MASTER OF ENGINEERING MAJOR IN CIVIL ENGINEERING
Curriculum Year : 2022
First Year, 1st Semester
| Subj No. |
Subj Code |
Description |
Units |
Pre-requisites |
Co-requisites |
| 8705 |
MEP105 |
COMPUTER FUNDAMENTALS |
3 |
|
|
| 8706 |
MEP106 |
TECHNICAL COMMUNICATION |
3 |
|
|
| 8701 |
MEP101 |
STATISTICAL METHODS |
3 |
|
|
| 8757 |
MEP118 |
MATHEMATICS FOR ENGINEERING |
3 |
|
|
First Year, 2nd Semester
| Subj No. |
Subj Code |
Description |
Units |
Pre-requisites |
Co-requisites |
| 8709 |
MEP109 |
OPTIMIZATION TECHNIQUES |
3 |
|
|
| 8730 |
MEP105R |
MATHEMATICAL THEORIES, TOOLS & APPLICATIONS |
3 |
|
|
| 8746 |
MEP107R |
ADVANCED METHODS OF RESEARCH |
3 |
|
|
| 700358 |
MEP321 |
ADVANCED FOUNDATION ENGINEERING |
3 |
|
|
First Year, Summer
| Subj No. |
Subj Code |
Description |
Units |
Pre-requisites |
Co-requisites |
| 700354 |
MEP317 |
ADVANCED REINFORCED CONCRETE DESIGN |
3 |
|
|
| 700355 |
MEP318 |
ADVANCED STRUCTURAL ANALYSIS |
3 |
|
|
Second Year, 1st Semester
| Subj No. |
Subj Code |
Description |
Units |
Pre-requisites |
Co-requisites |
| 700369 |
MEP332 |
WATER RESOURCES MANAGEMENT & TREATMENT WITH LAB |
3 |
|
|
| 700367 |
MEP330 |
GEOTECHNICAL CASE STUDIES |
3 |
|
|
| 700320 |
MEP272 |
INDUSTRY PROJECT PAPER I |
3 |
|
|
Second Year, 2nd Semester
| Subj No. |
Subj Code |
Description |
Units |
Pre-requisites |
Co-requisites |
| 700321 |
MEP273 |
INDUSTRY PROJECT PAPER II |
3 |
|
|
| 7153 |
MR600 |
VINCENTIAN HERITAGE |
3 |
|
|
Professional Course Subjects
MR600 - VINCENTIAN HERITAGE Credits: 3
| Course Title: |
VINCENTIAN HERITAGE |
| Course Code |
MR600 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
This course deals with the life, spirituality, mission and the legacy of St. Vincent de Paul, Patron Saint of Adamson University, and the “family” of collaborators and groups that were either founded by him or draw their inspiration from him: groups who, out of a sense of shared humanity, compassion and love for God, are working for and with suffering human beings who are mostly poor, abandoned, marginalized, oppressed, and powerless. Students find out who St. Vincent de Paul was, what his legacy was, why he is still relevant today, and what they can learn from his heritage that will create an impact in the world especially among the socially disadvantaged sectors. |
General Education subjects
MEP321 - ADVANCED FOUNDATION ENGINEERING Credits: 3
| Course Title: |
ADVANCED FOUNDATION ENGINEERING |
| Course Code |
MEP321 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
Design of foundation, design criteria, bearing capacity, shallow foundations, deep foundations and anchors, settlement of foundations, earth pressure and retaining structures, deep excavation, stability analysis, foundation of tall buildings, forensic geotechnical engineering. |
MEP107R - ADVANCED METHODS OF RESEARCH Credits: 3
| Course Title: |
ADVANCED METHODS OF RESEARCH |
| Course Code |
MEP107R |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
Review of descriptive statistics and basic research methodology, experimental method and research design including one way ANOVA, factorial designs, repeated measures, ANACOVA and analysis of main effects, simple effects and interaction comparisons. It also includes problems in multivariate regression analysis, multivariate analysis of nominal and ordinal data, structural equation models and methods for analyzing longtitudinal data, students learn how to choose appropriate methodology for variety of research problems. |
MEP317 - ADVANCED REINFORCED CONCRETE DESIGN Credits: 3
| Course Title: |
ADVANCED REINFORCED CONCRETE DESIGN |
| Course Code |
MEP317 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
Structural design concept of reinforced concrete, ultimate limit state, serviceability; review of specifications; creep and shrinkage; shear and torsion; ductility and deflections, innovation design solutions with high-strength and fiber-reinforced concrete. |
MEP318 - ADVANCED STRUCTURAL ANALYSIS Credits: 3
| Course Title: |
ADVANCED STRUCTURAL ANALYSIS |
| Course Code |
MEP318 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
Theory and applications of modern structural analysis. Direct stiffness method. Matrix formulations. Virtual work principles. Numerical solution methods. Modeling and practical analysis of large frame structures. Elastoplastic analysis of frames. P-delta effects. |
MEP330 - GEOTECHNICAL CASE STUDIES Credits: 3
| Course Title: |
GEOTECHNICAL CASE STUDIES |
| Course Code |
MEP330 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
This course provides exposure to various aspects of geotechnical engineering practice through a wide range of project case studies presented by local and international practicing geotechnical engineers. The case studies are used to demonstrate how to identify important site parameters within the site data and how these parameters might affect the project design. |
MEP272 - INDUSTRY PROJECT PAPER I Credits: 3
| Course Title: |
INDUSTRY PROJECT PAPER I |
| Course Code |
MEP272 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
