CIBSE Training - Hydraulic Services Engineering

This course introduces Hydraulic Services as a core discipline within building services engineering. This includes an overview of what Hydraulic Services are, their importance and design, and the vitality of how they integrate into the overarching building and construction process. **20% discount code for ENZ members: ENZ20

Description

This course is suited to

  • Those in the early stages of their hydraulic services engineering career
  • Those with international qualifications looking to understand local design requirements and framework, or
  • Those specialising in other areas of the construction and the building services industry, wishing to gain a better understanding of hydraulic services design principles in New Zealand and Australia.

 

Learning outcomes:

On completion of this course, you will have an understanding of the following:

  • Statutory, Cost and Technical considerations for Mechanical Services design and component selection
  • minimum standard requirements and best practices in Mechanical Services design
  • key components of the mechanical plant and systems
  • the complexities and interrelatedness of Mechanical Services and other building services, which ensure/reflect a people-first approach, over a building-first mindset.
  • key aspects of Mechanical Services including Ventilation, Fire and Smoke Control, Commissioning, Maintenance, Controls, Noise and Vibration.
  • the importance of focusing on the comfort, health, wellbeing, and safety of the people who might occupy the building, and the appropriateness of the sustainability strategy in relation to those people.

 

Course Format:

This course will be delivered over Teams with four 90min sessions each day, and three breaks throughout the day.

All sessions will be recorded and can be viewed by participants up to 30 days after the course completes.

Please click this link CIBSE Training | Hydraulic Services Engineering, NZ - Online Tickets, Fri 01/05/2026 at 8:30 am | Eventbrite for further details.

 

Dates and Times:

Fri 1 May 2026, 8:30am - 4:30pm

Mon 4 May 2026, 8:30am - 4:30pm

 

Your trainer for this course is Nick Fleckney.

 

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

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

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.

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

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

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.

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 course will introduce current best practice in the design of fish screen facilities to protect freshwater fish at river intakes.

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 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.

More Information

This course introduces the general concepts and principles of the design and the construction of gravity retaining walls such as cantilevered reinforced concrete walls and block walls. Participants will explore the general differences between gravity retaining walls and embedded retaining structures, the suggested minimum site investigation requirements, and the calculation of static and seismic earth pressures in accordance with relevant codes, standards and guidelines.

More Information

This seminar, brought to you by Hera is for structural and civil engineers, architects, sustainability experts, coating and fire protection specialists, suppliers, and policy makers. Whether you’re tackling durability challenges, aiming to cut carbon, or wanting to stay ahead with the latest standards and research. You’ll leave with practical insights you can put to work.

More Information