Civil & Environmental Engineering

Masters Program

Civil & Environmental Engineering Master's Programs

The UMass Lowell Department of Civil & Environmental Engineering offers master's degree programs in Civil & Environmental Engineering and in Environmental Studies. Options within the Master of Science in Civil and Environmental Engineering include: Environmental Engineering, Geotechnical Engineering, Geoenvironmental, Structural Engineering, and Transportation Engineering. There are two concentrations within the Master of Science in Environmental Engineering - one in Atmospheric Sciences, and another in Environmental Engineering Sciences.

Master of Science in Civil & Environmental Engineering

Program Description and General Requirements

Graduate study in Civil and Environmental Engineering is an intensive program of instruction at an advanced technical level. The program permits students to design, in consultation with their advisor, a plan of study that meets individual goals and career objectives.

Program options include environmental engineering, geoenvironmental engineering, geotechnical engineering, structural engineering and transportation engineering.

Admission to a particular engineering option is open to applicants with undergraduate degrees in engineering, mathematics or science. The degree requires successful completion of 30 credit hours of course work, or 24 credit hours of instruction and a publishable thesis, or 27 hours of course work and preparation of a project report.

Courses are scheduled in the late afternoon and evening to provide study opportunities for students with full-time employment. Successful completion of undergraduate prerequisite courses is required prior to registering for graduate courses. However, undergraduate prerequisites and selected graduate courses, that do not have prerequisites, may be taken during the first year of study, but only with the written permission of the student’s advisor. Required undergraduate prerequisite courses are listed in descriptions of the core graduate courses shown below.

Applicants who satisfy graduate admission requirements will be assigned to a faculty member who will serve as their academic advisor. Students receiving a teaching or research assistantship will normally be required to submit a publishable thesis. Those admitted to graduate study as non-degree students may apply for matriculated status. However, no more than 12 credits of work completed while in non-degree student status or transferred from another department or college will be used toward a degree. Matriculated status is preferred before initial registration and is mandatory prior to registration for second semester courses. Faculty will review a petitioner’s performance in all courses attempted.

Visit the Civil & Environmental Engineering Department website for more information.

M.S. in Civil Engineering (Environmental Engineering Option)

The program offers an opportunity to pursue a broad range of interests in the fields of environmental and water resources engineering. The course of study is designed to meet an individual student's interests and career goals. Programs consist of civil engineering courses in water and wastewater treatment, environmental chemistry, hydrology, hydraulics, air pollution control, environmental law and policy and may include courses from allied disciplines such as biological and health sciences, environmental studies, chemistry and work environment. The program of study consists of four core courses and elective courses. Undergraduate core course prerequisites must be completed before beginning graduate course work.

Prerequisite Undergraduate Courses for MS Environmental Engineering Option

In order to obtain the MS Degree in Civil and Environmental Engineering Environmental Engineering Option, a student is required to have completed undergraduate courses in the areas of chemistry, physics, mathematics and engineering. 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 Department of Civil and Environmental Engineering 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
  • MATH.2310 Calculus III
  • PHYS.1410 Physics I
  • PHYS.1410L Physics I Lab
  • MATH.2340 Differential Equations
  • CIVE.2030 Statics
  • CIVE.2050 Dynamics
  • CIVE.3010 Fluid Mechanics
  • CIVE.3620 Environmental Engineering

Core Courses

  • CIVE.5610 Physical and Chemical Treatment Processes
  • CIVE.5620 Physical and Chemical Hydrogeology
  • CIVE.5670 Environmental Aquatic Chemistry
  • CIVE.5680 Environmental Fate and Transport
  • CIVE.5780 Biological Wastewater Treatment

Elective Courses

Individual student programs consist of a complement of elective courses usually taken from the following list:

  • CIVE.5090 Environmental Engineering Geology
  • CIVE.5270 Geotechnical and Environmental Site Characterization
  • CIVE.5290 Engineering with Geosynthetics
  • CIVE.5700 Small and Alternative Waste Water Treatment
  • CIVE.5720 Marine and Coastal Processes
  • CIVE.5730 Solid Waste Engineering
  • CIVE.5740 Air Quality Modeling
  • CIVE.5750 Groundwater Modeling
  • CIVE.5950 Hazardous Waste Site Remediation
  • ENVE.5010 Wetlands Ecology
  • ENVE.5050 Glacial Geology
  • ENVE.5060 Regional Hydrogeology
  • ENVE.5100 Water Resources Management
  • ENVE.5230 Air Pollution Control
  • ENVE.5710 Air Pollution Phenomenology
  • ENVE.5810 Understanding the Massachusetts Contingency Plan

M.S. in Civil Engineering (Geotechnical Engineering Option)

The master's degree program in geotechnical engineering encompasses soil mechanics theory and applications in the fields of foundation and soil engineering. Course work emphasizes the engineering behavior of soil, soil property determination, and the use of advanced soil mechanics theory and soil-structure interaction in the solution of soil and foundation engineering problems. Elementary courses in soil mechanics, statics, strength of materials and fluid mechanics are required as prerequisites for graduate core courses. Students receiving a teaching or research assistantship are required to submit a publishable thesis. The program of study consists of five required courses: CIVE.5310 Advanced Soil Mechanics and any four core courses and four elective courses, selected with the consent of a student’s faculty advisor. Program and course details are included in the graduate course list and the graduate catalog.

