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ABSTRACT: This paper delves into effects of sustainability on architectural theory and practice. Ideas related to environmental protection from the past decades, cumulated in sustainability as unique global action. Circumstances were not in favour of necessary level of requested changes, but positive effects are evident in adjustment of legal base, new procedures and standards. Concept of sustainable architecture is proclaimed mainstream, faded by selective interpretation and perceptible lag in developing of theoretical background. Real critical observation and researches of sustainability and sustainable architecture are still very rare. Reasons for it are many, first of all not all of architects understand sustainable architecture as relevant and it is not rare misunderstanding of sustainable architecture as energy efficiency eco-tecture or other environmentally related “tecture”. Furthermore, building industry in its complexity is typically tardiness in acceptance of anything new in general. However, sustainable architecture is positive in its essence but rising confusion about it has to be halted by more clarified definitions, qualitative researches and developing of more solid theoretical bases. Otherwise it will lose positivity, transferred on semantic level where will spread, and atomise to its limits and fade away
The Seattle University Project Center celebrates its 30th anniversary showcasing student design projects. Student teams spent over 1,000 hours working with sponsors from local industry on complex, real-world assignments. Visitors will learn about and discuss projects in various fields including civil engineering, computer science, electrical engineering, environmental science and mechanical engineering. The Project Center aims to provide students with meaningful experience to prepare them for careers through partnerships with industry.
Second report of the conference written by Prof. Virendra Kr. Paul, Department of Building Engineering & Management, School of Planning and Architecture.
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Effects of Sustainability Paradigm on ArchitectureIJMERJOURNAL
ABSTRACT: This paper delves into effects of sustainability on architectural theory and practice. Ideas related to environmental protection from the past decades, cumulated in sustainability as unique global action. Circumstances were not in favour of necessary level of requested changes, but positive effects are evident in adjustment of legal base, new procedures and standards. Concept of sustainable architecture is proclaimed mainstream, faded by selective interpretation and perceptible lag in developing of theoretical background. Real critical observation and researches of sustainability and sustainable architecture are still very rare. Reasons for it are many, first of all not all of architects understand sustainable architecture as relevant and it is not rare misunderstanding of sustainable architecture as energy efficiency eco-tecture or other environmentally related “tecture”. Furthermore, building industry in its complexity is typically tardiness in acceptance of anything new in general. However, sustainable architecture is positive in its essence but rising confusion about it has to be halted by more clarified definitions, qualitative researches and developing of more solid theoretical bases. Otherwise it will lose positivity, transferred on semantic level where will spread, and atomise to its limits and fade away
The Seattle University Project Center celebrates its 30th anniversary showcasing student design projects. Student teams spent over 1,000 hours working with sponsors from local industry on complex, real-world assignments. Visitors will learn about and discuss projects in various fields including civil engineering, computer science, electrical engineering, environmental science and mechanical engineering. The Project Center aims to provide students with meaningful experience to prepare them for careers through partnerships with industry.
Second report of the conference written by Prof. Virendra Kr. Paul, Department of Building Engineering & Management, School of Planning and Architecture.
This document provides an introduction to Cradle to Cradle and the Cradle to Cradle Network project. It discusses key Cradle to Cradle concepts like moving from a linear "Cradle to grave" model to a cyclical one focused on technical and biological nutrients. It also introduces the Cradle to Cradle Network project partners and objectives to develop knowledge about Cradle to Cradle applications and transfer knowledge through case studies. The document is a guide that describes selected cases and initiatives related to industry, buildings, spatial development and governance that aim to implement Cradle to Cradle principles.
This document provides an overview of a continuing education course on green building best practices and innovations in sustainable housing. It includes information on course credits, a brief history of green building, descriptions of various green building certifications like LEED and Energy Star, and elements of green building like siting, design, and construction considerations. The document encourages participants to complete a questionnaire before the class begins and explains how course completion certificates will be issued.
The document describes a new clothing factory called MAS Intimates Thurulie located in Sri Lanka. It was built to be a model of sustainable construction as part of Marks & Spencer's Plan A environmental initiative. Some key aspects of the factory include being powered solely by renewable energy sources, incorporating passive cooling designs, generating on-site renewable energy, and prioritizing employee well-being. The factory aims to revitalize the local economy and support over 1,300 jobs. It serves as an example of how industrial buildings can achieve high sustainability and social standards.
2 top players from the world of construction acoustics with the region, are in the hot seat today to share their perspective on what is happening in the region.
Gerald Stewart, Acoustic Director, AECOM and Nizar l. Kamouna, Senior Project Manager Architecture & Engineering Division, KEO share their views on construction acoustics in the Middle East and challenges faced by the industry.
The document describes a multi-level marketing company that sells spirulina and coffee products. It outlines the company's mission, products, compensation plan including fast start bonuses and matching bonuses, and disclaimers about income. Representatives are encouraged to sponsor new distributors to build their business and earn commissions from their team's sales.
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This document discusses how lesbian relationships are often viewed through the lens of heteronormative expectations of gender roles. Specifically, it explores how the "butch-femme" dynamic arose from attempting to map lesbian couples onto the dominant heterosexual model requiring one partner to fill a "man's" role and the other a "woman's". However, this reinforces the oppression of women's subordinate roles and fails to fully understand lesbian relationships, which are more complex than a simple pairing of opposites. Overall, the document questions whether it is necessary and productive to view same-sex relationships in terms of heterosexual expectations of gender.
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Search engines are tools designed to help users find relevant web pages by searching for keywords. They work by having huge databases of web page files that are assembled automatically. Some key search engines include Google, Yahoo, and Bing. Search engines can be used educationally to help students find resources for projects and papers. While they are useful for visual and interpersonal learners, auditory, musical, tactile, and intrapersonal learners may benefit less due to a lack of audio content or an individual focus. Overall, search engines have been important learning technologies for students and educators.
