Pile Design & Analysis of single piles

The course will introduce the fundamental principles and some well-established methods of pile design and analysis of single piles and some of them can be applied without the use of complex computer software. The course content will cover the most relevant aspects of pile design for single piles (e.g. axial, lateral, down drag, rock sockets). We will also discuss some practical examples and case studies to demonstrate the ‘real world’ applications of the course content.

Description

This course will help practitioners from different backgrounds to gain a wider and deeper understanding of the most important aspects of pile design and analysis for single piles.

This seminar will provide an overview of the most important design methods for single piles. The first module will introduce some basic risks, general considerations and the recommended ground investigation scope for the design pf single piles. The following two modules will introduce the principles and theories of the relevant application before some practical design examples will be presented and discussed in the last module.

The course includes four modules of about 90 minutes each and the modules are listed are listed below:

  1. Introduction (design assumptions, geotechnical investigations and design parameters, etc.)
  2. Axial pile design (single piles)
  3. Lateral design principles (single piles)
  4. Examples and case studies

Learning outcomes

Attendees will be able to demonstrate an understanding of the following:

  • minimum requirements of geotechnical site investigation and testing which are required for the relevant design tasks,
  • underlying fundamentals of pile design and analysis for single piles (for axial, lateral loading, down drag and rock sockets),
  • general behaviour of single piles and the relevant parameters which influence their performance
  • introduction of some practical design and assessment methods

 

Target Audience

The course is designed for engineers and construction professional interested in the fundamentals of pile design and analysis for single piles. Course participants should be familiar with fundamental geotechnical and structural design principles but no experience in pile design is required.

The course is suitable as a ‘refresher’ for experienced pile design engineers or as an introduction to practical pile design and analysis for participants with limited or no experience in piling.

Design engineers (structural, civil or geotechnical) from junior to intermediate level as well as project engineers, client representatives, asset owners, builders, contractors or architects might find the course content relevant for their specific fields.

Course Format

During this course we will cover the most relevant aspects of pile design for single piles (e.g. axial, lateral, down drag). We will also discuss some practical examples and case studies to demonstrate the ‘real world’ applications of the course content.

Presenter Information

Dr Martin Larisch is Technical Lead for Ground Engineering at Jacobs New Zealand. He has been involved in piling and deep foundations for more than 20 years, holding technical and operational positions for some of the leading geotechnical contracting and consultancy firms in New Zealand, Australia and Europe.

Throughout his professional career (which he started as a carpenter in Germany) he gained in-depth understanding and a holistic perspective of the different life cycle requirements and the risk profile of various piling and deep foundation systems from feasibility stage to project delivery.

Martin has been involved in the design and delivery of a large number and variety of piling projects across New Zealand, Australia and Germany, ranging from the foundation of large landmark projects to wind turbines and residential foundations.

Martin has published more than 25 technical papers for international journals and conferences, and he was involved in the review and development of various best industry guidelines for deep foundations in Australia, Europe and New Zealand.

He was appointed Associate A/Professor at the University of Queensland (Brisbane) in 2014 and has facilitated various lectures and seminars related to pile design and ground improvement techniques.

Martin is currently representing the New Zealand Geotechnical Society (NZGS) in Technical Committee TC212 ‘Deep Foundations’ at the International Society for Soil Mechanics and Geotechnical engineering (ISSMGE).

Similar courses

This one-day workshop is designed for engineers who are involved with the mechanical and structural seismic design of pressure equipment. The workshop will have an emphasis on mechanical items such as pressure equipment (including pipe work) covered by the Pressure Equipment (PECPR) Regulations.

More Information

Recently updated to reflect current practice, this course will provide an overview of the use of producer statements both for Building Consent and for other regulatory purposes. It will also cover other building consent related issues including responsibilities and liabilities.

More Information

This introductory course will provide an overview of modern stormwater management and some practical applications of design associated with it. The course will also highlight some of the common traps practitioners fall into.