Core Courses

(Select any four of the following as core courses, others may be used as electives)

  • CIVE.5290 Engineering with Geosynthetics
  • CIVE.5300 Deep Foundations
  • CIVE.5320 Theoretical Soil Mechanics
  • CIVE.5330 Advanced Foundation Engineering
  • CIVE.5340 Soil Dynamics and Earthquake Engineering
  • CIVE.5360 Soil Engineering
  • CIVE.5370 Experimental Soil Mechanics
  • CIVE.5380 Soil Behavior

Additional Elective Courses

  • CIVE.5040 Advanced Strength of Materials
  • CIVE.5090 Environmental and Engineering Geology
  • CIVE.5210 Reliability Analysis in Engineering
  • CIVE.5270 Geotechnical and Environmental Site Characterization
  • CIVE.5290 Engineering with Geosynthetics
  • CIVE.5390 Ground Improvement
  • CIVE.5500 Behavior of Structures
  • CIVE.5620 Physical and Chemical Hydrogeology
  • CIVE.5810 Engineering Systems Analysis
  • CIVE.5830 Stochastic Concepts

M.S. in Civil Engineering (Geoenvironmental Option)

The solution of environmental problems related to soil and/or groundwater often requires knowledge of both Geotechnical and Environmental Engineering. The Geoenvironmental program provides fundamental training in soil mechanics, groundwater hydrology, environmental chemistry, and soil engineering. Course work is offered in each area as well as in courses that combine disciplines generally required in the solution of complex site problems, such as, landfill design, remediation of hazardous waste sites, dewatering and soil improvement.

Core Courses

  • CIVE.5310 Advanced Soil Mechanics
  • CIVE.5360 Soil Engineering
  • CIVE.5620 Physical and Chemical Hydrogeology
  • CIVE.5670 Environmental Aquatic Chemistry
  • CIVE.5950 Hazardous Waste Site Remediation

Elective Courses

  • CIVE.5270 Geotechnical Environmental Site Characterization
  • CIVE.5290 Engineering with Geosynthetics
  • CIVE.5300 Deep Foundations
  • CIVE.5320 Theoretical Soil Mechanics
  • CIVE.5330 Advanced Foundation Engineering
  • CIVE.5340 Soil Dynamics and Earthquake Engineering
  • CIVE.5370 Experimental Soil Mechanics
  • CIVE.5380 Soil Behavior
  • CIVE.5610 Physical and Chemical Treatment Process
  • CIVE.5680 Environmental Fate and Transport
  • CIVE.5730 Solid Waste Engineering
  • CIVE.5750 Groundwater Modeling
  • CIVE.5760 GIS Applications in Civil & Environmental Engineering
  • ENVE.5810 Understanding the Massachusetts Contingency Plan

M.S. in Civil Engineering (Structural Engineering Option)

The structural option within Civil and Environmental Engineering offers instruction and research in advanced concepts and techniques in the solution of complex structural engineering problems. A student seeking an MS Engineering in Structural Engineering must have a structural analysis course which includes statically indeterminate structures and junior or senior level courses in the design of steel and concrete structures. Student study programs in structural engineering are developed with a faculty advisor to meet the needs of the individual. These undergraduate courses are core graduate course prerequisites and students deficient in these areas must take these courses before they can take advanced courses.

Core Courses

  • CIVE.5040 Advanced Strength of Materials
  • CIVE.5510 Design of Steel Structures or
  • CIVE.5520 Design of Reinforced Concrete Structures
  • CIVE.5560 Finite Element Analysis (or equivalent)
  • CIVE.5570 Structural Dynamics

Elective Courses

  • CIVE.5210 Reliability Analysis in Engineering
  • CIVE.5500 Behavior of Structures
  • CIVE.5510 Design of Steel Structures
  • CIVE.5520 Behavior of Concrete Structures
  • CIVE.5530 Wood Structures
  • CIVE.5540 Prestressed Concrete Design
  • CIVE.5550 Seismic Design of Structures
  • CIVE.5580 Bridge Design
  • CIVE.5310 Advanced Soil Mechanics
  • CIVE.5330 Advanced Foundation Engineering
  • CIVE.5360 Soil Engineering

Additional geotechnical and geoenvironmental courses and appropriate courses from the Departments of Mathematics and Mechanical Engineering may also be included in a degree plan.

