CIE-110_Civil-Engineering-Orientation

PHINMA EDUCATION: CIE 110 - Civil Engineering Orientation

Overview

  • PHINMA Education focuses on improving lives through quality education.

  • CIE 110 serves as an orientation for Civil Engineering, highlighting essential concepts, history, and professional practices.

Syllabus

  1. History of Civil Engineering

    • Understand its historical development and significance.

  2. Civil Engineers' Practices

    • Explore professional responsibilities and societal interactions.

  3. Current Trends

    • Examine contemporary developments in the field of Civil Engineering.

  4. Sustainability and Future

    • Familiarize with the relationship between Civil Engineering, sustainability, and environmental concerns.

  5. Environmental Science Connection

    • Understand how Civil Engineering relates to environmental science.

Grading System

  • Final Grade Calculation: FG=(0.33xP1) + (0.33xP2) + (0.34xP3)

  • Periodical Grade Calculations:

    • P1 = (0.40xEXAM) + (0.30xQAVE) + (0.30xASP)

    • P2 = (0.40xEXAM) + (0.30xQAVE) + (0.30xASP)

    • P3 = (0.40xEXAM) + (0.30xQAVE) + (0.30xASP)

Lesson: History of Civil Engineering

Learning Objectives

  • State the historical evolution of civil engineering.

  • Identify the key functions of a civil engineer.

Lesson Introduction

  • Civil engineering has roots in ancient activities focused on manipulating the environment for human needs.

  • Defined by the progression from basic survival techniques to advanced engineering practices over generations.

Historical Structures

  • Noteworthy examples include:

    • Pyramids of Giza (c. 2600 B.C.): Built with over 2.3 million stone blocks.

    • Great Wall of China (214 B.C.): Stretching approximately 2,250 km.

    • Colosseum: Completed in 80 A.D., showcasing Roman engineering.

    • Fort Santiago: A historical site in the Philippines significant in local history.

Functions of Civil Engineers

  • Main Responsibilities:

    • Conduct feasibility studies and site investigations.

    • Oversee design and construction processes, ensuring compliance with regulations.

    • Manage projects to ensure proper maintenance and functionality over time.

  • Specializations can include:

    • Consulting, Contracting, and Government Engineering.

Future of Civil Engineering

Specializations and Fields

  • Fields:

    • Geotechnical Engineering

    • Structural Engineering

    • Environmental Engineering

    • Transportation Engineering

    • Water Resources Engineering

  • Roles in Society: Design, manage, and maintain essential infrastructure and public works.

Key Activities

Skill-building Activities

  • Identify Historical Figures & Structures: Match influential figures with their respective structures in civil engineering.

  • What I Learned Today: Reflection on advancements in civil engineering.

Lesson Wrap-Up

Evaluation Questions

  1. What is the most important thing learned today?

  2. Which topic would the students like to explore further?

  3. Identify any difficult concepts.

FAQs Section

  1. Importance of Mathematics: Essential in problem-solving, but not a barrier to entering the f

  2. Drawing Skills: Helpful but can be aided by technological tools such as CAD.

Conclusion

  • Commitment and excellence are key foundations for success in civil engineering, emphasizing the importance of lifelong learning and adaptation in this evolving field.