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ACADEMIC EXCELLENCE IN CIVIL ENGINEERING: Integrating Innovation in Design and Practice

A Free Exclusive Technical Seminar for Engineers in Academe

Elevate your expertise and stay ahead of the curve with this technical seminar designed for civil engineers in academe! Learn the latest industry innovations and cutting-edge software applications across multiple specializations.

This seminar is for faculty members, researchers, and professionals in academe who aim to enhance their knowledge and instructional strategies in civil engineering education. 

This seminar comes with PRE-APPROVED 1.50 CPD UNITS FOR CIVIL ENGINEERS upon completion.

BATCH 1: APRIL 22, 2025 TUE (8am-5pm)

BATCH 2: APRIL 23, 2025 WED (8am-5pm)

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LIMITED SLOTS ONLY! Only those with confirmed slots will be accommodated. Kindly wait for our call and/or email for confirmation of slot.

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Course Description

This technical seminar is designed for civil engineering educators and professionals in academe seeking to integrate modern industry practices into academic instruction. The program explores innovative methodologies in structural and geotechnical engineering, transportation infrastructure, and construction management, emphasizing the application of advanced engineering principles and technology-driven solutions. Topics include structural analysis and design, roadway modeling, construction planning, and geotechnical analysis using numerical modeling. By fostering a deeper understanding of these key areas, the seminar equips participants with industry-aligned knowledge, enhancing their ability to prepare future engineers for evolving professional challenges.

This seminar aims to enhance the capability of civil engineering educators by introducing innovative approaches and technological advancements in structural, transportation and highway, construction project management, and geotechnical engineering. It seeks to integrate industry-relevant knowledge into academic instruction, ensuring that students are equipped with practical and theoretical expertise aligned with current engineering practices. By the end of the seminar, participants will be able to:

  • Understand the fundamental principles and best practices in structural design for both concrete and steel buildings, including compliance with seismic and wind load parameters.
  • Explore technology-driven approaches to roadway modeling and design, addressing the challenges of modern transportation systems in the Philippines.
  • Gain knowledge in construction project planning, scheduling, and management using structured methodologies like the Critical Path Method (CPM) and visualization tools.
  • Examine geotechnical analysis techniques, including slope stability assessment using numerical modeling methods such as the Limit Equilibrium Method (LEM) and the Finite Element Method (FEM).
  • Appreciate the role of advanced engineering tools in enhancing academic instruction and research, enabling better integration of innovative technologies in civil engineering curricula.

This seminar is ideal for faculty members, researchers, and professionals in academe who aim to enhance their knowledge and instructional strategies in civil engineering education. A fundamental understanding of engineering principles, including structural design, geotechnical concepts, and construction standards, is recommended. While prior exposure to engineering software is beneficial, the seminar does not require hands-on proficiency, making it suitable for educators seeking to integrate emerging technologies and industry best practices into their teaching approach.

No Prerequisites.

COURSE OUTLINE

STRUCTURAL DESIGN CRITERIA OF BUILDINGS – (0.50 HOURS)

  • STRUCTURAL DESIGN PROCESS
  • CODE REFERENCES
  • GRAVITY LOAD ASSUMPTIONS
  • SEISMIC AND WIND PARAMETERS

CONCRETE BUILDING DESIGN – (0.75 HOURS)

  • BEAMS OF SPECIAL REINFORCED CONCRETE MOMENT FRAMES
  • COLUMNS OF SPECIAL REINFORCED CONCRETE MOMENT FRAMES

STEEL BUILDING DESIGN – (0.75 HOURS)

  • FLEXURAL DESIGN (MANUAL CALCULATION)
    • FLEXURAL YIELDING ABOUT THE MAJOR AND MINOR AXIS
    • LATERAL TORSIONAL BUCKLING
  • FLEXURAL DESIGN (STAAD VERIFICATION)
    • FLEXURAL YIELDING ABOUT THE MAJOR AND MINOR AXIS
    • LATERAL TORSIONAL BUCKLING

INTRODUCTION TO TRANSPORTATION ENGINEERING AND THE STATE OF TRANSPORTATION IN THE PHILIPPINES – (0.50 HOURS)