This course is a means for the student to show his/her ability to integrate all knowledge and skills acquired by designing or improving integrated system during immersion. The course provides mastery of problem identification, formulation and problem solution by devising method of problem solving which integrate all knowledge and skill acquired during the program. This course is an internship program in industry for 2 (two) months, followed by report writing and presentation seminar. The course provides real world working environment perspective and real experience of working in industry for the student. The course outcome is a final project proposal which will be implemented in the following semester. |
MEP273 - INDUSTRY PROJECT PAPER II Credits: 3
| Course Title: |
INDUSTRY PROJECT PAPER II |
| Course Code |
MEP273 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
This course is a means for the student to complete the analysis of the data gathered during immersion in Industry Project Paper I. This course studies the method for communicating the result of design and research professionally. The course provides ability to conduct a research and to communicate research result in writing as well as in presentation format. |
MEP105R - MATHEMATICAL THEORIES, TOOLS & APPLICATIONS Credits: 3
| Course Title: |
MATHEMATICAL THEORIES, TOOLS & APPLICATIONS |
| Course Code |
MEP105R |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
Linear algebra: linear independence, linear spaces, subspaces, basis, dimension, rank, matrix factorisations, eigenvalue problems, singular value decomposition; principal component analysis. Riccati, Bessel, Legendre equations; Lyapunov equations; phase portraits; Partial differential equations; Vector calculus: gradient, divergence, and curl, line and surface integrals. Random processes; theory of distributions; normal, binomial, exponential, and Poisson distributions; estimation, confidence intervals, and hypothesis testing |
MEP118 - MATHEMATICS FOR ENGINEERING Credits: 3
| Course Title: |
MATHEMATICS FOR ENGINEERING |
| Course Code |
MEP118 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
The course includes topics on engineering functions, trigonometric functions, discrete mathematics, sequences and series vectors, matrix algebra, complex numbers, techniques of differentiation, techniques of integration, application of integration, numerical integration, Taylor polynomials, Taylor series, Maclaurin series |
MEP109 - OPTIMIZATION TECHNIQUES Credits: 3
| Course Title: |
OPTIMIZATION TECHNIQUES |
| Course Code |
MEP109 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
This course will provide graduate students with the systematic training in the use of continuous optimization (i.e. mathematical programming) techniques in research and applications. The materials to be covered are structured to build on the students’ knowledge on both unconstrained and constrained nonlinear optimization and emphasis will be placed on learning practical solution techniques. The progression of the topics is designed to add depth and breadth to the concept and applications of optimization techniques, one-dimensional Minimization Method, Constrained minimization Method, Dynamic programming, and integer programming |
MEP101 - STATISTICAL METHODS Credits: 3
| Course Title: |
STATISTICAL METHODS |
| Course Code |
MEP101 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
The course deals with the application of statistical techniques and concepts to maximize the amount and quality of information resulting from experiments. After a brief introductory summary of fundamental concepts in probability and statistics, topics considered will include probability distributions, sampling distributions, estimation and confidence intervals for parameters of statistical distributions, hypothesis testing, design and analysis of variance for single and multiple-factor experiments, regression analysis, estimation and confidence intervals for parameters of non-statistical models , and statistical quality control. |
MEP106 - TECHNICAL COMMUNICATION Credits: 3
| Course Title: |
TECHNICAL COMMUNICATION |
| Course Code |
MEP106 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
The course focuses on logical structure of technical reports, strategies, ways to use teamwork, laboratory notebooks and report format to help with the writing process, editing for style and usage, and editing for grammar and punctuation. |
MEP332 - WATER RESOURCES MANAGEMENT & TREATMENT WITH LAB Credits: 3
| Course Title: |
WATER RESOURCES MANAGEMENT & TREATMENT WITH LAB |
| Course Code |
MEP332 |
| Credit Units |
3 Unit/s |
| Prerequisite |
|
| Course Description |
This course focuses on laboratory training of typical routinely performed wastewater analyses, e.g. measurement of inorganic constituents in wastewaters by means of probes (pH, alkalinity), organic sum parameters (TOC, COD), determination of biomass. |
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Enrollment Procedure and Requirements
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