Engineering Management
Master of Science in Engineering Management
- Program Overview
- Admissions Requirements
- Accelerated Bachelors to MSEM Masters
- Graduate Program Curriculum Outline
Co-op Option in Engineering
The Department of Engineering Management participates in the Graduate Master's Co-op Option in Engineering. For detailed information about the Co-op Program and curriculum requirements, please see the Graduate Catalog Engineering Co-op page.
PO Program Overview
The Master of Science in Engineering Management (MSEM) is designed for technical professionals who have opted for the management track in technical and engineering services enterprises. The program is 31 credits in length. Some courses will be offered both on campus and online and the MSEM is open to both full-time and part-time students.
Students have the choice of three concentrations: (a) design and manufacturing, (b) engineering services/infrastructure management and (c) operations and supply management. The three concentrations encompass the non-research and development (non R & D) part of technical enterprises that are needed for new technical projects and product realizations.
Besides preparing engineering or business bachelor degree undergrads for careers in engineering management, this program also serves non-engineering or business undergraduates who wish to pursue a technical management career. These candidates may be required to complete prerequisite courses that provide an introduction to basic engineering economy concepts needed for courses in the curriculum, at the discretion of the MSEM program coordinator. After successful completion of these prerequisite courses, students with non-engineering or business undergraduate degrees can pursue the remaining MSEM curriculum in the same way as students with engineering undergraduate degrees.
Admissions RequirementsAR
The following are general admission requirements.
International students must obtain the results of the Test of English as a Foreign Language (TOEFL) examination. Depending on the option selected, students may be required to make up prerequisites which they lack in comparison to the equivalent Engineering curriculum at the University of Massachusetts Lowell. In cases where a student has an M.B.A. or has completed the Business Administration Minor for Engineering students, in addition to a B.S. in engineering or its equivalent, certain requirements the MSEM program may be waived upon review by the MSEM Admissions Department. However, all MSEM students are expected to fully complete the 31 credit program requirements.
Specific Admission Requirement for MSEM
- BS in any engineering or science discipline, or a BS in Industrial Management or Operations Research
- Graduate Admissions Application
- Application fee
- GPA of 3.000 or better in the respective undergraduate program
- Two letters of recommendation
- Statement of Purpose
- TOEFL =>79 or IELTS =>6.5 for international students
- The GRE is not required.
Students with industrial or management experience and a bachelor's degree in another area can be admitted on a case-by-case basis, e.g. BA in English or History. In such cases, a resume is requested to assist in the decision process.
In some cases, an applicant may be required to satisfactory complete up to three undergraduate engineering/science courses to ensure that the student has the necessary background knowledge to succeed in the MSEM program.
ABMM Accelerated Bachelors to MSEM Masters
The College of Engineering will offer a combined BSE/MSEM program in Engineering Management for UMass Lowell undergraduate students based on a BS in any engineering or science discipline. The admission requirements and benefits of the accelerated MSEM are as specified by the University. Applications from UMass Lowell undergraduates may be submitted in the junior year and must include the following:
- UMass Lowell Undergraduate Degree: Official Transcripts. (A minimum overall GPA of 3.000 at the time of conferral of the undergraduate degree is required. Students who do not meet this requirement at the end of their undergraduate studies will not qualify for the Bachelors to Master's benefits; however, they may reapply to the program via the regular application process.)
- The GRE can be waived for UMass Lowell undergraduates with a GPA of 3.000 and above an upon receipt of a recommendation by an UMass Lowell faculty member.
- Successful completion of all other university admissions requirements, including three letters of recommendation.
- Statement of Purpose.
GPCO Graduate Program Curriculum Outline
The core courses are a blend of engineering and business fundamentals, while he three concentrations allow students to narrow their course selection into well thought out collection of courses into each concentration, while leveraging the expertise of the faculty in these topics.
Note: Students may choose to do either a professional-practice capstone (6 credits) or take additional courses (6 credits minimum) in an Engineering Management concentration. For the non-capstone option, students must submit a plan of study to the MSEM graduate coordinator and obtain his/her approval during the first year of the program. Any change to the submitted plan requires the approval of the MSEM graduate coordinator.
