Site Investigation from Coursera

Welcome to the comprehensive Site Investigation course, unfolding across four enlightening modules crafted to provide learners with a profound understanding of the complex world beneath our feet. In Module 1, participants will delve into diverse site investigation types, methods, and codal provisions, gaining practical insights to adeptly select drilling and sampling approaches tailored to specific soil conditions. Module 2 will take learners on an exploration of field tests, including SPT, SCPT, DCPT, and Plate Load Tests, fostering proficiency in conducting these tests and providing a nuanced understanding of alternative methods such as Vane Shear Test and Pressuremeter Tests. In Module 3, learners will unravel the essentials of site investigation reports, mastering the analysis of crucial data while delving into the intricacies of liquefaction susceptibility and mitigation methods. Finally, Module 4 will immerse learners in a Virtual Laboratory for soil testing, where they will acquire hands-on skills in conducting tests like liquid limit, plastic limit, compaction, shear strength, consolidation, and permeability—essential tools for their journey into the realm of site investigation and engineering applications.

To strengthen acquired knowledge and ensure a continuous learning flow, learners are encouraged to regularly participate in the course on a weekly basis. Consistent review of topics not only fosters clarity but also deepens understanding. Quizzes and assignments are thoughtfully designed to evaluate learners' comprehension, and in instances of difficulty in recall, revisiting content for better understanding is always an option. Supplementary reading materials are provided for additional information and in-depth analysis. Learners are urged to explore these materials, as they delve into practical aspects and real industry cases. Active engagement in the discussion forum is strongly advocated. Collaborating with peers facilitates the exchange of ideas and perspectives, fostering a cooperative learning environment. Interacting with peers proves valuable for validating and reinforcing learning.

The course, meticulously crafted and presented by professionals with extensive industry expertise, provides an excellent opportunity to glean insights from seasoned masters. Get ready to uncover the secrets beneath the surface and build a solid foundation of knowledge in Site Investigation!

What's inside

Syllabus

Soil Investigation and Exploration Methods

Learners will be able to explore various soil investigation types, methods, and codal provisions. Additionally, learners will acquire practical knowledge to choose appropriate drilling and sampling approaches based on specific soil conditions.

Methods of Field Testing

Learners will acquire a thorough understanding of field tests, including SPT, SCPT, DCPT, and Plate Load Tests. Learners will develop the proficiency to conduct field testing using these methods, improving their comprehension of the observed results. Furthermore, learners will gain detailed insights into alternative field tests such as Vane Shear Test, Flat Dilatometer Test, Pressuremeter Tests, and Field Density Tests. Learners will attain the ability to perform field testing using these alternative methods and achieve a more nuanced understanding of the obtained results.

Data Interpretation and Liquefaction Analysis

Learners will be able to explore the essential data needed in reports and the corresponding analysis methods. Learners will gain the capability to comprehend soil investigation reports and utilize the provided data for further analysis. Additionally, learners will acquire knowledge about liquefaction susceptibility and mitigation methods, enabling them to understand soil vulnerability to liquefaction and its impact on foundation design.

Virtual Laboratory Testing of Soil

In this module, learners will embark on a comprehensive exploration of Virtual Laboratory for soil testing. Throughout this immersive learning experience, learners will be able to cover a spectrum of topics, from index and engineering properties to specific tests like liquid limit, plastic limit, and grain size analysis. By delving into practical aspects of compaction, shear strength testing, consolidation, and permeability, learners will acquire essential skills for analyzing and interpreting various soil properties crucial for engineering applications.