This document summarizes a council meeting on using social media for grantmaking and measuring its impact. It discusses how social media has been used for political and humanitarian causes and provides examples of foundations using social media. Data is presented from a social media cohort of nonprofits that shows the return on investment from social media campaigns, including increased donors, website traffic, and funds raised. The document concludes by identifying promising aspects of social media for nonprofits and foundations.
Sustainable construction focuses on reducing environmental impact through techniques like using low-VOC paints and formaldehyde-free plywood. It also aims to integrate energy and water efficiency into building design and operations. The key principles are to reduce consumption, reuse materials, and recycle where possible. Sustainable construction evaluates projects based on innovation, social inclusion, environmental performance, economic viability, and contextual design impact. Corporate responsibility is also important, with considerations for minimizing impacts on the environment, fair treatment of workers, community engagement, and ethical business practices.
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In the rapidly evolving landscape of infrastructure development, the need for sustainable and environmentally friendly practices has never been more crucial. As we witness a surge in global infrastructure projects, striking a delicate balance between progress and environmental responsibility is imperative. This blog delves into the intersection of infrastructure development and eco-conscious practices, shedding light on the challenges, opportunities, and innovative solutions that can pave the way for a greener future.
The document describes a multi-level marketing company that sells spirulina and coffee products. It outlines the company's mission, products, compensation plan including fast start bonuses and matching bonuses, and disclaimers about income. Representatives are encouraged to sponsor new distributors to build their business and earn commissions from their team's sales.
Audience research questionnaire without resultnuchi_
The document appears to be a survey collecting information about music listening habits from respondents of different age groups. It asks about gender, ethnicity, music preferences, time spent listening to music, and what devices are used to listen to music on the go. Respondents select answers by marking options with lines ("||"). The survey contains questions for those under 18, 18-25, and 25+.
La historia trata sobre una mariposa que se posa en la nariz de un hipopótamo mientras este toma el sol. Intercambian opiniones sobre cómo cada uno soporta el calor debido a sus diferentes características físicas. A pesar de sus diferencias, deciden ser amigos y la mariposa visita al hipopótamo a diario, alegrándole la vista con sus alas de colores y haciéndole compañía.
The document discusses using video for listening assessment based on a study. It begins with an introduction that reviews literature claiming benefits of using video in class such as motivating students, improving paralinguistic language features, using real discourse materials, and increasing socio-cultural awareness. The study then aimed to understand test-takers' opinions of using video for listening assessment, despite literature supporting its classroom use, and results and conclusions are discussed.
The document discusses the world premiere of the Australian horror film The Tunnel, which took place on May 18, 2011 at Event Cinemas in Bondi Junction. Photos from the filming of The Tunnel show scenes shot in train tunnels and interviews with cast members. The sold-out premiere included a question and answer session with the film's director and producers.
This document discusses how lesbian relationships are often viewed through the lens of heteronormative expectations of gender roles. Specifically, it explores how the "butch-femme" dynamic arose from attempting to map lesbian couples onto the dominant heterosexual model requiring one partner to fill a "man's" role and the other a "woman's". However, this reinforces the oppression of women's subordinate roles and fails to fully understand lesbian relationships, which are more complex than a simple pairing of opposites. Overall, the document questions whether it is necessary and productive to view same-sex relationships in terms of heterosexual expectations of gender.
This agenda covers sales strategies for season tickets, suites, corporate partnerships, group and individual game tickets, and merchandise. It discusses holding a drawing for season tickets, grassroots fan engagement, targeting purist fans, and the goal of increasing sales by June 30, 2011. The agenda also includes sections on corporate sales, group and individual game tickets, and merchandise sales.
Search engines are tools designed to help users find relevant web pages by searching for keywords. They work by having huge databases of web page files that are assembled automatically. Some key search engines include Google, Yahoo, and Bing. Search engines can be used educationally to help students find resources for projects and papers. While they are useful for visual and interpersonal learners, auditory, musical, tactile, and intrapersonal learners may benefit less due to a lack of audio content or an individual focus. Overall, search engines have been important learning technologies for students and educators.
This document summarizes a council meeting on using social media for grantmaking and measuring its impact. It discusses how social media has been used for political and humanitarian causes and provides examples of foundations using social media. Data is presented from a social media cohort of nonprofits that shows the return on investment from social media campaigns, including increased donors, website traffic, and funds raised. The document concludes by identifying promising aspects of social media for nonprofits and foundations.
Sustainable construction focuses on reducing environmental impact through techniques like using low-VOC paints and formaldehyde-free plywood. It also aims to integrate energy and water efficiency into building design and operations. The key principles are to reduce consumption, reuse materials, and recycle where possible. Sustainable construction evaluates projects based on innovation, social inclusion, environmental performance, economic viability, and contextual design impact. Corporate responsibility is also important, with considerations for minimizing impacts on the environment, fair treatment of workers, community engagement, and ethical business practices.
BALANCING ACT ENVIRONMENTALLY FRIENDLY PRACTICES IN INFRASTRUCTURE PROJECTS.pdfpulisconstructionsau1
In the rapidly evolving landscape of infrastructure development, the need for sustainable and environmentally friendly practices has never been more crucial. As we witness a surge in global infrastructure projects, striking a delicate balance between progress and environmental responsibility is imperative. This blog delves into the intersection of infrastructure development and eco-conscious practices, shedding light on the challenges, opportunities, and innovative solutions that can pave the way for a greener future.
