CHEMS - Chemical Engineering

30

Core coursework: 12 units of required courses:

• course: Advanced Engineering Analysis (3)

• course: Advanced Chemical Engineering Transport Phenomena (3)

• course: Advanced Chemical Engineering Thermodynamics (3)

• course: Advanced Chemical Reaction Engineering (3)

Thesis MS:

• course: Chemical Engineering (1) - taken each semester (4+ units)

• course: Thesis (5)

Non-thesis MS:

• course: Chemical Engineering (1) - taken each semester (2+ units)

• course: Research (4)

And one of the following options:

• course: Master's Report (3)

• course: Practicum (2) AND course: Master's Report (1)

Minimum GPA in all coursework is 3.0

Nine (9) units of electives are required to complete the program. Elective courses are determined at the discretion of the individual student and the student's faculty advisor, usually relevant to the student's research. CHEE courses from which students may choose are:

• course: Water Chemistry for Engineers (3)

• course: Sustainable Water Supplies for Remote Communities (4)

• course: Chemical Reaction Engineering (3)

• course: Emerging Issues in Water Quality (3)

• course: Surface Science (3)

• course: Bioremediation on Inorganic Contaminants (2)

• course / course: Air Pollution I: Gases (3)

• course / course: Air Pollution II: Aerosols (3)

• course: Interfacial Chemistry of Biomolecules in Environmental Systems (3)

• course: Fate and Transport Processes in Environmental Engineering (3)

• course: Water Treatment System Design (3)

• course: Wastewater Treatment Design System (3)

• course: Microbiology for Engineers (3)

• course: Introduction to Hazardous Waste Management (3)

• course: Engineering of Biological Processes (3)

• course: Cell and Tissue Engineering (3)

• course: Analysis of Emerging Environmental Contaminants (3)

• course: Intro to Polymeric Materials (3)

• course: Topics in Transport Phenomena (3)

• course: Trends in Nanomedicine Engineering: Fundamentals of Therapeutics and Drug Delivery Systems (3)

All students are required to register and attend course each semester that they are in the program.

Please refer to the Graduate Student Handbook for students who are pursuing this program of study.

Minimum Credit Units

30

Core Coursework Requirements

Core coursework: 12 units of required courses:

• course: Advanced Engineering Analysis (3)

• course: Advanced Chemical Engineering Transport Phenomena (3)

• course: Advanced Chemical Engineering Thermodynamics (3)

• course: Advanced Chemical Reaction Engineering (3)

Thesis MS:

• course: Chemical Engineering (1) - taken each semester (4+ units)

• course: Thesis (5)

Non-thesis MS:

• course: Chemical Engineering (1) - taken each semester (2+ units)

• course: Research (4)

And one of the following options:

• course: Master's Report (3)

• course: Practicum (2) AND course: Master's Report (1)

Minimum GPA in all coursework is 3.0

Elective Coursework

Nine (9) units of electives are required to complete the program. Elective courses are determined at the discretion of the individual student and the student's faculty advisor, usually relevant to the student's research. CHEE courses from which students may choose are:

• course: Water Chemistry for Engineers (3)

• course: Sustainable Water Supplies for Remote Communities (4)

• course: Chemical Reaction Engineering (3)

• course: Emerging Issues in Water Quality (3)

• course: Surface Science (3)

• course: Bioremediation on Inorganic Contaminants (2)

• course / course: Air Pollution I: Gases (3)

• course / course: Air Pollution II: Aerosols (3)

• course: Interfacial Chemistry of Biomolecules in Environmental Systems (3)

• course: Fate and Transport Processes in Environmental Engineering (3)

• course: Water Treatment System Design (3)

• course: Wastewater Treatment Design System (3)

• course: Microbiology for Engineers (3)

• course: Introduction to Hazardous Waste Management (3)

• course: Engineering of Biological Processes (3)

• course: Cell and Tissue Engineering (3)

• course: Analysis of Emerging Environmental Contaminants (3)

• course: Intro to Polymeric Materials (3)

• course: Topics in Transport Phenomena (3)

• course: Trends in Nanomedicine Engineering: Fundamentals of Therapeutics and Drug Delivery Systems (3)

Additional Requirements

None