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Provides a virtual laboratory experience for soil testing, which allows learners to practice essential skills in a risk-free environment and to prepare for real-world scenarios

Explores soil investigation types, methods, and codal provisions, which are essential for ensuring structural integrity and safety in construction projects

Teaches field tests like SPT, SCPT, and Plate Load Tests, which are standard procedures for assessing soil properties and informing foundation design

Covers liquefaction susceptibility and mitigation methods, which are critical for designing structures in earthquake-prone regions and ensuring their stability

Presented by L&T EduTech, which may provide learners with insights into industry best practices and real-world applications of site investigation techniques

Requires consistent review of topics and active engagement in discussion forums, which may pose a challenge for learners with limited time or those who prefer self-paced learning

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Site Investigation with these activities:

Review Soil Mechanics Fundamentals

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Strengthen your understanding of fundamental soil mechanics principles. This will provide a solid foundation for understanding site investigation techniques and data interpretation.

Browse courses on Soil Mechanics

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Review your notes from previous soil mechanics courses.
Work through practice problems related to stress distribution and consolidation.
Familiarize yourself with key soil properties and their significance.

Review 'Soil Mechanics' by T. William Lambe and Robert V. Whitman

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Gain a deeper understanding of soil mechanics principles. This book provides a strong theoretical foundation for interpreting site investigation data.

View Soil Mechanics on Amazon

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Read the chapters related to soil properties and effective stress.
Work through the example problems in the book.
Relate the concepts in the book to the site investigation methods covered in the course.

Follow Online Tutorials on SPT and CPT Data Interpretation

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Enhance your ability to interpret SPT and CPT data. These tutorials provide practical guidance on data analysis and correlation with soil properties.

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Search for online tutorials on SPT and CPT data interpretation.
Follow the tutorials and work through the example datasets.
Compare the results from the tutorials with the methods discussed in the course.

Four other activities

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Review 'Geotechnical Engineering: Principles and Practices' by Donald P. Coduto, Man-chu Ronald Yeung, and William A. Kitch

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Broaden your understanding of geotechnical engineering principles. This book provides a practical perspective on site investigation and its role in geotechnical design.

View Geotechnical Engineering, 2Nd Edn on Amazon

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Read the chapters related to site investigation and soil testing.
Review the case studies presented in the book.
Relate the concepts in the book to the course materials.

Create a Presentation on Liquefaction Mitigation Techniques

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Solidify your understanding of liquefaction mitigation methods. Creating a presentation will require you to research and synthesize information from various sources.

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Research different liquefaction mitigation techniques.
Prepare a presentation outlining the principles and applications of each technique.
Include case studies of successful liquefaction mitigation projects.
Present your findings to peers or colleagues.

Create a Data Visualization of Soil Properties from a Site Investigation Report

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Improve your data analysis and visualization skills. Creating a data visualization will help you identify trends and patterns in soil properties.

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Obtain a site investigation report with soil property data.
Choose appropriate visualization techniques (e.g., charts, graphs, maps).
Create a visualization that effectively communicates the key soil properties.
Write a brief report explaining the visualization and its implications.

Develop a Site Investigation Plan for a Hypothetical Project

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Apply your knowledge to a practical scenario. Developing a site investigation plan will require you to consider various factors and make informed decisions.

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Define the objectives of the site investigation.
Select appropriate drilling and sampling methods.
Determine the required number and location of boreholes.
Outline the field and laboratory testing program.
Prepare a budget and timeline for the investigation.

Career center

Learners who complete Site Investigation will develop knowledge and skills that may be useful to these careers:

Geotechnical Engineer

A Geotechnical Engineer analyzes soil and rock to determine their properties and how they will interact with proposed structures. This course on Site Investigation helps build a strong foundation for this career by providing a comprehensive understanding of soil exploration, field testing methods like SPT and Plate Load Tests, and data interpretation. Mastering virtual lab testing for soil properties, as covered in Module 4 of the course, is directly applicable to the daily tasks of a Geotechnical Engineer, aiding in accurate site assessments and informed design decisions. The course's focus on liquefaction analysis is particularly relevant for engineers working in seismically active regions.

