MANHATTAN COLLEGE
CHEMICAL ENGINEERING GRADUATE PROGRAM
TWO-YEAR SCHEDULE (TENTATIVE)
FEATURES:
§ Courses in Chemical Engineering leading to the degree M.S. in Chemical Engineering
§
New elective
courses in Engineering Management,
Economics and Law
§
Certificate degrees
(3 courses min. approved by the Department Chairperson) in Engineering
Management, Environmental Management or Biochemical Engineering
§
Web-based distance
learning courses
SUMMER
2005:
ENGG 652 Project Management
| 2004 Fall | 2005 Spring | |||
| CHMG-713 | CHEMICAL REACTOR DESIGN | ENGG-682 | APPLIED HEAT TRANSFER | |
| CHMG-727 | Air Pollution Control | CHMG-652 | Project Management | |
| ENGG-650 | Engineering Economics | CHMG-529 | Fuel Cell Systems & Tech | |
| CHMG-735 | Independent Project 1 | ENGG-650 | Engineering Economics (DL) | |
| CHMG-736 | Independent Project II | |||
| 2005 Fall | 2006 Spring | |||
| CHMG-714 | MODERN SEPARATION PROCESSES | CHMG-511 | TRANSPORT PHENOMENA | |
| ENGG-632 | Modern Engineering Computations | ENGG-672 | Accident and Emergency Management | |
| ENGG-650 | Engineering Economics (DL) | CHMG-xxx | Industrial Catalysis I | |
| CHMG-735 | Independent Project I | CHMG-736 | Independent Project II | |
M.S.
DEGREE
REQUIREMENT (2004-2005):
New
students must complete the requirements for graduation as stated in the
2004-2006 graduate catalogue. Returning students who completed their first
graduate course prior to August 2004 have the choice of following the catalogue
in effect at the time of their matriculation or any catalogue published
thereafter. Required courses for the degree Masters of Science in
Chemical Engineering are shown in CAPS. Note
that courses are listed as CHMG (Chemical Engineering courses) or ENGG
(Engineering core courses). The ENGG core courses include courses in
engineering, economics, management , law, mathematics and computer applications.
Some of the core courses will be via distance learning over the internet
with a limited number of class meetings at the College (usually on Friday
evening or Saturday).
All students must complete thirty credits of graduate course work including: (a) three required courses from CHMG-511, 707, 713, 714, ENGG-682; (b) two courses from CHMG-525, 527, 529, 539, 709, 717, 727, 729, ENGG-632, 670, 672 ; (c) five electives from ENGG-650, ENGG-652, CHMG-735, CHMG-736 or other approved graduate courses offered by any department in the engineering school. Graduate courses taken in engineering programs other than Chemical Engineering require the approval of the Department Chairperson and/or Graduate Program Director. All students must present a minimum grade point average of 3.0 in order to graduate.
FINANCIAL AID:
Financial aid is
available through the Chemical Engineering Department for US citizens and
permanent residents. Full-time
students are eligible for industrial fellowships, tuition scholarships and
teaching assistantships. Partial tuition scholarships are available for
part-time students whose employers do not offer tuition reimbursement benefits.
International students may apply for tuition scholarships after
successful completion of their first semester at the College (minimum grade
point average of B). Financial aid
decisions are made by the Graduate
Chemical Engineering Faculty Committee.
RESEARCH CREDITS:
Full-time and Seamless Masters students who are granted industrial fellowships are required to complete a three to six credit Independent Project (CHMG-735/736, OR CHMG-739/740) as part of the total thirty credits leading to a publication in a peer reviewed journal. Exceptions to this rule require the approval of the Department Chairperson and/or Graduate Program Director. Note that projects require a greater time commitment than regular courses.
CROSS-LISTED
COURSES:
CHML-511/CHMG-511; CHML-550/ENGG-650; CHML-525/CHMG-525;
CHML-539/CHMG-539; ENVL-435/CHMG-727; CHML-572/ENGG-672
March, 2005