Required (Core) Courses
Course Number | Course Title | Credit Hours |
---|---|---|
MECH.5760 | Engineering Project Management | 3 |
POMS.6220 or
CHEN.5480 or CIVE.5810 | Decision Analytics or
Engineering Process Analytics or Engineering Systems Analysis | 3 |
ACCT.5010 | Financial Accounting | 2 |
FINA.5010 | Business Financial Analysis (prereq: ACCT.5010) | 2 |
MKTG.5010 | Marketing Fundamentals | 2 |
POMS.5010 | Operations Fundamentals | 2 |
MGMT.5010 | Organizational Behavior | 2 |
Sub-Total # Core Credits Required | 16 |
One of the three Concentration Course Choices (Total Min. credits required = 9) (attach list as needed)
a. Design and Manufacturing Concentration
Course Number | Course Title | Credit Hours |
---|---|---|
CIVE.5210 or
MECH.5740 | Reliability Analysis in Engineering or
Design For Reliability Engineering | 3 |
MECH.5120 | Applied Finite Element Analysis | 3 |
ENGN.5400 | Designing Sustainable Products | 3 |
MECH.5720 | Manufacturing Processes | 3 |
MECH.5710 | Quality Engineering | 3 |
MECH.5750 | Industrial Design of Experiments | 3 |
MECH.5790 | Robotics | 3 |
PLAS.5180 | Plastic Product Design | 3 |
PLAS.5370 or
PLAS.5900 | Business Law for Engineers or
Survey of Intellectual Property | 3 |
PLAS.5530 | Medical Device Design I | 3 |
PLAS.6180 | Structural Product Design | 3 |
b. Engineering Services/Infrastructure Management Concentration
Course Number | Course Title | Credit Hours |
---|---|---|
CIVE.5110 | Inspection an Monitoring of Civil Infrastructure | 3 |
CIVE.5400 | Urban transportation planning | 3 |
CIVE.5440 | Transportation Economics and Project Evaluation | 3 |
CIVE.5210 | Reliability Analysis | 3 |
CIVE.5760 | GIS Application in Civil and Environmental Engineering | 3 |
c. Operations and Supply Management Concentration
Course Number | Course Title | Credit Hours |
---|---|---|
Sub Total # Concentration Credits Required | 9 | |
PLAS.5150 | Lean Plastics Manufacturing | 3 |
PLAS.6060 | Plastics Manufacturing Systems Engineering | 3 |
PUBH.5510 | Work Environment Policy and Practice | 3 |
MGMT.6100 | Managerial Leadership | 3 |
MGMT.6010 | Managing Organizational Change | 3 |
MGMT.6150 | International Business | 3 |
POMS.6010 | Operations Management | 3 |
POMS.6020 | Global Supply Chain Management | 3 |
POMS.6120 | Statistics for Predictive Analysis | 3 |
POMS.6240 | Analytical Decision Making Tools | 3 |
ENTR.6400 | New Venture Creation | 3 |
ENTR.6500 | Innovation and Emerging Technologies | 3 |
Professional Capstone Practice or Non-Capstone Option (Total credits required = 6)*
Course Number | Course Title | Credit Hours |
---|---|---|
Professional-practice capstone | Capstone topic to be completed under the direction of an advisor and defended to a committee of at least three | or |
Non capstone option | Any two courses from another choice of three Engineering Management concentrations (a, b or c) or two other graduate courses pending the permission of the MSEM degree coordinator | 6 |
Sub Total # Practice Capstone or Non-Capstone option Credits Required | 6 |
Curriculum Summary
Total number of courses required for the degree | 12 | |
Total credit hours required for degree | 31 |
Prerequisite or Other Additional Requirements for concentration b. Engineering Services / Infrastructure Management:
CIVE.4750 Construction Management (3 credits) | ||
CIVE.4700 Engineering Economics (3 credits) |
*For the non-capstone option, students must submit a plan of study to the MSEM graduate coordinator and obtain his/her approval during the first year of the program. Any change to the submitted plan requires the approval of the MSEM graduate coordinator.
Updated 2/15/23