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Step inside one of Ateneo's esteemed courses

ABOUT THE PROGRAM

Management Engineering in a Gist

From accounting to law, the Management Engineering program is designed to equip students with a wide array of skills and knowledge for them to thrive in any industry.

 

The course teaches and applies mathematical, scientific, and systematic methods to business management and decision making. Here, students develop valuable competencies such as critical-thinking and problem-solving that enable them to perform and adapt to different roles and industries.

Admission Requirements

  1. ACET Exam: Applicants must be in the top 15 percentile of those taking the Ateneo College Entrance Test (ACET).

  2. High School Performance: They should have good to excellent grades in high school

  3. Senior High School Track: It is highly recommended that they come from the STEAM Track because of the level of mathematics they will encounter. Students from other SHS tracks will also be considered if they meet the ACET Entrance requirement.

Program Level Outcomes

  1. Develop a global perspective for use in nation building.

  2. Use interdisciplinary, analytical, and sustainable approaches to solving business problems.

  3. Use interdisciplinary, analytical, and sustainable approaches in creating innovative business models.

  4. Develop technical proficiency in their areas of business concentration

    1. ​Assess management functions of an organization in an actual or simulated environment.

    2. Make use of a systems thinking approach in analyzing and understanding business problem.

    3. Formulate solutions to business problems using various quantitative techniques.

    4. Adopt a data driven approach with the help of information technology for effective managerial decision making.

    5. Apply soft skills related to working effectively in groups to achieve desired goals.

  5. Show an understanding of how to exercise personal moral and ethical standards

  6. Demonstrate an understanding of transformative service leadership principles

Retention Requirements

For freshmen: 2.0 QPI for all the major subjects of JGSOM and the M.E. program at the end of 1st year

For sophomores: Cumulative QPI of 2.5 for all the major subjects in 1st and 2nd year

For juniors. Cumulative QPI of 2.5 for all the major subjects from 1st year to the 1st semester of 3rd year

GENERAL NOTES

Until the first semester of their 3rd year, ME students...

  • Must maintain a cumulative QPI of 2.5 at the end of each year

  • Cannot underload any semester or withdraw from any major subject unless under a Leave of Absence (LOA)

  • Cannot receive more than one grade of "D" in any subject (major and non-major)

  • Cannot receive a grade of "F" in any subject

LAS 21

Principles of Management

This course introduces the basics of effective management, focusing on the key tasks of planning, organizing, directing, and controlling. It shows how managers lead teams and use resources like people, money, and materials to keep a business running smoothly and successfully.

DECSC 22

Introduction to Management Science

In this course, students learn how to make smart decisions using math and systems thinking in management. They'll study how to analyze cases, make simple models, use spreadsheets, and visualize data. The second half of the course focuses on tools like decision trees and basic financial models to make better decisions based on numbers.

MATH 31.1

Mathematical Analysis IA (Calculus 1)

This course is the first part of a three-course series on calculus, focusing on functions of one variable. It starts with functions and their graphs, then moves into limits, continuity, and derivatives. Students will also learn how to use these concepts to solve problems like optimization and graph sketching, with an emphasis on formal mathematical proofs.

MATH 31.2

Mathematical Analysis IB (Calculus 2)

This course is the second part of a three-part series on calculus, focusing on integrals and how they're used. It explores the Riemann integral, its link to derivatives, and how integrals can calculate lengths, areas, and volumes. Students will also look at how integrals are applied in economics, physics, biology, and other sciences.

Course Curriculum

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