Modern sustainability initiatives call for integrated green building design for new construction and retrofitting existing structures. Green construction principles can be applied to reduce energy, water and resource usage while improving occupant health. The document discusses analyzing aspects of green building like life cycle assessment, efficient siting and design, water and materials usage, indoor environmental quality and operations optimization. Challenges include the lack of consistent definitions, changing sustainability standards over time and balancing economic, environmental and social impacts. Engineers can overcome these challenges through education to make informed decisions considering all phases of a project lifecycle.
Sustainable Engineering: An Essential Part of Engineering EthicsBikramjit Hazra
Sustainable development theory has come from the field of ecological economics. According to this
theory, sustainable development involves achieving objectives in three realms: ecological,
economic and social. The ecological objective is maintaining a sustainable scale of energy and
material flows through the environment such that carrying capacity of the biosphere is not affected.
The economic objective seeks to provide an efficient allocation of resources in conformity with
consumer preferences and the ability to pay. The social objective aims at a just distribution of
resources among the public, including future generations. The overall objective of a sustainable
society is the achievement of sustainability in economic, ecological and social systems.
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This document summarizes a presentation on sustainability and green engineering benefits for Jamaica. It discusses principles of green engineering like minimizing pollution, conserving resources, and engaging communities. It also presents a case study on sugar production lifecycle assessment and recommendations for designing more energy efficient, sustainable buildings in Jamaica like considering microclimate, reducing urban heat island effects, and prioritizing occupant comfort. Local research on indoor environment quality in offices is analyzed to develop guidelines for better indoor environments and energy efficiency.
The slide about sustainable of green building on design efficiency and the effect to human society, world and health. The content also support United Nation sustainable goal and carry unethical problem and suggestion to overcome.
IRJET- Study of Green Building Over Conventional BuildingsIRJET Journal
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THE ADVANTAGES OF USING SUSTAINABLE BUILDING DESIGN IN SCHOOL OF ARCHITECTURE...EkengJerry
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Best architects in kerala suvarnarekha design consultants.pptxbasilbaby1998carmon
Looking for the best architects in Kerala to bring your dream space to life? Suvarnarekha Design Consultants is your answer. With a team of highly skilled professionals, we specialize in creating innovative and sustainable designs that exceed our clients' expectations. Let us transform your vision into reality.
This document provides an introduction to a master's thesis project titled "Aquatecture" by Bjarne Winther. It discusses the motivation for rethinking living on water as sea levels rise globally. The project aims to design a zero-energy housing complex on the water in Limfjorden, Denmark. It will focus on sustainability, modern living, and interaction with water. Passive and active strategies will be used to minimize energy usage and provide comfortable indoor climates. The document includes sections on sustainability, zero-energy buildings, climate change, and an outline of the project program and site analysis.
Design engineers may work in a team along with other designers to create the drawings necessary for prototyping and production, or in the case of buildings, for construction. However, with the advent of CAD and solid modeling software, the design engineers may create the drawings themselves, or perhaps with the help of many corporate service providers.
The document provides information about Hierarchy Makers, a UK-based construction company. It discusses the company's vision, team members, past projects including Maggie's Cancer Caring Centre and Greenhill Primarycare Centre, milestones, policies, and an introduction to site management practices. The document emphasizes the importance of health and safety plans in the construction industry and outlines Hierarchy Makers' objectives to ensure worker safety and compliance with relevant regulations.
This document outlines a 2021-2030 strategy to promote globally responsible engineering. The strategy has three main goals:
1) Inspire over 500,000 people in the engineering community to commit to global responsibility principles.
2) Upskill 250,000 people with the skills to practice sustainable and equitable engineering.
3) Collaborate with organizations to drive systemic change and make globally responsible engineering mainstream.
The strategy aims to transform engineering culture by the 2030 deadline for the UN Sustainable Development Goals.
John Gertsakis at the 2014 Innovation ForumLocus Research
This document discusses sustainability and innovation. It provides an overview of ecodesign strategies and principles for sustainable product development. Ecodesign aims to reduce environmental impacts across a product's lifecycle by taking environmental criteria into account during design. It encourages efficient design that uses fewer resources, cyclic design to enable continuous material cycling, safe design avoiding toxins, and communications design for informed consumer behavior. The document also outlines real-world outcomes of ecodesign including increased materials efficiency and designs for disassembly and recyclability. It stresses that sustainability can act as a catalyst for innovation in product design.
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What Are the Main Reasons for Selecting Engineering For Your Career.pdfRobertPatricia4
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An Approach in the Direction of Green City Concept-''Sustainable Development'
Telford Apprentices 2006 07 Why should civil engineers address the Sustainability Agenda?
1. Proceedings of the Institution of
Civil Engineers
Engineering Sustainability 160
March 2007 Issue ES1
Pages 4–10
doi: 10.1680/ensu.2007.160.1.4
Paper 2007269
Why civil engineers should address the sustainability
agenda
ICE’s ‘Telford Apprentices’ are 13 young engineers from around My generation of engineers lives with ancient and modern
the UK. Here they discuss sustainability and the role of young engineered infrastructure—the basis of our civilisation. From
engineers in advancing and delivering the sustainability the workings of our water/wastewater systems—analysed
agenda. publicly when problems arise—to the recently built flat I lived in
that was chilly in winter and baking in the summer, decisions
made by yesterday’s designers and contractors continue to
1. Foreword: Quentin Leiper, President, ICE resonate with today’s owners and users. We are educated by these
During his presidential year, Gordon Masterton introduced the good and bad decisions. This is why engineers must address the
apprentice scheme to enable young engineers to gain a greater sustainability agenda. Our exposure to existing buildings and
understanding of the workings of ICE and the role of the infrastructure means we cannot be ignorant of the effects of our
President. This initiative was a great success and one I wish to decisions.
continue. This year is the 250th anniversary of the birth of
Thomas Telford and therefore I decided to name the 13 successful At the start of a project, good development policies and
candidates ‘Telford Apprentices’. careful consideration of how the project will work in its
surroundings will affect its environmental impact. The chosen
The apprentices were all eager to get off to a flying start, so task materials and construction processes also make a huge
one was set: what can young engineers do to best promote and difference to the environmental impact of construction.
deliver the sustainability agenda? They each produced an However, sustainability goes beyond the current environmental
excellent response and their work is published in this issue of credibility of a project. The three drivers of projects are cost,
Engineering Sustainability. This is an excellent result and a real time and quality. Cost and time are important to us; they
example of how well they work together. reflect our design skills and success at managing projects.
