The Master of Science in Civil Engineering program aims to position working professionals and graduates with science and engineering backgrounds interested in earning an advanced degree to gain a deeper understanding of principles required to solve 21st century environmental problems and sustainably manage our water and infrastructure resources for future generations. In our career-advancing evening master’s program, students can specialize in:
- Environmental Engineering, with a focus on the most advanced, proven, and sustainable approaches to protect and improve water quality in urban and natural settings through effective management of pollution sources
- Water Resources Engineering, centered on the sustainable management, theory, and modeling of hydrological processes in natural systems and water conveyance, storage, and flood protection in urban systems
Students in the program can benefit from:
- Strong Industry Ties: Our modern and professionally relevant courses are taught by faculty distinguished in industry and academia.
- Science to Engineering Pathway: Students with non-engineering undergraduate degrees can earn a degree in civil engineering by passing the Fundamentals of Engineering Examination and completing the required coursework.
- Evening Program: Courses are offered in the evening to accommodate both full‐time students and working professionals.
Program Educational Objectives
The Civil Engineering graduate program has established the following program educational objectives that are consistent with the mission of the University and that describe the expected accomplishments of graduates during the first several years following graduation. Graduates in the Civil Engineering (environmental engineering and water resources engineering) program will:
- Apply critical thinking and problem-solving skills in their professions to work towards solving society’s 21st century engineering issues and challenges;
- Demonstrate and apply ethical, socially equitable, and sustainable practices and principles to issues in their profession; and
- Advance in their careers by staying current in the field, working on interdisciplinary teams, and/or obtaining professional registration or other professional certifications.
To accomplish these program educational objectives, analysis and design courses in the fields of water resources, hydraulics, environmental engineering and environmental science with an emphasis on sustainability are offered. Additional opportunities are available to broaden the educational experience through courses in other departments, independent study and directed research resulting in a thesis with director consent. A broad base of theory and design is provided integrating current issues and professional practices.
Program Learning Outcomes
The Civil Engineering graduate program has established the following student outcomes:
- Apply scientific, mathematical, and sustainability principles to analyze and develop solutions to problems in environmental science and engineering.
- Critically assess, evaluate, and understand sustainability, ethics, and social justice in environmental science and engineering.
- Effectively communicate scientific and engineering principles related to the environment and sustainability.
Admission Requirements
All applicants must hold a Bachelor of Science or higher-level degree and have successfully completed the following courses:
- Calculus, at least one year of college-level
- General Chemistry, at least one year of college-level
- Life and Physical Science, totaling at least four college-level courses, which could include Biology, Chemistry, Environmental Science, or Physics.
Applicants with a bachelor’s or postgraduate degree in a non-Engineering, Life Science, or Physical Science field may be considered if the applicant has completed the above coursework prior to applying. The department may also require applicants who lack an adequate background in mathematics, chemistry, and/or science to successfully complete additional courses prior to being admitted into the program or continuing in the program.
Applicants holding a non-engineering bachelor’s or postgraduate degree may apply and enroll into one of the Civil Engineering program tracks but are not eligible for the Master of Science degree until passing the Fundamentals of Engineering exam and meeting all of the program requirements.
All applicants are required to submit:
- A completed application form and $50 application fee
- Official Transcripts of all colleges and universities attended
- A letter of intent (approximately 1.5 pages) describing the candidate’s background, career goals, and interest in the program
- Two letters of recommendation attesting to the candidate’s ability to succeed in the graduate program based on previous academic and/or professional performance
The GRE is not required for admission into the Civil Engineering Master’s Program. International applicants should submit the items listed above plus the additional items required by LMU Graduate Admission.
Program Requirements
(30 Semester Hours)
Students enrolled in this program must successfully complete the following:
- 30 semester hours with a cumulative grade point average of 3.0 (“B”)
- CIVL 690 Comprehensive Oral Exam or CIVL 696 Thesis Defense or ENVS 696 Thesis Defense
- 500-level courses with grade of B (3.0) or higher
- All core and elective requirements for the Water Resources Engineering or the Environmental Engineering emphasis.
To be awarded a Master of Science in Civil Engineering (either track), all students must either possess a bachelor’s degree in engineering or have passed the Engineer-in-Training/Fundamentals of Engineering (EIT/FE) examination administered by the National Council of Examiners for Engineering and Surveying (NCEES). Students who do not meet this condition will receive a Master of Science degree in Environmental Science.
Optional Thesis
Preparation of a master’s thesis under the guidance of a faculty member is optional in both the Civil Engineering and Environmental Science Master’s programs. Students electing to perform a master’s thesis must pass CIVL 696 Thesis Defense or ENVS 696 Thesis Defense in the semester they expect to complete their thesis. The defense is in the form of a written thesis and an oral presentation. A thesis committee, selected by the student and primary research advisor, determines if the student has mastered the subject matter of the thesis, understands the work done by others, and can critically assess that work and his/her own work. No later than two weeks prior to the thesis defense presentation, the student must provide their written thesis to their thesis committee for review. Students who elect to prepare a master’s thesis are not required to take the CIVL 690 Comprehensive Oral Exam. Formal requirements may be obtained from the program director. Please see our research page for further information on research opportunities.