More Information

This course introduces the principles of urban stormwater treatment. Learn about a range of stormwater treatment practices and consider their advantages and disadvantages for different applications.

More Information

This course looks at factors attributing to the safe design, construction, use, maintenance and removal of temporary works. Useful to engineers and managers working in the construction sector, the course will cover New Zealand Law, industry good practice, procedural control, basic design theory, and awareness modules for each of the most common forms of temporary works. Please scroll down for more information.

More Information

Much of the work done by engineers involves managing, reading and even drafting contracts. In this course we introduce the principles that regulate contractual relationships, with a focus on construction and engineering contracts.

More Information

In the course of your working day, you probably spend a few hours writing. Most of us write scores of emails a day. Many of us write longer reports. This live online course provides simple tips that can be immediately used to improve your writing.

More Information

This live online course covers the Health and Safety at Work Act 2015, and will provide a sound grounding in HSWA duties and responsibilities. The course covers both general duties on PCBUs and upstream duties on those carrying out design, manufacture or importing.

More Information

This live online course will introduce the general concepts for retention systems for basement construction (e.g. sheet piles, secant piles, diaphragm wall, lateral support systems, etc.). This course is a slightly reduced version of the face-to-face course ‘Basements & ground retention systems’.

More Information

This live online course covers the structure of NZS 3910, procurement considerations, and explores the roles and responsibilities of the Engineer to the Contract, Engineer’s Representative, Principal and Contractor.

More Information

This live online course follows our introductory course and explores the practical applications of the role and responsibilities of the Engineer to the Contract and the Engineer’s Representative under NZS 3910:2013 Conditions of Contract for building and civil engineering works.

More Information

Risk is a universal phenomenon that affects all people in all activities that they may undertake. This course introduces a structured approach for the identification, planning, treatment and management of risk in an engineering context. Delegates will learn a structured approach to the risk management process.

More Information

Business continuity is an essential and important consideration in the face of potentially disruptive forces. This course presents a structured approach to the identification of potential disasters and planning for minimum disruption and recovery of the business.

More Information

This course is designed to provide emerging consulting engineers and project managers with tools and strategies to successfully deal with difficult and unexpected situations on site. (please note there are face to face and online options)

More Information

Many engineers who are strong in the technical field find themselves in leadership roles that previous technical success hasn’t prepared them for. This course will introduce ‘coaching basics’ as a tool to support effective leadership growth and performance

More Information

This live online course covers the structure of NZS 3910, procurement considerations, and explores the roles and responsibilities of the Engineer to the Contract, Engineer’s Representative, Principal and Contractor.

More Information

This course introduces the principles of urban stormwater treatment. Learn about a range of stormwater treatment practices and consider their advantages and disadvantages for different applications.

More Information

Many practitioners who have to manage projects have never been formally exposed to a structured “big picture” of project management. This course aims to present a structured and coherent way of accepted best practice principles used to define, plan and execute projects.

More Information

Risk is a universal phenomenon that affects all people in all activities that they may undertake. This course introduces a structured approach for the identification, planning, treatment and management of risk in an engineering context. Delegates will learn a structured approach to the risk management process.

More Information

Much of the work done by engineers involves managing, reading and even drafting contracts. In this online course we introduce the principles that regulate contractual relationships, with a focus on construction and engineering contracts.

More Information

Our new Producer Statements and supplementary documents will significantly improve quality assurance and administrative processes for engineers and BCAs. Online forms will allow for real-time updates, cross-population of fields and consistency across authorities – for better and faster consenting processes. Our documents are in draft and we want you feedback.

More Information

This course provides you with an introduction to NZS 3916:2013 Conditions of Contract for building and civil engineering works – Design and Construct (NZS3916). Useful for engineers, contractors and designers, this course will cover how you can use NZS-3916 to greatest effect. This is offered as a 4-hour live online course.

More Information

This course provides you with an introduction to NZS 3916:2013 Conditions of Contract for building and civil engineering works – Design and Construct (NZS3916). Useful for engineers, contractors and designers, this course will cover how you can use NZS-3916 to greatest effect. This is offered as a 4-hour live online course.