A more critical assessment will reveal the success of a project
It is my full expectation that, as well as other tasks (and they are in terms of sustainability. It may be a decade or more into the
currently on number eight), they will produce further life of a project before its ability to meet the needs of future
contributions for publication. Later on in the year, the apprentice owners/users becomes obvious. Sustainability is a quality
programme will be going international, with prospective criteria felt not only at the beginning of a project, but throughout
apprentices joining from Australia and New Zealand. its life cycle.
I congratulate them for becoming the successful candidates and Infrastructure from previous eras demonstrates the resilience of
thank them for the enthusiastic way they have taken up the good design. Some of our engineering forefathers, by chance or
challenges set them and for their contributions to date during my (over)design have created sewers that are coping with our
visits. They have already developed into a great team and I’m sure massively increased flows, bridges that carry not only pedestrians
will do well in the future. Finally, my thanks go to their and horses but lorries their designers could not have imagined.
companies for allowing them to participate in the programme. Adaptability and the ability to modify extends the useful life of a
They have already made a valuable contribution and will structure, making it more sustainable.
continue to do so.
Engineers are too well informed to have a defence of
ignorance. It is not good enough to add environmental
2. Trina de Silva, London region performance targets as an afterthought. As engineers, it is our
Sustainability, a current buzz-word, is not a new idea. Roman-era duty to really make the difference, create the buildings that stay
drains, unearthed during construction of buildings at the cool with less effort despite rising temperatures, take
Guildhall, show a silt trap—evidence the designer was brave decisions on our energy and water supply
thinking about how to extend the life of the drain and make concerns and ensure our transport network continues to
it easier to maintain. I believe this is an example of service our needs without creating problems for future
sustainable thinking. generations.
4 Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda
2. 3. A. Feretzakis, West of Scotland region carried out well? The influence of engineers of the past and
It is essential for civil engineers to understand the duty of their present has had wide-ranging social benefits in transportation,
profession in the contexts of the environment and society, and in natural and physical security, safety, resource management
understanding this duty they must try to create changes in and heritage, all of which improve the quality of life. The
thought and action. This essential change can come through social benefits of these are immeasurable but need to be
design and construction processes but in order to be successful considered together with the impact on the environment and the
everyone involved needs to support and promote sustainable economy.
thinking.
Civil engineers have the potential to address all three facets of
Design sustainability is not an easy process as it must be applied sustainability. We are in a privileged position because our work
in every design principle. Starting from the conception of the involves a wide range of positions and responsibilities. In these
design and moving to the location, the structural materials, the various roles our profession is currently attempting to create
structural methods and finally the possible demolition of the sustainable environmental, social and economic conditions for
project, design sustainability must be applied in many areas. On tomorrow. The biggest challenge is to ensure that we attain a
the other hand sustainable construction must aim to use less balance. It is dangerous to focus on one element to the detriment
natural materials and also less energy to decrease the amount of of the other two, as has often been the case in the past. As civil
waste and minimise the environmental pollution without engineers, we must harness our profession to develop our
compromising the quality of the projects. imagination—shaping projects by addressing full sustainability.
We must actively use that creativity to ensure that today’s needs
Sustainable thinking, planning and acting must be involved are met without compromising tomorrow’s.
in civil engineering to minimise the environmental impact
projects have over their entire design life. Only through this
5. Katerina Fytopoulou, North east region
process, and by adopting sustainable thinking at every stage in a
project, can a set of principles to improve the quality of life be The built environment is inevitably influenced by socio-political
created. context. Sustainability as a series of ideals is a concept
grounded in the ethics of environmental responsibility.
All the relevant elements that go into the design and construction The techniques and technologies of green design are now
of a project must be considered, making it a hard task, but we generally understood. What is still lacking is an architecture
must all try in order to succeed. Clearly, it is going to be a long profession which gives priority to ecological issues and a
and difficult process before these principles are established, since construction industry which puts sustainability at the heart of its
all the information, the values and the resources available to both operations.
design and construction teams develop constantly, but from
project to project it will become easier. Evidence that global warming exists appears to be increasingly
overwhelming. It features frequently in the media as well as in
The civil engineering profession has a unique opportunity to multi-million-dollar Hollywood productions. Climate science has
create a progression of change that will improve and sustain the established the correlation between burning fossil fuels,
environment and our planet in the long term. These are the very planetary warming and weather instability. However, other
actions that make civil engineering a unique and very important human activities are also accelerating the rise in global
profession for our planet and for our lives. temperatures, such as the creation of landfill waste or the
destruction of rainforests, often to supply the construction
industry and despite regular protests from organisations like
4. Doug Forbes, East of Scotland region Greenpeace. This all creates an uncomfortable reality for many
The environmental dimension of sustainability is probably the species, whose habitats are threatened by sea-level rise,
most frequently discussed, and is the aspect which receives the desertification and so on.