See salaries and explore the career path for Geotechnical Engineer

Geotechnical Consultant

A Geotechnical Consultant provides expert advice on geotechnical engineering issues, such as foundation design, slope stability, and soil improvement. This Site Investigation course helps build core competencies for a Geotechnical Consultant. The comprehensive modules on soil investigation methods, field testing, and data interpretation directly support the advisory role of a Consultant. The course's focus on liquefaction susceptibility and mitigation is essential for advising clients on seismic risk. The virtual laboratory experience allows learners to practice soil testing techniques, enhancing their ability to analyze site conditions and provide informed recommendations. Typically Geotechnical Consultants have a master's degree.

See salaries and explore the career path for Geotechnical Consultant

Foundation Engineer

A Foundation Engineer specializes in the design and construction of foundations for buildings and other structures. This Site Investigation course helps build a knowledge base for aspiring Foundation Engineers. The comprehensive modules on soil investigation methods, field testing, and data interpretation directly support the core responsibilities of a Foundation Engineer. The course's focus on liquefaction susceptibility and mitigation is essential for designing foundations that can withstand seismic activity. Performing virtual laboratory tests on soil helps simulate real-world situations.

See salaries and explore the career path for Foundation Engineer

Soil Scientist

A Soil Scientist studies the composition, properties, and management of soil. This Site Investigation course helps build a solid foundation for aspiring Soil Scientists by providing a comprehensive understanding of soil investigation methods, field testing, and data interpretation. The course's virtual laboratory modules provide practical experience with soil testing techniques, such as determining liquid limit, plastic limit, and shear strength. Learning about liquefaction susceptibility and mitigation is particularly valuable for Soil Scientists working in earthquake-prone regions. These scientists usually have a master's or PhD.

See salaries and explore the career path for Soil Scientist

Civil Engineer

A Civil Engineer designs, constructs, and maintains infrastructure projects. The Site Investigation course may be useful for Civil Engineers who need a solid understanding of soil mechanics and site assessment. The course's coverage of soil investigation types, field tests, and data interpretation helps civil engineers make informed decisions about foundation design, earthwork, and other aspects of construction. Furthermore, the virtual lab experience allows hands-on practice with soil testing methods like compaction and shear strength, enhancing practical skills necessary for successful project execution. Understanding soil behavior is crucial for any Civil Engineer.

See salaries and explore the career path for Civil Engineer

Environmental Engineer

An Environmental Engineer works to protect the environment through the design of solutions to environmental problems. This Site Investigation course may be useful for Environmental Engineers dealing with contaminated sites or groundwater remediation. The course's emphasis on soil properties, subsurface exploration, and data analysis provides Environmental Engineers with the knowledge to assess site conditions and understand the potential for contaminant migration. Learning about soil permeability through the virtual lab is valuable for designing effective remediation strategies and preventing further environmental damage. Understanding soil composition is key to managing waste effectively.

See salaries and explore the career path for Environmental Engineer

Environmental Consultant

An Environmental Consultant advises clients on environmental issues and helps them comply with regulations. The Site Investigation course may be useful for Environmental Consultants who need to assess site conditions and identify potential environmental risks. Understanding soil properties through subsurface exploration and data analysis, as covered in the course, allows Consultants to evaluate the potential for soil and groundwater contamination. The virtual lab experience allows for hands-on practice with soil testing methods like compaction and shear strength, enhancing practical skills.

See salaries and explore the career path for Environmental Consultant

Construction Manager

A Construction Manager plans, coordinates, and oversees construction projects from start to finish. The Site Investigation course may be useful to Construction Managers who need to understand site conditions and potential risks. Understanding soil properties and subsurface conditions, as covered in the course, allows Construction Managers to anticipate challenges and make informed decisions about construction methods and scheduling. The course's emphasis on soil exploration and report interpretation helps Construction Managers communicate effectively with engineers and subcontractors, ensuring smooth project execution. Construction Managers should understand the different kinds of soil.

