Professional Skills for Engineers

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 Conditions of Contract for building and civil engineering works.

An introduction or refresher to NZS 3910 Conditions of Contract for building and civil engineering works. This 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.

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.

Co-presented by an engineer and a lawyer, this course will consider both the law and its application as well as how to best avoid and manage those liabilities and maximise insurance benefits.

Supported by case history examples, this course provides a general overview of the Resource Management Act and in-depth coverage of the areas Engineers are involved with. In addition it will demonstrate how these practical aspects can be applied throughout RMA processes and cover the Government’s current RMA reform process.

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.

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.

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

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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, soldier pile walls and timber pole walls.

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.