most attention. As civil engineers we are responsible for
designing, constructing, maintaining, operating and changing Additionally, a drift to cities by the human population puts
both the built and natural environment. Civil engineers have pressure on housing land, water and energy supplies, and sewage
been involved in many projects that impact on the environment, and waste capacity. The year 2000 marked the first time in human
affecting individuals and organisations, both today and in the history that the urban population exceeded the rural one. This not
future. These projects account for a significant proportion of the only entails an intensification of urban problems (pollution,
world’s resource usage and impact. As civil engineers we must space, crowding and resource stress), but urban living also raises
accept responsibility for our actions. expectations of an enhanced lifestyle. The personal goals of air-
conditioning, cars and energy-consuming gadgets of various
The economic component of sustainability has been the main kinds require resources whose supplies seem increasingly finite.
driver of projects. As civil engineers addressing the sustainability So we consume more, waste more and pollute more, a reality
agenda we need to consider more than today alone. It is vital to which inevitably shifts the emphasis from simple choices (such as
account for costs over a whole life cycle and the impact on energy) to complex ones (such as sustainability) and from a
future developments. These costs must be considered in tandem profit-driven agenda to an ethical one. Global warming is an
with the social consequences and environmental impacts. uncomfortable fact for politicians, designers and the construction
The social aspect of sustainability is one that has only industry, even though acting in accordance with sustainability
recently come to the forefront, but has this not been part of principles nowadays is a defining characteristic of being a
the civil engineer’s role for many years—one which has been professional.
Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda 5
3. One of the principal barriers to the wider adoption of more to our prosperity, our public services and our quality of life.
sustainable design and construction solutions has been the As engineers we possess the ability to influence and
perception that they incur substantial additional costs; too shape society and, as such, should be leading the sustainability
high to justify their application in this competitive market. agenda.
As a result there has been a lag in the application of
more sustainable solutions that improve performance Engineers are well equipped to play a vital role in ensuring the
beyond that required by regulations. Reaching the highest longevity of the planet, being at the forefront of all new
standards of current practice does incur some cost premium, development and capable of creating innovative solutions in
but recent research and successful ‘green’ projects around the consideration of the following key aspects.
globe show that careful consideration of designs and
specifications at an early design stage can minimise these cost
premiums. 6.1. Design
(a) Energy: carbon targets: on-site renewable energy sources.
Often the most powerful and direct driver for addressing (b) Environmental issues: biodiversity, open space provision,
sustainability is that the client, funder or planning authority has contaminated land, flood risk, drainage strategy.
made it a key project requirement. For example (c) Materials: embodied environmental impact.
(d) Transport: access to other modes of transport, reduce need
(a) the Housing Corporation requires an EcoHomes to travel.
‘good’ rating on any scheme they fund or English (e) Water: maximise grey water reuse, water efficiency,
Partnerships require partner developers to achieve a rainwater harvesting, sustainable urban drainage schemes
minimum Building Research Establishment environmental (SUDS).
assessment method (BREEAM)/EcoHomes ‘very good’ ( f ) Waste: reuse demolition waste, segregate for recycling, ICE
rating demolition protocol.
(b) public sector contractors should achieve a BREEAM
‘excellent’ rating for all new buildings and their proposals
6.2. Construction
are often critically evaluated according to the extent to
which they address sustainability issues (a) Waste: on-site waste management, separation for recycling,
(c) local authorities become confident to adopt sustainability in ‘just in time’ site management.
transportation and other civil engineering projects (e.g. (b) Environmental: minimise impact during construction.
Newcastle City Council achieved a sustainable design and
construction approach related to the award winning 6.3. Operation
development works of Scottswood Road) (a) Access: car parking standards and restrictions.
(d) many high-profile private developers and landowners are (b) Economic benefit: national/regional/local strategies.
seeking higher standards of sustainability performance from (c) Energy: sustainability performance—BREEAM.
their partners (d) Environment: noise management.
(e) investors are becoming increasingly interested in (e) Social capital: safe streets, fear of crime, affordable housing,
sustainability and are engaging with major property
quality of public realm.
industry partners to understand how they contribute to the
( f ) Water: SUDS, long term water management.
wider sustainability agenda.
In order to succeed in addressing the sustainability agenda,
Engineers have always been pioneers in society; they have driven engineers need to have a broader understanding of issues which
advances in development and made things happen. There is impact on development and communities if they are to make
significant advantage to be gained from actively addressing the better places, where people want to live and work. This means
sustainability agenda, by accepting the ethical responsibility and today’s engineer will have to be knowledgeable in different
understanding the financial and programming implications of
disciplines as outlined in the Egan review, Skills for Sustainable
committing to sustainability issues.
Communities1 that recognises the need for better training. We
should be encouraging students to follow such an influential
More initiatives should be created from governments, cultural
career path and support universities to provide the characteristics
education promoted and additional research funded to explore
required.
how change can be achieved effectively in the industry within the
short amount of time we have available before it is too late for the
A multi-discipline perspective is being promoted by the
future of the planet.”