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Highway Engineer

A Highway Engineer designs, constructs, and maintains roads and highways. This Site Investigation course may be useful for Highway Engineers who need to ensure the stability and durability of roadbeds and embankments. The course's modules on soil investigation methods, field testing, and data interpretation are all relevant to assessing site conditions and designing appropriate pavement structures. The virtual laboratory module allows learners to practice determining soil properties, such as compaction and permeability, which are critical for successful highway construction.

See salaries and explore the career path for Highway Engineer

Geologist

A Geologist studies the Earth's structure, composition, and processes. This Site Investigation course may be useful for Geologists who work in geotechnical or environmental consulting. The course's comprehensive coverage of soil investigation methods, field testing, and data interpretation aligns with the skills and knowledge needed to assess site conditions and identify potential geological hazards. The virtual laboratory modules provide hands-on experience with soil testing techniques, enhancing practical skills for field investigations.

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Land Surveyor

A Land Surveyor establishes official land, air, space, and water boundaries. The Site Investigation course may be useful for Land Surveyors who need to understand soil conditions and their impact on land development. The course's modules on soil investigation types, methods, and data interpretation are relevant to assessing site suitability and identifying potential geotechnical issues. Gaining an understanding of soil properties through field testing helps Land Surveyors provide clients with accurate and reliable information.

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Materials Engineer

A Materials Engineer researches, develops, and tests materials used in a variety of applications. The Site Investigation course may be useful to Materials Engineers working with soil and other geological materials. The course's virtual laboratory module on soil testing provides valuable hands-on experience with determining the properties of soil, such as liquid limit, plastic limit, and shear strength. This knowledge contributes to the selection and use of appropriate materials in construction and other engineering projects. Studying soil consolidation and permeability is also important.

See salaries and explore the career path for Materials Engineer

Hydrologist

A Hydrologist studies the distribution, circulation, and properties of water. The Site Investigation course may be useful for Hydrologists working on projects involving groundwater flow and contaminant transport. This course's focus on soil properties, subsurface exploration, and data analysis helps Hydrologists understand the interaction between soil and water. Learning about soil permeability through the virtual lab is valuable for modeling groundwater flow and predicting the movement of pollutants.

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Mining Engineer

A Mining Engineer plans and designs mines, and oversees the extraction of minerals and other resources. The Site Investigation course can make Mining Engineers more effective by providing a solid understanding of subsurface conditions. The course's comprehensive coverage of soil investigation types, methods, and field testing can be adopted to assess the stability of mine sites and design safe and efficient excavation plans. Learning about soil properties through virtual laboratory testing helps in predicting the behavior of soil and rock during mining operations.

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Geophysical Technician

A Geophysical Technician assists geophysicists in conducting surveys and collecting data about the Earth's subsurface. This Site Investigation course helps Geophysical Technicians gain a better understanding of soil properties and subsurface conditions. The course's modules on soil investigation methods and field testing provide valuable background knowledge for conducting geophysical surveys. This knowledge will help them interpret data and communicate findings effectively to geophysicists and other stakeholders. Understanding the mechanics of soil is important.

See salaries and explore the career path for Geophysical Technician

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Site Investigation.

Soil Mechanics

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Classic text in soil mechanics, providing a comprehensive overview of soil behavior and properties. It is particularly useful for understanding the theoretical basis behind many site investigation techniques. The book provides in-depth explanations of soil properties, stress distribution, and consolidation theory. It is commonly used as a textbook in undergraduate and graduate geotechnical engineering courses.

Geotechnical Engineering

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Provides a broad overview of geotechnical engineering principles and practices, including site investigation techniques. It useful reference for understanding the practical aspects of site investigation and data interpretation. The book covers a wide range of topics, from soil mechanics to foundation design. It is commonly used as a textbook in undergraduate geotechnical engineering courses and valuable resource for practicing engineers.

Geotechnical Engineering, 2Nd Edn

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Site Investigation

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