Online Course – Certified Professional Internship in Piling Construction and Construction Methods by L&T EduTech

Mastery in crane work. Column foundation design: from concept to construction.

Suggested by: Coursera (What is Coursera?)

Professional Certificate

Advanced

No prior knowledge required

Time to complete the course

7-day free trial

No unnecessary risks

Skills you will acquire in the course

  • Creating projects
  • Data analysis skills
  • Types of programming languages
  • Working with databases
  • Understanding algorithms
  • Developing problem solutions
  • User interface design
  • Software architecture design
  • Use of technological tools
  • Working in teams

What you will learn in the course

Courses for which the course is suitable

  • Drilling Engineer
  • Foundation Engineer
  • Drilling Quality Inspector
  • Environmental Safety Specialist
  • Drilling project manager
  • Drilling Capacity Analyst
  • Deep Foundation Design Engineer
  • Drilling Testing Specialist
  • Quality Control Manager
  • Drilling software developer (such as PLAXIS 3D)

Internship – a course series of 3 courses

Our Deep Foundation Construction specialization includes three carefully constructed courses, each providing essential knowledge and practical skills on various drilling-related topics.

“In-depth Introduction to Fundamentals” course

  • Educates learners on fundamental design concepts in depth.
  • Including different drilling types and selection factors.
  • Students are familiar with basic terms, code requirements, and design considerations.
  • Laying strong foundations for deeper investigation.

“Ready and Advanced Drilling Fundamentals” Course

  • Includes advanced techniques and materials important for sophisticated drilling.
  • From pre-drilled design to metal drilling and continuous flow hole (CFA) drilling.
  • This course offers a comprehensive approach.
  • Practical insights from case studies prepare students for real-world scenes and contemporary drilling innovations.

“Drilling, Testing and Quality Control” Course

  • Focuses on critical issues such as well testing, quality assurance, and environmental safety.
  • Through systematic sediment testing, testing methodologies and quality control measures.
  • Students develop skills to estimate drilling capacity and predict subsidence.
  • Also deals with the important role of quantity surveying and software tools such as PLAXIS 3D.

Curriculum

This curriculum equips learners with excellent skills in building foundations in depth, bridging theoretical knowledge with practical application.

Hands-on Learning Project

Upon completion of the courses, learners will acquire the ability to effectively conceptualize and execute various types of foundations in depth. They will ensure adherence to code requirements, while incorporating industry insights at every stage of the design process.

Details of the courses that make up the specialization

Introduction to the Fundamentals of Column Work Course

  • Course 1
  • 11 hours

Course Details

What you’ll learn

The course “Introduction to the Fundamentals of Column Design” adopts a multidisciplinary approach, incorporating important aspects of geotechnical and structural engineering in the field of designing poured columns on site. The content is organized into five modules, providing a complete learning experience.

  • Module 1: The principles of building a strong foundation are taught. Learners will gain knowledge about the different types of foundations in column work and the factors that influence their selection. The basic concepts required for column design and execution will also be clarified. In addition, learners will be familiar with the basic code requirements for columns, which will provide a thorough understanding of design considerations.
  • Module 2: Learners will gain a thorough understanding of the process of constructing cast-in-place columns. The material includes real-world data describing various soil types to ensure a full understanding of the construction methodologies and considerations in BCIS column projects.
  • Module 3: Learners will acquire the skills necessary to design on-site poured columns for rocks. The information provided in the module includes practical insights that can be applied to real-world situations.
  • Module 4: Learners will discover the principles of construction of columns made of compressed materials. They will experience practical knowledge through real-life case studies, which will provide them with the skills to safely execute DCIS projects and guide them to successful execution and design.
  • Module 5: Learners will gain skills in identifying equipment and materials for deep-drilled columns, focusing on design based on relevant data, demonstrating proficiency in soil analysis, and creating practical designs that are appropriate for specific site conditions and applications.

Target audience:

  • Undergraduate students in civil engineering
  • Master’s degree students in Geotechnical Engineering
  • Professionals working on projects in the field of columns
  • Civil Engineering Faculty

Prerequisites:

  • Soil mechanics
  • Foundation Engineering
  • Reinforced concrete design

Skills you will gain

  • Category: Basic knowledge of page types and factors for choosing them
  • Category: Skill in designing poured columns on site for rocks
  • Category: Skill in working with compressed columns and engineering
  • Category: Ability to execute and design columns with deep drilling
  • Category: Technical expertise in website page builders
  • Category: Understanding page design terms and code requirements

Ancient and advanced foundations in pillar work

  • Course 2
  • 9 hours
  • 4.9 (12 ratings)

Course Details

What you’ll learn

The course “Ancient and Advanced Foundations in Column Work” adopts a multidisciplinary approach, covering important aspects of geotechnical engineering and structural engineering in foundation design in five modules.

  • Module 1: Learners will understand the design and execution of curved front pillars with an emphasis on material and equipment selection. Practical insights from a case study will help learners execute designs in real-world situations.
  • Module 2: Learners will learn the execution of cast-in-place columns in pre-drilled holes, understanding the critical materials and equipment.
  • Module 3: Learners will explore the types of polymer columns and advanced column work. This module equips learners with knowledge of applications, construction techniques and design principles for these advanced foundation systems.
  • Module 4: Learners will learn about the latest innovations in column work, with an emphasis on rotating columns and helical column work. This includes understanding applications, construction techniques and design principles, and shows how technology is optimizing our engineering.

Target audience:

  • Undergraduate students in civil engineering
  • Master’s degree students in Geotechnical Engineering
  • Professionals working on projects in the field of columns
  • Civil Engineering Faculty

Prerequisites:

  • Soil mechanics
  • Foundation Engineering
  • Reinforced concrete design
  • Pillar work basics

Skills you will gain

  • Category: Proficiency in designing and executing front pages
  • Category: Ability to install front posts in pre-drilled holes
  • Category: Expertise in implementing processes in rotating and helical column work
  • Category: Understanding polymer column types and columns in spiral works

Groups, tests and quality control in page work

  • Course 3
  • 8 hours

Course Details

What you’ll learn

This course covers critical aspects of page groups, testing, and quality control, with an emphasis on page testing, quality control, and resolving performance challenges, in four well-structured modules.

  • Module 1: Learners will explore the settlement of column groups and its relationship to soil properties. They will also acquire skills to estimate the capacity of column groups and predict settlement in different soil types.
  • Module 2: Learners will gain knowledge about page testing methods and how to apply them in practice, to validate theoretical designs.
  • Module 3: Learners will understand the importance of maintaining quality and quality assurance in masonry work. Learners will also acquire skills to ensure health and environmental operations on site.
  • Module 4: This course provides learners in the fourth module with an understanding of the central role of quantity take-off in column work. They will understand the challenges that exist during column execution and discover effective solutions. They will also gain insights into the use of column analysis software, with a particular focus on proficiency in PLAXIS 3D.

Target audience:

  • Undergraduate students in civil engineering
  • Master’s degree students in Geotechnical Engineering
  • Professionals working on projects in the field of columns
  • Civil Engineering Faculty

Prerequisites:

  • Soil mechanics
  • Foundation engineering
  • Reinforced concrete design
  • Pillar work basics

Skills you will gain

  • Category: Proficiency in assessing the settlement of column groups and predicting their capacity
  • Category: Ability to apply actual page testing methods to evidence
  • Category: Proficiency in quality assurance and control in column work, in accordance with health and environmental requirements
  • Category: Proficiency in using column analysis software, especially PLAXIS 3D
  • Category: Proficiency in identifying and resolving page performance challenges and implementing effective remediation strategies.