Academy of Sustainable Communities (ASC) and for
engineers to influence the sustainability agenda it is
imperative to gain such an appreciation. In this respect, Thomas
6. Christopher Paul Jones, Yorkshire and Telford practiced as an architect and engineer, and was an early
Humber region exponent of a multi-disciplinary professionl, well ahead of his
It is without doubt that a profession which designs, builds and time.
manages the built environment, underpinning aspects of civilised
society, has a key role to play in environmental performance and In conclusion, engineers are well placed to devise and implement
meeting the challenges of sustainability. In addition, the strategies for sustainable development and drive worldwide
construction industry consumes resources on a massive scale to collaborative input from a wide range of stakeholders. We are all
create the infrastructure which society craves and is essential custodians of the environment and have a collective
6 Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda
4. responsibility to ensure sustainability is achieved; but as Sustainability is every person’s responsibility and as engineers
members of ICE our contribution is pivotal. we have the fundamental role of ensuring projects are
intertwined with the reality of sustainability. In doing so we
enable the sustainability agenda to be brought to the forefront of
7. Ben Maltby, West Midlands region the design and delivery of all infrastructure projects in which we
are involved. This needs to be from conception to implementation
The most vital elements of our economy and in fact much of the
as the future of our planet depends on addressing the current
way we live our daily lives, are delivered by engineers, and in
issues, ensuring that the sustainable agenda is approached and
particular it could be argued, civil engineers. Energy, power,
that in all areas it is implemented. The construction industry is
water and travel are among many other vital services that the
traditionally and by its very nature a high usage sector of
modern world depends on. How can we best address these
resources.
elements, that are so key to our economic and natural survival,
to provide them in a sustainable manner? In particular,
As an engineer the first introduction to the concept of
why should it be the responsibility of civil engineers to
sustainability was during civil engineering design. The concept
ensure problems are tackled to a level not only to halt, but
was simple; the sustainability agenda was to be included as an
reverse, damage caused to our small and fragile planet
integral part of the design process. As a concept sustainability
through years of neglect stemming from ill-education? There
was easy to define but when it came to the actual application
is, of course, a short answer to the question posed in the
to the project it became more difficult. In retrospect application
original specification for this article which would bring it to an
of sustainability is more difficult than a definition.
all too abrupt end. That answer is: ‘If we as civil engineers do
not address the sustainability agenda, who else will?’ To put
In achieving sustainable infrastructure we have the chance to use
it into a simpler context, the question may be reformulated
lessons learned over time from innovative high profile
to: ‘Why should civil engineers design the first bridge, road,
sustainable construction projects and to implement new and
railway or sewage system?’ Civil engineers have a vital role
improved systems of construction to schemes in which we are
in creating a world where there is no shortage of energy,
involved. As engineers we have the opportunity to influence
pollution is under control and unwanted climate change has been
others by innovative and modern approaches to delivery of
reversed.
projects and to forge the way ahead for other industries. This
cannot be about appearing to fulfill the objectives, it must be
There is a grim reality that the economic risks of not dealing with
a holistic approach for ideas to work and this will not happen
the environmental challenges faced by the modern world are
overnight.
unimaginable. As civil engineers struggle with some of the
world’s most pressing environmental problems, the general
In the long term everyone is aware that adopting a more mature
public must support their efforts by making sensible, informed
and active approach to the sustainability agenda is really the only
choices about personal lifestyle.
sensible option. I do believe that it is essential that civil engineers
address this issue as well. We are the designers and constructors
Something must be done to make the world a better, less
of the future infrastructure and as such have a greater
polluting, place. The media will continue to argue, politicians will
responsibility to the population and indeed the environment, but
continue to set targets, protesters will continue to hold placards
it is believed there is a bigger question to be posed to engineers
and distribute leaflets, but ultimately civil engineers have the
everywhere: ‘Why are we not?’
skills and knowledge to provide practical solutions to the world’s
greatest environmental challenges. To do so is a ‘heroic
challenge’ which will take a blend of creativity from the greatest 9. Tim O’Brien, Wales region
artist, with the technical skill of the greatest mathematician. With
The most efficient way of solving any problem, such as resource
my early impressions of the civil engineering industry, it would
use, is to tackle it at source. Engineers are in a unique position to
appear as if there is an abundance of talent and skill waiting
tackle sustainability as they have roles in both public and private
to meet the world’s problems ‘every step of the way’.
sectors, being able to influence construction from conception to
completion. As a profession we can use ICE to lobby and advise
governments on sustainable development issues. Therefore our
8. Patricia McElduff, Northern Ireland region position in society is a good reason why we should consider the
We are all witnesses and accomplices to the continual sustainability agenda.
degradation of our local and global environment. Issues such as
deforestation, global warming, waste and rising sea levels are all Replacing and maintaining structures can be costly, and so it has
testimony to the fact. The management of sustainable been realised that a sustainable development would have in-built
construction must integrate the four dimensions: cost, time, longevity. A good example of longevity is Telford’s Menai
quality and the environment. There is a number of aspects suspension bridge, first built in 1829, which has so far lasted for
involved in the area of sustainability. Each of which has local, nearly 200 years. Conversely the current average design life of
national, international and global implications. In assessing the structures is around 50–100 years. We can do much to improve
sustainability agenda many differing aspects of the project must the longevity of our designs and finished products by considering
be addressed. In order to do this communication is required the ease with which buildings can be maintained or altered
between personnel, projects and companies to ensure the lessons alongside the quality of materials used. This should include
learned and the information gathered is passed on and used to weighing up the value of using materials that last longer against
address the issue of sustainability. those that require regular replacement, while considering the
Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda 7
5. embodied energy of the materials from a whole life (and against deterioration of the natural world. Businesses must
replacement) perspective. acknowledge that they exist within the earth’s eco-system, and
rely on it for their profits. Unlike politicians, companies’ boards
Our work covers many aspects such as infrastructure, transport, and directors have an obligation to act in the best long-term
power generation and general construction. With such a wide interests of their firm, which must include addressing issues
breadth of working areas, civil engineers are in a key place to about how that business interacts with its surroundings.
influence sustainability issues having both the opportunity and As engineers, with our ability to analyse problems from first
the knowledge to make a difference. principles, we need to highlight both the long- and short-term
consequences of solutions to our clients. We need to highlight the
In addition to the embodied energy of buildings, civil engineers potential financial rewards for investing in a design that
are in a position to influence overall design of buildings. minimises future impacts, in other words, that sustainability
Buildings can be designed to be very energy efficient in use, far is essentially good business practice.