More Information

This online course covers the Health and Safety at Work Act 2015 (HSWA) and will provide a sound grounding in HSWA duties and responsibilities. The course covers both general duties on Persons Conducting a Business or Undertaking (PCBUs) and upstream duties on those carrying out design, manufacture or importing.

More Information

This course covers the Health and Safety at Work Act 2015 (HSWA) and will provide a sound grounding in HSWA duties and responsibilities. The course covers both general duties on Persons Conducting a Business or Undertaking (PCBUs) and upstream duties on those carrying out design, manufacture or importing.

More Information

Specifications are critical to the clear communication of technical requirements to contractors. This communication is specific to the stage in the design cycle, type of requirement and the particular industry sector. Delegates will learn the elements of a “good” specification that is universally applicable.

More Information

People new to team leadership often focus on tasks and end-goals – but how do they develop into leaders that motivate and inspire their team to deliver those end-goals? This course provides people with space to look at the team leader role, examining leadership styles and the characteristics that are needed to lead teams to success.

More Information

A team leader who shares their workload within a team is more likely to be achieve success than someone who can’t delegate effectively – so how does this critical managerial skill work, and what are the best ways to do it? This course provides people with a range of practical tools they need to successfully delegate tasks, and delegation approaches to use to realise a team’s full potential.

More Information

An expectation of engineers is that they can negotiate with stakeholders to coordinate efforts. But how can you convince people with diverse goals and backgrounds to secure willing collaboration and achieve a great outcome? In this course we will consider ethical and practical ways that will improve your ability to influence stakeholders’ perceptions and to persuade them to take goal-directed initiatives.

More Information

An introduction or refresher to NZS 3910:2013 Conditions of Contract for building and civil engineering works. This online course covers the structure of NZS 3910, procurement considerations, and explores the roles and responsibilities of the Engineer to the Contract, Engineer’s Representative, Principal and Contractor.

More Information

Co-facilitated by an engineer and a lawyer, this online course focuses on an engineers’ potential liabilities, and how they can best manage these in an ever-increasing litigious world. The course will consider the legal framework within which engineers are required to operate, and at a practical and technical level what they need to do to manage their risk both financially and reputationally.

More Information

With increased construction activities in the past few years, the demand for more complex retaining walls and other ground retention systems has grown significantly. This course introduces the general concepts and principles of the design and the construction of gravity retaining walls such as cantilevered reinforced concrete walls, block walls and crib walls.

More Information

With increased construction activities in the past few years, the demand for more complex retaining walls and other ground retention systems has grown significantly. This course introduces the general concepts and principles of the design and the construction of gravity retaining walls such as reinforced concrete walls, block walls and crib walls.

More Information

With increased construction activities in the past few years, the demand for more complex retaining walls and other ground retention systems has grown significantly. This course introduces the general concepts and principles of the design and construction of embedded retaining walls such as sheet pile walls and king post walls.

More Information

This live online course explores the practical applications of the role and responsibilities of the Engineer to the Contract and the Engineer’s Representative under NZS 3910:2013 Conditions of Contract for building and civil engineering works.

More Information

Risk is a universal phenomenon that affects all people in all activities that they may undertake. This course introduces a structured approach for the identification, planning, treatment and management of risk in an engineering context. Delegates will learn a structured approach to the risk management process.

More Information

An introduction or refresher to NZS 3910:2013 Conditions of Contract for building and civil engineering works. This online course covers the structure of NZS 3910, procurement considerations, and explores the roles and responsibilities of the Engineer to the Contract, Engineer’s Representative, Principal and Contractor.

More Information

This course is designed to provide emerging consulting engineers and project managers with tools and strategies to successfully deal with difficult and unexpected situations on site (please note there are face to face and online options).

More Information

This course explores the practical applications of the role and responsibilities of the Engineer to the Contract and the Engineer’s Representative under NZS 3910:2013 Conditions of Contract for building and civil engineering works.

More Information