Master of Science in Environmental Studies Engineering
- Master of Science in Environmental Studies Engineering
- Environmental Engineering Sciences Option
- Co-op Option in Engineering
- The Department of Civil & Environmental Engineering 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.
Master of Science in Environmental Studies Engineering
Environmental Engineering Sciences Option
This interdisciplinary program offers a Master of Science in Environmental Studies with a thesis or a non‐ thesis track. Enrollment in the program is open to individuals with a baccalaureate degree in technology, biology or a physical science. Others may be admitted with the approval of the Graduate Coordinator. Such students may make up course prerequisite deficiencies while in the program, although those credits will not count toward the total required for the master’s degree. Frequently, students entering the program are required to take a number of undergraduate courses to develop analytical skills and to prepare for advanced level course work. Undergraduate courses may include calculus, statistics, chemistry, computer programming or courses designed to develop problem‐solving skills. Course requirements are determined by discussion with the Program Coordinator. Applicants must meet all Graduate Admissions standards for this program, which includes two letters of recommendation. Official GRE scores are no longer required for this program.
The thesis track requires completion of an approved program of study involving a minimum of 24 credits of core courses and electives, and 6 credits of thesis, consisting of laboratory research or scholarly investigation, for a total of 30 credits. Students may only register for thesis research with the prior approval of a thesis advisor. The thesis work is to be guided by a principal advisor who is a member of the University of Massachusetts Lowell faculty and by two additional committee members, at least one of whom must be a member of the faculty. Committee selection and the thesis topic are subject to the approval of the graduate coordinator. The non‐thesis track requires completion of an approved program of study involving 30 credits of core courses and electives. All individual programs of study must include the core courses listed below.
Prerequisite Undergraduate Courses for M.S. Environmental Studies Option
In order to obtain the M.S. Degree in Environmental Studies, a student is required to have completed undergraduate courses in the areas of chemistry, physics, and mathematics. At a minimum, the following courses are required. University of Massachusetts Lowell (UML) course numbers are provided for reference purposes. Course work that is equivalent to the UML courses specified are acceptable. However, an official determination of prerequisite course equivalency will be conducted by UML faculty that teach the specified undergraduate course, or by the Environmental Studies Graduate Coordinator, only after the student has applied and been accepted into the graduate program. This list represents the minimum prerequisite course requirements. Additional undergraduate course work may be required to remedy academic deficiencies. Students will be notified of deficiencies in an acceptance letter. All deficiencies must be eliminated before a student can be classified as "fully matriculated".
The undergraduate prerequisite courses are as follows:
- CHEM.1210 Chemistry I
- CHEM.1230L Chemistry I Lab
- CHEM.1220 Chemistry II
- CHEM.1240L Chemistry II Lab
- MATH.1310 Calculus I
- MATH.1320 Calculus II
- PHYS.1410 Physics I
- PHYS.1410L Physics I Lab
Core Courses
- CIVE.5670 Environmental Aquatic Chemistry
- CIVE.5730 Solid Waste Engineering
- ATMO.5230 Air Pollution Control or ATMO.5710 Air Pollution Phenomenology
Elective Courses
- CIVE.5610 Physical and Chemical Treatment Processes
- CIVE.5620 Physical and Chemical Hydrogeology
- CIVE.5640 Hydraulics and Hydrology
- CIVE.5660 Environmental Application & Implications of Nanomaterials
- CIVE.5680 Environmental Fate and Transport
- CIVE.5690 Micropollutants in the Environment
- CIVE.5720 Marine and Coastal Processes
- CIVE.5750 Groundwater Modeling
- CIVE.5760 GIS Applications in Civil and Environmental Engineering
- CIVE.5780 Biological Wastewater Treatment
- CIVE.5950 Hazardous Waste Site Remediation
- CHEM.5140 Advanced Analytical Chemistry
- ENVI.5200 Methods in Environmental Impact Assessment and Analysis
- ENVI.5720 Energy and Environment
- ENVS.5010 Wetlands Ecology
- ENVS.5020 Freshwater Ecology
- ENVS.5810 Understanding the Massachusetts Contingency Plan
- GEOL.5100 Geology of New England
- GEOL.5250 Groundwater Modeling