Master of Arts in Language Teaching
General Provisions
If the student has not taken undergraduate courses in a field of
specialization, he is required to take eighteen (18) units of qualifying
courses to be determined by the Academic Program Chairperson unless
otherwise specified in the curriculum;
The student may take more than the prescribed units in any
distribution in the curriculum to meet his career objective and
professional needs;
Free electives may be chosen from among the courses offered which are
outside the required subjects in the student’s curriculum;
If the student has completed courses substantially equivalent to the
required courses, he may waive the latter by application to the Dean.
Program Description
The Master in Industrial Engineering and Management (MIEM) is a graduate
program that combines a broad yet comprehensive education in engineering
and management with an awareness of practical applications in industry.
This program is well adapted to provide education and research
opportunities associated with the development of the knowledge, tools,
and methods required to make decisions and to shape policies, to design
engineering systems, and to solve operational problems associated with
the information-intensive, technology-based economy.
Vision
The Master in Industrial Engineering and Management program is
envisioned to be one of the excellent master’s program in the country,
integrating technology and mathematics with economy and management.
Mission
The program is designed to produce graduates with a unique ability,
based on a sound technological-mathematical foundation, to model,
analyze, solve, and communicate complex cross-disciplinary problems of
technical, economical and organizational nature, with the purpose of
developing industrial enterprises.
Objectives
- To provide advanced training in formulating systems development,
methods engineering and quality management
- To enhance skills in applying quantitative approaches in the
production/service environment
- To develop the capability to employ information technology in
business decision-making
- To advance the acquisition of skills in the use of statistical
tools and techniques in research
- To enhance competencies and leadership for extension and
community services
Curriculum
- Foundation/Core (12 units)
- IE 620 Engineering Probability and Statistics
- IE 621 Production Operations/Management
- IE 622 Computer Simulation for Engineering Risk and
Operations Analysis
- RH 600 Methods of Research
- Major (18 units)
- IE 624 Management Engineering Systems
- IE 625 Ergonomics and Safety
- IE 626 Project Management
- IE 627 Information Technology and Supply Chain Management
- IE 628 Organizational Behavior and Knowledge Management
- IE 629 Quality Assurance and Variability Reduction
- Electives/Cognates (6 units)
- RH 615 Seminar in Thesis Writing
- Any subject from allied field of specialization
- Thesis (6 units)
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