECH 2594Elective 1XX/2XX3ECH 299 Research5
ECH 2001ECH 2901ECH 2901
      
Year 2: Fall Winter Spring 
ECH 29912ECH 29912ECH 29912
ECH 2901Advance to Candidacy File Thesis 
    Graduate 
Thesis

The master's thesis should represent a student's original contribution to the knowledge in the field, and the research should be conducted under the supervision of a faculty member. Students advancing to candidacy should prepare an outline for their thesis, which should include a critical evaluation of the methods and limitations of the research project an a full description of the experimental design, protocols and data analysis. There are no limitations on the length or the number of publications required.

To learn more about transferring course work please go to Graduate Studies webpage on the topic.

Read the full list of degree requirements for more information.