GRADUATE ATTRIBUTES

INSTITUTIONAL LEARNING OUTCOMES

PROGRAM OUTCOMES

PERFORMANCE INDICATORS

1. Engineering Knowledge

ILO3, ILO4

Graduates of the MECHANICAL ENGINEERING programs are MECHANICAL ENGINEERS who:

a.  Solve mechanical engineering problems by applying knowledge of mathematics and science;

·         Apply mathematical methods in solving engineering problems.

·         Use fundamental concepts and theories of science in the formulation of engineering problems.

·         Perform mathematics and mechanical engineering calculations.

2. Investigation

ILO2, ILO5, ILO13

b.  design and conduct experiments as well as to analyze and interpret data;

·         Perform testing/ experiments, analyze, and interpret results/ data in the laboratory setting.

·         Apply academic theory into engineering proposals to solve engineering problems.

·         Articulate mechanical engineering ideas or problems in sketches, drawing, or diagrams effectively by analyzing and interpreting the data and use engineering judgement to draw conclusions.

3. Design/ development of solutions

ILO1, ILO2, ILO5

c. design a system component or process to meet desired needs within realistic constraints in accordance with standards;

·         Design optimum system and component of mechanical engineering facilities and infrastructures to meet desired needs within realistic constraints in accordance with the applicable standards.

·         Propose and defend a mechanical engineering projects for efficient and safe implementation of design

·         Use of engineering techniques to evaluate design performance vs. prescribed constraints (cost, environment, safety etc.)

4. Individual and Team work

ILO2, ILO5, ILO10

d. function in multidisciplinary and multi-cultural teams;

·         Demonstrate commitment to teamwork while working with others in multidisciplinary and multi-cultural teams

·         Function effectively in multi-disciplinary project and mechanical engineering teams.

·         Perform group works, experiments, and projects.

5. Problem Analysis

ILO3, ILO4

e. identify, formulate, and solve mechanical engineering problems;

·         Evaluate engineering calculations manually and by use of applicable software

·         Apply proper and accurate transformations of science and engineering problems into solvable mathematical models.

·         Apply academic theory into engineering proposals to solve engineering problems

·         Solve a problem using engineering methods, tools and instruments.

6. Ethics Understanding and level of practice

ILO1, ILO6, ILO11

f. practice professional and ethical responsibility;

·         Act professionally and ethically and recognize the impact of liability issues in mechanical engineering projects that upholds the dignity of the Mechanical Engineering profession.

·         Follow the Mechanical Engineering laws and code of ethics.

·         Perform given tasks with adherence to professional and ethical standards.

7. Communication

ILO1, ILO3, ILO4, ILO9

g. communicate effectively;

·         Propose and defend a mechanical engineering project.

·         Demonstrate technical writing and public speaking abilities

·         Express ideas orally and through written mean

8. Environment and Sustainability

ILO5, ILO2

h. innovate engineering solutions that will bring impact in a global, economic, environmental, and societal context;

·         Propose and defend mechanical engineering projects.

·         Defend the impact of the proposed project in a global, economic, environmental, and societal context.

·         Obtain knowledge and information which focuses on how global, economic, environmental, and social issues impact the design of mechanical engineering project.

9. Lifelong learner

ILO2, ILO3

i. engage in life-long learning and keep abreast with the developments in Mechanical Engineering

·         Allocate time for personal and professional development thru participation in technical seminars and workshops, read engineering materials regularly, and engage in engineering research and pursue graduate studies.

·         Active membership in professional organization and active participations in the various activities relating to the mechanical engineering profession.

·         Recognize the need in life-long learning and to engage in continuing professional development of engineering skills locally or globally through participation in conferences, seminars, workshops, and self-study.

10. The Engineer and Society

ILO3, ILO5, ILO7

j. appropriately act on contemporary issues;

·         Competent in addressing the needs for technology transfer.

·         Demonstrate peer-recognized expertise together with the ability to articulate that expertise and use it for contemporary issues and problem solving in the analysis, design, and evaluation of mechanical engineering practices.

·         Utilize techniques and skills using modern engineering methods and tools needed in mechanical engineering practices.

11. Modern Tool Usage

ILO4

k. use techniques, skills, and modern engineering tools necessary for mechanical engineering practice; and

·         Illustrate appropriate software in mechanical engineering design.

·         Perform engineering calculations by use of modern tools, equipment, software needed for engineering practice.

·         Utilize techniques and skills using modern engineering methods and tools needed in mechanical engineering practices.

12. Project Management and Finance

ILO2, ILO4, ILO5

l. act as a member and leader of a team to manage projects in a multidisciplinary environment by applying engineering and management principles.

·         Propose and defend mechanical engineering projects.

·         Apply academic theory into mechanical engineering proposals to solve engineering problems.

·         Demonstrate commitment to teamwork while working with others in multidisciplinary teams.