M.S. in Civil Engineering (Transportation Engineering Option)

The program in Transportation Engineering offers courses in planning, design and operation of multi-modal transportation facilities. It emphasizes the interdisciplinary nature of the subject, supplementing engineering concepts with techniques from management, economics, operations research and environmental studies. It is designed to provide students with advanced technical knowledge for addressing transportation problems in a variety of practical situations. Specialization in a specific area can be achieved through thesis and project work. Graduate study plans are designed based upon student interest, professional needs and undergraduate preparation. Students are expected to have completed or show proficiency in the following courses in partial fulfillment of degree requirements:

Core Courses

  • CIVE.5400 Urban Transportation Planning
  • CIVE.5410 Traffic Engineering
  • CIVE.5810 Engineering Systems Analysis
  • CIVE.5830 Stochastic Concepts

Courses from other appropriate disciplines such as engineering, management, and pure and applied science may be taken to form a coherent program in Transportation Engineering. A graduate plan of study will be designed to meet the professional needs of each student; however, at a minimum, each student. Following is a list of elective courses that are periodically being offered by the Department.

Elective Courses

  • CIVE.5220 Statistical Applications in Civil Engineering
  • CIVE.5420 Fundamentals of ITS and Traffic Management
  • CIVE.5440 Transportation Planning Practice
  • CIVE.5450 Public Transit Planning and Design
  • CIVE.5460 Pavement Design
  • CIVE.5470 Airport Planning and Design
  • CIVE.5480 Traffic Management and Control
  • CIVE.5490 Traffic Flow Theory Elective

Master of Science in Environmental Studies

Environmental Engineering Sciences Concentration

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. 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

  • ENVE.5100 Water Resources Management
  • CIVE.5730 Solid Waste Engineering
  • ENVE.5230 Air Pollution Control or
  • ENVE.5710 Air Pollution Phenomenology

Elective Courses

  • CIVE.5090 Environmental/Engineering Geology
  • CIVE.5610 Physical and Chemical Treatment Processes
  • CIVE.5620 Physical and Chemical Hydrogeology
  • CIVE.5670 Environmental Aquatic Chemistry
  • CIVE.5680 Environmental Fate and Transport
  • CIVE.5700 Small and Alternative Wastewater Treatment
  • CIVE.5720 Marine and Coastal Processes
  • CIVE.5740 Air Quality Modeling
  • CIVE.5750 Groundwater Modeling
  • CIVE.5950 Hazardous Waste Site Remediation
  • ENVE.5010 Wetlands Ecology
  • ENVE.5020 Limnology
  • ENVE.5030 Environmental Toxicology and Risk Assessment
  • ENVE.5050 Glacial Geology
  • ENVE.5060 Regional Hydrogeology
  • ENVE.5270 Environmental Laws
  • ENVE.5710 Air Pollution Phenomenology
  • ENVE.5720 Energy and the Environment
  • ENVE.5750 Physical Chemistry for Environmental Studies
  • ENVE.5760 Boundary layer Meteorology
  • ENVE.5770 Remote Sensing of the Atmosphere
  • ENVE.5780 Advanced Synoptic Meteorology
  • ENVE.5790/ATMO.5150 Atmospheric Structure and Dynamics
  • ENVE.5800 Implementation of Environmental Policy
  • ENVE.5810 Understanding the Massachusetts Contingency Plan
  • CHEM.5190 Environmental Chemistry

ATMOSPHERIC Sciences Concentration

Enrollment in this program is open to individuals with a bachelor's degree in sciences, mathematics and engineering. Others may be admitted with the approval of the Graduate Program Coordinator. Such students may make up course prerequisite deficiencies while in the program, although these 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 the analytical skills, and to prepare for the advanced level courses.

The M.Sc. program requires the completion of 30 credits, 9 in core courses, and 15 in elective courses listed below. Six credits may be achieved by completing a Master's Thesis. The thesis involves original laboratory or theoretical work, usually publishable in accredited and peer reviewed technical journals. With the Graduate Program Coordinator’s approval, the thesis work may be performed at home or at the student’s employment facilities. The thesis advisory committee will consist of a Principal Advisor who is the member of the EEAS faculty, and two members chosen from EEAS or associated UMass Lowell faculty. One member may be from outside the University, with the approval of the Graduate Coordinator. Students may elect to take additional courses instead of writing a thesis.

Most of the courses are offered in the evening, usually from 6 to 9 p.m., once per week. This enables working students to complete the course requirements while the student is employed. A maximum of 5 years is allowed for completion of the master’s degree, including the thesis.

Core Courses

  • ATMO.5010 Boundary Layer Meteorology
  • ENVI.5750/CHEM.5750 Physical Chemistry for Environmental Studies
  • Chose one of the two following courses:
  • PUBH.527/ENVE.5270 Environmental Law and Policy
  • ECON.615 Environmental and Natural Resources Economics

Elective Courses

  • ATMO.5020 Advanced Synoptic Meteorology
  • ATMO.5030 Remote Sensing of the Atmosphere
  • ATMO.5110 Solar Terrestrial Relations
  • ATMO.5150 Atmospheric Structure and Dynamics
  • ATMO.5230 Air Pollution Control
  • ATMO.5710 Air Pollution Phenomenology
  • ATMO.6730/PUBH.6170 Air Pollution Laboratory/Measurement of Airborne Contaminants
  • ATMO.6740 Air Quality Modeling
  • ENVI.5720 Energy and the Environment
  • PUBH.5140 Aerosol Science
  • MATH.5500 Mathematical Modeling
  • RADI.6130 Environmental Monitoring and Surveillance (Radionuclides)