more efficient than the present average. The BREEAM ratings are
one example where engineers should lobby clients and architects Engineers operate using the ‘precautionary principle’—that is,
to meet high standards and go further than simply installing you do not hope for the best, but plan for the worst. This simple
‘super’ insulation. Consistently combining low energy principle has been expanded into an entire area of study, known
construction, with buildings that have low lifetime energy usage, as ‘risk management’, now a key part of every business’ strategy
would be a major advance towards sustainable development and formation.
is another reason why civil engineers should consider the
sustainability agenda. For civil engineers, ‘planning for the worst’ means that we are
forced to consider the long-term impacts of solutions to
Finally, civil engineers should address the sustainability problems, and mitigate the negative consequences on the
issue to raise their public profile. Currently the civil engineer environment that will simply require more costly work down the
has a poor status in society, being misunderstood and line. Take climate change as an example: some people may
unable to command high fees. It is the responsibility of all welcome the prospect of a Mediterranean climate in the UK, but
civil engineers to promote the profession and educate the public not many will relish the thought of living and working in
about the contribution that civil engineers make to modern buildings designed for northern Europe.
society.
Our ability to look at the bigger, long-term picture means that
engineers are in an ideal position to ensure sustainability is
10. Katie Symons, East of England region debated properly, and show that embracing sustainability is
When planning and building the London to Holyhead road, essential to risk management.
Thomas Telford would have had to make many decisions about
the route that would have required analysis of the short and long
term consequences. As the route forms most of the A5 trunk road 11. Sally Walters, South west region
still used today, he obviously considered the latter as important, It is hard to answer or address a question, when the answer seems
if not more important, than the former. so obviously to be within the question itself. Why should
engineers address the sustainability agenda? Surely the answer
Engineers benefit from having the analytical skills to use when must simply be, because we are engineers.
solving problems, as we are trained to understand the physical
principles that drive everyday processes. Our designs are the There are many reasons for believing that simply being engineers
result of a solid understanding of the problem, and deciding on means we should address sustainability; from the fundamental
the most effective, efficient and suitable solution. Through this, basic reasons to being an engineer through to the ethical codes
we have the ability to look at the long term consequences of a and rule of professional conduct that any member of ICE agrees
solution or policy, rather than just the short term results. We are to abide by.
trained to think: is the solution sustainable?
Examining the basic qualities of engineers, we have a skill, ability
Contrast this with politicians, the traditional policy makers. or what could even be described as a talent for working with
By the nature of democracy, their time frames are short and problems and challenges to provide the solutions. Engineers
irregular, with no guarantee of power, and therefore often think beyond the convention, achieving the innovative.
responsibility, beyond the next election date. At our core, is the fascination with investigating problems and
a strong desire to solve them. The sustainability agenda poses one
Commercial activity provides the link between engineers and of the biggest challenges facing modern engineers, the necessity
policy makers. As designers of technology or infrastructure, to balance the needs of a continually developing, fast-paced
we contribute to, and influence our local, national and global world, with changing global conditions, while considering the
economies, the drivers of government policies. The traditional needs of our future generations. These factors alone should surely
business person’s view is that if pursuing a sustainable approach have any engineer eager to become involved.
to business activity harms their commercial position, they are
unlikely to adopt it unless forced to. Much of our world has developed, or is developing, at a rapid
pace. Expectations of societies for better standards of living and
Yet this ignores the environmental issues that need to be factored basic rights are continually growing, yet across the world our
into mainstream business thinking, including how to mitigate climates are altering and land space is becoming more fiercely
8 Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda
6. competed for. The challenge is how to address all these needs for The engineering community and its associated policy makers
now and for our future. such as ICE should tackle the challenges of the sustainability
agenda by enhancing their mechanisms and supporting the
There are social and ethical considerations and responsibilities training and education of engineers and investing in research and
that are part of being an engineer and why we should adopt innovation to aid their members who can make a difference to
sustainability. We become engineers to solve problems and aid this global issue.
the development of society. Part of a desire to become engineers
is to utilise our skills to help others; this is also a value upon Once a well-educated industry is established, within markets that
which the Institution has developed and is permanently recorded environmental pressures such as global warming, investor
within the rules of professional conduct. interest, competition for resources and legislation have grown,
engineers can act to develop sustainable approaches and
The challenges that faced the great engineers such as Brunel technologies for their industry. Furthermore, engineers can
and Telford are still the same challenges that face us today; educate both government and clients of the technological
to meet the needs of a rapidly changing world with higher advances created and benefits in order to motivate them into
expectations and daily demands. Engineers are now, just as devoting prominent precedence to sustainable development and
then, required to actively take hold of the challenge the business that governs its economy.
with the same sense of pride, enthusiasm, commitment and
drive that saw Brunel and Telford become famous names In my opinion, engineers must act in a sustainable manner, as it is
worldwide. they who, through providing the world with its modern
requirements, can have the biggest influence upon how these
Rather than the question being ‘why should engineers address the requirements are created and utilised. The ultimate aim must be
sustainability agenda?’ the question is surely ‘why would education, in order to develop a new generation of engineers
engineers not address the sustainability agenda?’ within a sustainability-conscious industry that can develop and
foster a new generation of living.
12. Paula Farshim, South east England region
Engineers utilise vast amounts of energy and resources to create 13. James Wallace, North west region
what is required for the human race to live a 21st century On the 250th anniversary of the birth of Thomas Telford, we are
lifestyle, and this makes the construction industry one of the reminded of his illustrious engineering legacy. In 1820, Telford
biggest threats to the future security of our planet. What is worse designed and constructed an innovative iron bridge; one of the
is the unavoidable realisation that everything engineers create earliest of its kind, carrying the West Coast Great North Road, to
has a finite life, therefore producing waste and compounding the span the main arterial link between North West England and
problem. Glasgow, the River Esk Bridge, known as ‘Metal Bridge’.
