Water engineer - Revision history

Editor at 16:58, 28 July 2021

2021-07-28T16:58:16Z

← Older revision		Revision as of 16:58, 28 July 2021
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	* Hydropower.		* Hydropower.
	* Marine energy.		* Marine energy.
		+	* Public Health Act 1875.
	* River engineering.		* River engineering.
	* SUDS.		* SUDS.

Designing Buildings at 07:46, 17 February 2021

2021-02-17T07:46:10Z

← Older revision		Revision as of 07:46, 17 February 2021
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	* Water resource planning.		* Water resource planning.

−	[[Category:Water]] [[Category:Roles_/_services]]	+	[[Category:DCN_Definition]] [[Category:DCN_Guidance]] [[Category:DCN_Person]] [[Category:Water]] [[Category:Roles_/_services]]

Designing Buildings at 11:15, 7 May 2019

2019-05-07T11:15:53Z

← Older revision		Revision as of 11:15, 7 May 2019
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	* Water resources.		* Water resources.
	* Water resource planning.		* Water resource planning.
		+
		+	[[Category:Water]] [[Category:Roles_/_services]]

Designing Buildings at 11:15, 7 May 2019

2019-05-07T11:15:03Z

← Older revision		Revision as of 11:15, 7 May 2019
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	* Water engineering.		* Water engineering.
	* Water resources.		* Water resources.
		+	* Water resource planning.

Designing Buildings at 11:11, 7 May 2019

2019-05-07T11:11:42Z

← Older revision		Revision as of 11:11, 7 May 2019
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−	[[File:Water-drops.jpg]]	+	[[File:Water-drops.jpg\|link=File:Water-drops.jpg]]

	The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications.		The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications.
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	* Maintaining access to potable water and sanitation.		* Maintaining access to potable water and sanitation.
	* Hydroelectricity.		* Hydroelectricity.
−	* Infrastructure design and maintenance.	+	* Infrastructure design, protection and maintenance.
	* Support for industries that use water.		* Support for industries that use water.
	* Ice hydraulics.		* Ice hydraulics.
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	They might undertake a range of specialist roles to enable water to be effectively managed, such as:		They might undertake a range of specialist roles to enable water to be effectively managed, such as:

−	* Hydraulic modelling – using computational software to model water flows in a river, coastal or ~~even a~~ glacial environment.	+	* Hydraulic modelling – using computational software to model water flows in a river, coastal or glacial environment.
	* Water treatment – dealing in aerobic and anaerobic biological and chemical characteristics and determining the equipment required to purify water so it can be used for irrigation, human consumption and so on.		* Water treatment – dealing in aerobic and anaerobic biological and chemical characteristics and determining the equipment required to purify water so it can be used for irrigation, human consumption and so on.
	* Network modelling - Analysing how water is collected and distributed.		* Network modelling - Analysing how water is collected and distributed.
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	* Sustainable.		* Sustainable.
−	* Appropriate to the location (safe, accessible, ~~not likely to flood~~).	+	* Appropriate to the location (safe, accessible, resilient).
	* Appropriate to current and likely future requirements.		* Appropriate to current and likely future requirements.
	* Sensitive to anticipated shifts in climate.		* Sensitive to anticipated shifts in climate.

Designing Buildings at 11:09, 7 May 2019

2019-05-07T11:09:26Z

← Older revision		Revision as of 11:09, 7 May 2019
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		+	[[File:Water-drops.jpg]]
		+
	The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications.		The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications.

Designing Buildings: Created page with "The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications. Water en..."

2019-05-07T11:08:55Z

Created page with "The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications. Water en..."

New page

The term ‘engineer’ is a very broad one, covering a wide range of disciplines that use the sciences and mathematics to develop solutions for technical applications.

Water engineers develop solutions in relation to water, its use, risks and infrastructure. Water engineers might work in the following areas:

* River engineering.
* Water utility and network design.
* Waterfront development.
* Marine and coastal engineering.
* Water resource management.
* Flood risk management.
* Erosion control.
* Maintaining access to potable water and sanitation.
* Hydroelectricity.
* Infrastructure design and maintenance.
* Support for industries that use water.
* Ice hydraulics.
* Climate change.

They might undertake a range of specialist roles to enable water to be effectively managed, such as:

* Hydraulic modelling – using computational software to model water flows in a river, coastal or even a glacial environment.
* Water treatment – dealing in aerobic and anaerobic biological and chemical characteristics and determining the equipment required to purify water so it can be used for irrigation, human consumption and so on.
* Network modelling - Analysing how water is collected and distributed.

Water engineers should have a passion for understanding where water comes from, what it does in its life cycle, what it can be used for, the constraints it poses and the benefits it can bring. They can help create designs which are:

* Sustainable.
* Appropriate to the location (safe, accessible, not likely to flood).
* Appropriate to current and likely future requirements.
* Sensitive to anticipated shifts in climate.
* Supportive of the local ecology.

The water engineer's role is to present opportunities and risks in a way which enables an informed decision to be made about the most appropriate solutions. This work spans the theoretical and the practical, preparing hypothetical calculations of multiple scenarios. Water engineers think in terms of probability and likelihood, assessing options in terms of their potential success, failure and necessary mitigation measures.

Water engineers may be qualified civil engineers. They may also have water-specific accreditations, such as those offered by the [https://www.instituteofwater.org.uk/ Institute of Water].

= Related articles on Designing Buildings Wiki =

* Catchment flood management plans.
* Civil engineer.
* Coastal defences.
* Drainage.
* Engineer.
* Flood and water management act.
* Flood.
* Groundwater.
* Hydrogeology.
* Hydropower.
* Marine energy.
* River engineering.
* SUDS.
* Surface water.
* Sustainable water.
* Thames barrier.
* Tidal lagoon power.
* Water engineering.
* Water resources.