The Chemical & Molecular Engineering Department in Clarkson University's (Clarkson) Coulter School of Engineering (CSOE) offers programs leading to Master of Engineering (ME), Master of Science (MS) and Doctor of Philosophy (PhD) degrees. The ME degree is a special non-thesis program offering advanced training in chemical and biomolecular engineering. The program of study for an ME student comprises 24 credit hours of coursework, two credit hours of seminar, and four credit hours of project work. An average of B or better is required for graduation. The program generally requires a minimum of one calendar year to complete and ME graduates have the option of continuing towards a PhD degree if accepted as a candidate by the graduate committee. A research-based Master of Science (MS) degree requiring 30 credit hours and a PhD degree requiring 90 credit hours are also available. The Coulter School of Engineering and School of Business also offer a two year two degree program in which interested students may complete an ME degree in the first year and an MBA in the following year. Foundation requirements needed for the MBA will be provided at no tuition cost during the summer before the ME and MBA years.
Highlights
ME degree program offers advanced engineering training desired by industry MS degree program combines coursework and research, and can be completed in under two years All faculty members in the department hold PhDs Two endowed research chairs with total departmental research funding of $1,722,353/year
Specialized Program(s) Accreditation
Undergraduate program accredited by Accreditation Board for Engineering and Technology, Inc. (ABET)
Programs/Credentials Offered by Department
Joint Degree (Dual Degree) Master's in Engineering Master's of Science in Engineering PhD in Engineering
Comparison of Selected Graduate Engineering Credentials Offered
by Department
Approx. #
Students
Enrolled/Year
(all options)
Campus Based Option
Online
Option
Time To Complete
Master's Degree (Non-Thesis) (F/T)
4 years
Master's Degree (Non-Thesis) (P/T)
Master's Degree (Thesis) (F/T)
17
5 years
Master's Degree (Thesis) (P/T)
PhD in Engineering (F/T)
9
7 years
PhD in Engineering (P/T)
Ranking and Reputation
Consistently ranked by U.S. News & World Report as "Best College" Job placement for Clarkson engineering graduates is one of the nation's highest; in recent years near 100%
Buildings & Resources
The Department of Chemical & Biomolecular Engineering houses research labs for Chemical-Mechanical Planarization (CMP), thin film processing, bioengineering, nucleation, chemical metallurgy, chemical kinetics, process design, electrochemistry & electrochemical engineering, and process intensification. Experimental & computational fluid mechanics labs include tow research grade wind tunnels and heat and mass transfer. Within interfacial fluid mechanics labs there is a bubble column equipped with a motorized camera platform. The department also has a fuel cell test laboratory and facilities for conducting research on alternative energy sources. In addition, excellent facilities are available for aerosol generation and ambient and indoor air pollution sampling and analysis, as well as tools for advanced data analysis.
Admissions & Tuition - Master's Program
Admissions Criteria
Minimum Undergraduate GPA:
No Set Minimum
Minimum GRE Score:
No Set Minimum
Minimum Work Experience:
No Set Minimum
English Language Proficiency
(Minimum Score)
IELTS: 6.5
TOEFL (Computer-based): 213.0
TOEFL (Internet-based): 80.0
TOEFL (Paper-based): 550.0
Deadlines (Month/Day)
Application:
5/15
Notification of Acceptance: Varies
Fees (US$)
International Application Fee:
35
Total Cost of Program (excluding books):
22,000
Language Support for International Students
Language Classes During Program Pre-program Language Classes
Clarkson University Coulter School of Engineering (Chemical & Biomolecular Engineering) Engineering, Grad Studies Office
Box 5700
Potsdam, New York 13699-5700
Year Graduate Program Founded: 1949# Faculty in Department: 12Credentials Offered:
Master of Science
Research Areas: Adaptive control Ambient aerosol source/receptor relationships Batteries & fuel cells Biosensors Chemical kinetics Chemical mechanical planarization Chromatographic and membrane separations Colloidal and interface phenomena Computational fluid dynamics Computer-aided design, simulation & process control Corrosion Crystal growth Diamond film deposition Diffusion in porous media Dynamic light scattering Electrochemical engineering Electrochemistry/electroplating Electronics manufacturing Environmental transport processes Fine and ultrafine particle characterization Fluid mechanics & heat & mass transfer Homogenous & hetreogenous nucleation Industrial applications of advanced control Interfacial phenomena Ionic liquids process intensification Materials processing Multicomponent mass transfer Nucleation & phase transformations Nucleation Particle characterization Photolithography Plasma & laser processing Plasma reaction engineering Preparation, characterization & reactivity of surfaces Process identification & fault diagnosis Semiconductor wet processing Sensor network design & integrated design Separation processes Surface spectroscopy Transport phenomena Wastewater treatment Co-op Education/Internship: No International Exchange: No Mentor Program: Yes Language Courses: No Opportunities for Part-Time Study: No Opportunities for Online Study: No
Typical Master's Student Profile
# of Applicants/Year: 30Annual Student Intake: 7Average Undergraduate GPA: 3.0# Countries of Origin: 10 or less
Employment Statistics
Students Who Graduate With a Job Offer
Not Available
Average Salary Accepted (US$)
Not Available
Source of Position
Not Available
Teaching Methods
Case Studies Community Service Projects Directed (Independent) Study Courses Consulting Project/Field Work Labs Lectures Research Paper/Project Speakers Thesis
Institute Quick Stats
Year Institute Founded: 1896# Faculties: 3# Full-Time Faculty: 175# Graduate Students (all programs): 200# Undergraduate Students (all programs): 2,900On Campus Residencies/Dormitories: YesNearest City (Main Campus): Potsdam
City Population: 15,957Climate Range: 28 °F to 80 °F