The utilisation of resources and energy to create waste Telford considered and calculated not only the engineering
opposes the very basic rules of life, humanity and difficulties of the area, as the span at the River Esk is as wide as
sustainability. That is to say that even if the processes the Thames, but additionally, the huge tidal range of the River
involved are necessary to provide for humans to live and Esk, which is over 5 m. He also assessed the socio-economic
function, the end waste product is often more damaging than any needs of the region, in the middle of the UK’s industrial
benefit it may have given. revolution. Remarkably, the bridge lasted 95 years, before being
replaced by Cumbria County Council in 1916, due to the
These simple facts portray the reasons why the work of engineers emergence of the automobile. This bridge is testimony to Telford
and their associated industries have a critical impact on the as a visionary of sustainability; he had comprehensively designed
principles of sustainability. An engineer is responsible for the a project that would be sustainable in almost every facet.
design, construction, maintenance and disposal of the
infrastructure required for today’s lifestyle. It is the duty of In his day, Telford recognised the importance of sustainability
engineers to consider the concept carefully and aim to tackle the in engineering. In today’s world the importance of
associated problems effectively and throughout the entire cycle. sustainability is becoming increasingly paramount, because of
Although the reasons behind the need for engineers to address issues ranging from carbon emissions, depleting natural energy
such issues is very simple, the challenge in making the resources, continuing pollution of the environment, to
necessary changes in order to ‘meet the needs of today changing socio-economic world markets. It is imperative that we
without compromising those of tomorrow’ may not be so engineers exercise our influence on society to address
straightforward. sustainability issues, while advancing engineering knowledge.
We must build upon the foundations laid by engineers such as
That is why even following the simple realisation that the Telford. Telford had engineering foresight; he constructed
resources of our planet are limited and fast diminishing, it has projects for the needs of future generations.
been difficult to establish and action a global strategy to
encourage sustainable approaches to life. In fact, within the Today, a modern Telford is challenged with the same engineering
construction industry itself much has been said about principles, but must take in hand the many advances in
the principles of sustainability, but it is only very knowledge and sustainability. Presently I am concerned with
recently that the industry has been actively contributing ensuring the new River Esk Bridge is sustainable in every
towards its aims. element. We engineers are working on environmental,
Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda 9
7. geomorphological and hydrological studies of the new bridge’s debate we have now reached a world consensus that many of the
impact (which was not a concern for Telford, apart from the high technologies in use today are unsustainable. It would be futile
tides!) to ensure that the integrated engineering solution to attempt to restrict the expansion of the world’s growing
minimises the environmental impact on tomorrow’s economies in order to save the planet. Through the power of
environment. We have adopted new techniques to reduce risk sustainable technology, however, we can mitigate the impact
to health and safety and improve productivity, by for instance of this growth.
launching the steel deck superstructure across the piers. The
project must also be economically viable; the early contractor At the other end of the economic scale, underdeveloped
involvement team is set up to deliver value for money on countries desperately need affordable and appropriate
behalf of the Highways Agency, funded by government. engineering solutions. These will form the foundations
In conclusion, if engineers don’t address the sustainability on which to build and sustain a steady economy, essential
agenda today, we pay the price tomorrow. to meet the basic requirements of the world’s
poorest citizens. Solutions appropriate to the local
population are needed to meet the global objective for
14. Joseph Roberts, East Midlands region
sustainable living.
When broken down to its most basic meaning, life is about
survival. Whichever civilisation one considers throughout time, As outlined in ICE’s strategy and action plan, 2002–2003,
engineering solutions have shaped the way people survive. From the business case for sustainability needs to be clear
sanitation to power to transport and shelter it has been the task of and credible to ensure it is always considered.
civil engineers to use the tools of innovation and knowledge to Environmental management systems can help companies
implement solutions making the task of survival achievable. to cut waste and reduce costs. Ideas such as the use of local
suppliers to cut down on transport costs will also cut carbon
In the late 1700s the solutions provided by Telford and his peers emissions.
included vast networks of canals and roads. The newly connected
corners of Britain kick-started and sustained the country’s Politicians, activists and film makers can continue to raise
industrial revolution. awareness of the dangers of climate change and push the
sustainability agenda but it is the engineering community
The engineering world has moved on since the time of Telford but that will address it. It is therefore the responsibility of
the fact that we are still reliant on solutions provided by these each individual engineer to keep up to date with current
master builders should provide inspiration to all designers. Civil practice through continuous professional development in order
engineering solutions will often be required to outlive the to provide the sustainable solutions which legislation should
designer. In this time of economic prosperity we must also build insist upon.
with the needs of the future firmly in mind.
The answer to the question above is simple: because we have to.
This does not mean that every building or infrastructure project Our task, as civil engineers, is to continually answer the question
needs to last forever, but through whole life costing the solutions how can the construction industry address the sustainability
engineers prescribe can achieve a design life that justifies agenda?
construction and eventual disassembly. Wherever possible,
solutions should be adoptable with maintenance issues designed
in at conception.
REFERENCE
The booming economies of China and India are modern day 1. OFFICE OF THE DEPUTY PRIME MINISTER . The Egan Review—Skills
examples of man’s insatiable thirst for growth. After years of for Sustainable Communities. ODPM, London, 2004.
What do you think?
To comment on this paper, please email up to 500 words to the editor at journals@ice.org.uk
Proceedings journals rely entirely on contributions sent in by civil engineers and related professionals, academics and students. Papers
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10 Engineering Sustainability 160 Issue ES1 Why civil engineers should address the sustainability agenda