Thesis students also have the option to enroll in a 3-semester-hour master’s thesis Independent Study (CIVL 695 Master Thesis or ENVS 695 Master Thesis) in any term with director and thesis advisor consent. The master’s thesis Independent Study can satisfy a Global Perspectives Elective requirement, may be taken a maximum of two times, and may be taken only once in a semester.
Change of Emphasis (Environmental Engineering or Water Resources Engineering)
Civil Engineering graduate students can choose an emphasis in one of two areas: Environmental Engineering or Water Resources Engineering. Students have the option to switch from the Water Resources Engineering emphasis to the Environmental Engineering emphasis and vice versa or to Environmental Science any time before graduation. Prior to changing emphasis, the student’s plan should be discussed with and approved by the Program Director.
Required courses for each field of study
M.S.E. in Civil Engineering with emphasis in Environmental Engineering
Course List
| Code |
Title |
Semester Hours |
| CIVL 601 | Sustainable Water Quality and Resources | 3 |
| CIVL 605 | Aquatic Chemistry | 3 |
| ENVS 606 | Applied Environmental Microbiology | 3 |
| CIVL 617 | Water Treatment Processes | 3 |
| CIVL 625 | Applied Fluid Mechanics 1 | 3 |
| 0 |
| Comprehensive Oral Exam | |
| Thesis Defense | |
| Thesis Defense | |
| 15 |
| 9 |
| Environmental Engineering and Science Lab | |
| Contaminant Fate, Transport, and Remediation | |
| Water Reuse and Desalination | |
| Advanced Integrated Water Treatment Systems | |
| Surface Water Hydrology | |
| Urban Water Systems and Stormwater Management | |
| Groundwater Hydrology and Sustainable Management | |
| Groundwater Contaminant Transport and Remediation | |
| Dams and Levees | |
| Spatial Data Analysis and Geographical Information Systems | |
| Remote Sensing with Civil Engineering and Environmental Science Applications | |
| Modeling Environmental and Water Resources Systems | |
| 9 |
| 6 |
| Air Quality, Control, and Management | |
| Sustainable Waste Management | |
| Economics of Water and the Environment | |
| Sustainable Engineering | |
| Engineering Geology | |
| Ecosystem Services in Urban Landscapes | |
| Urban Coasts: Habitats, Stressors, and Resilience | |
| Environmental Toxicology and Health Risk | |
| Climate Change and Impacts | |
| Climate Change Mitigation | |
| Climate Change Adaptation and Resilience | |
| Environmental Health | |
| Sustainability, Health, and Equity | |
| Independent Studies 2 | |
| Master Thesis 3 | |
| |
| 6 |
| Total Semester Hours | 30 |
M.S.E. in Civil Engineering with emphasis in Water Resources Engineering
Course List
| Code |
Title |
Semester Hours |
| CIVL 601 | Sustainable Water Quality and Resources | 3 |
| CIVL 625 | Applied Fluid Mechanics | 3 |
| CIVL 626 | Surface Water Hydrology 1 | 3 |
| CIVL 627 | Urban Water Systems and Stormwater Management | 3 |
| CIVL 628 | Groundwater Hydrology and Sustainable Management | 3 |
| CIVL 653 | Modeling Environmental and Water Resources Systems | 3 |
| 0 |
| Comprehensive Oral Exam (Non-thesis students) | |
| Thesis Defense (Thesis students) | |
| Thesis Defense (Thesis students) | |
| 18 |
| 9 |
| Applied Environmental Microbiology | |
| Environmental Engineering and Science Lab | |
| Aquatic Chemistry | |
| Contaminant Fate, Transport, and Remediation | |
| Water Treatment Processes | |
| Water Reuse and Desalination | |
| Advanced Integrated Water Treatment Systems | |
| Groundwater Contaminant Transport and Remediation | |
| Dams and Levees | |
| Remote Sensing with Civil Engineering and Environmental Science Applications | |
| Spatial Data Analysis and Geographical Information Systems | |
| 9 |
| 6 |
| Air Quality, Control, and Management | |
| Sustainable Waste Management | |
| Economics of Water and the Environment | |
| Sustainable Engineering | |
| Engineering Geology | |
| Ecosystem Services in Urban Landscapes | |
| Urban Coasts: Habitats, Stressors, and Resilience | |
| Environmental Toxicology and Health Risk | |
| Climate Change and Impacts | |
| Climate Change Mitigation | |
| Climate Change Adaptation and Resilience | |
| Environmental Health | |
| Sustainability, Health, and Equity | |
| Independent Studies and Independent Studies 2 | |
| Master Thesis 3 | |
| |
| 6 |
| Total Semester Hours | 33 |