  • FUNDAMENTALS OF TRANSPORTATION ENGINEERING
    • ROLE OF TRANSPORTATION ENGINEERING IN INFRASTRUCTURE DEVELOPMENT
  • THE STATE OF TRANSPORTATION IN THE PHILIPPINES
    • CURRENT TRANSPORTATION CHALLENGES (CONGESTION, ROAD SAFETY, INFRASTRUCTURE GAPS)
    • GOVERNMENT INITIATIVES AND POLICIES FOR ROADWAY DEVELOPMENT
    • THE ROLE OF TECHNOLOGY IN MODERNIZING TRANSPORTATION SYSTEMS

TECHNOLOGY-DRIVEN MODELING AND DESIGN OF ROADWAY – (1.50 HOURS)

  • SURVEY DATA TO SURFACE
  • ALIGNMENT DESIGN
  • ROAD CROSS SECTION
  • CORRIDOR DESIGN AND MODIFICATION

INTRODUCTION TO CONSTRUCTION PROJECT MANAGEMENT – (0.25 HOURS)

  • FUNDAMENTALS OF CONSTRUCTION PROJECT MANAGEMENT
  • PROJECT MANAGEMENT PROCESS GROUPS
  • CHALLENGES IN TRADITIONAL PROJECT MANAGEMENT

TECHNOLOGY-DRIVEN CONSTRUCTION PLANNING AND SCHEDULING – (1.75 HRS)

  • WORK BREAKDOWN STRUCTURE (WBS) AND ACTIVITIES
    • OVERVIEW OF WBS AND ACTIVITIES
    • ACTIVITY TYPES AND RELATIONSHIPS
    • CREATION OF WBS AND ACTIVITIES
  • CRITICAL PATH METHOD SCHEDULING
  • RESOURCES AND COSTS
  • PROJECT MONITORING
  • VISUALIZING AND SIMULATING CONSTRUCTION ACTIVITIES

FUNDAMENTALS OF SLOPE STABILITY ANALYSIS – (0.50 HOURS)

  • KEY CONCEPTS AND TERMINOLOGIES
    • OVERVIEW OF SLOPE STABILITY, SAFETY FACTORS, FAILURE MECHANISMS, ETC.
  • ANALYSIS TECHNIQUES
    • BRIEF DESCRIPTION OF LIMIT EQUILIBRIUM METHODS (LEM) AND FINITE ELEMENT METHODS (FEM)
    • DISCUSSION ON THE ADVANTAGES AND LIMITATIONS OF EACH METHOD

GEOTECHNICAL SOFTWARE IN MODERN ANALYSIS – (0.25 HOURS)

  • NUMERICAL MODELING
    • IMPORTANCE OF COMPUTER-BASED ANALYSIS IN GEOTECHNICAL ENGINEERING
  • NUMERICAL MODELING TOOLS
    • DISCUSSION ON THE RELEVANCE OF THESE TOOLS IN THE ACADEME

LIMIT EQUILIBRIUM METHOD ANALYSIS – (0.50 HOURS)

  • FUNDAMENTALS
  • CONCEPT OF SLIP SURFACES
  • CASE STUDY: RAINFALL INDUCED INSTABILITY
    • EXPLORING THE EFFECT OF SUCTION STRENGTH AND POREWATER PRESSURES ON SLOPES
    • BRIEF LOOK AT REINFORCEMENT MODELING AND ITS EFFECT ON FOS

FINITE ELEMENT METHOD ANALYSIS – (0.50 HOURS)

  • FUNDAMENTALS
  • CONCEPT OF STAGED CONSTRUCTION
  • CASE STUDY: SLOPE STABILITY FOR A ROAD CONSTRUCTION PROJECT
    • MODELING CUTTING AND EMBANKMENT SCENARIOS
    • INCORPORATING REINFORCEMENT MODELING FOR IMPROVED STABILITY

PRACTICAL APPLICATIONS – (0.25 HOURS)

  • REAL LIFE SCENARIOS AND CLASSROOM TECHNIQUES
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