The document discusses the importance of sustainable infrastructure design and its role in supporting communities. It describes Arup's work designing infrastructure around the world for over 40 years and its goal of creating better infrastructure through integrating global knowledge and experience. The document emphasizes that infrastructure is essential for well-being and economic growth in both developed and developing countries. It also stresses the importance of planning infrastructure that is sustainable and considers its long-term impacts and operational needs to benefit future generations.

1. Hyundai E&C – Infrastructure designengineer– Design(Ground/tunnel/harbor/waterresource
management)
The planning, design and construction of sustainable infrastructure is of vital importance in
developed and developing countries and in rural and urban areas, as it supports and connects our
communities.
Arup understands this, which is why the firm has carried out work of this nature around the
world for the last four decades. The firm recognizes its privileged position of gathering and
integrating knowledge and experience from around the world to help to create better and more
responsible infrastructure.
In both developed and developing nations around the world, a lack of, or compromised access to,
clean water, sanitation, energy and transportation severely compromises well-being and the
economy. Basic infrastructure is therefore not a luxury that can wait for better economic times,
but a precondition for supporting and creating them. The provision of appropriate infrastructure
is an urgent and ongoing global requirement.
It is not simply the short-term provision of infrastructure that is of prime importance, but
planning and designing infrastructure which takes full account of its own impact and its
operational needs and use. Infrastructure must be sustainable if it is to benefit coming
generations and make a positive contribution to the future. Providing such infrastructure now is
an investment that will pay off many times over. Arup wants to be a part of this, both now and in
the future.
Sustainable infrastructure design is not just about new infrastructure. It is about rehabilitation,
reuse or optimization of existing infrastructure, which is consistent with the principles of urban
sustainability and global sustainable development. This encompasses infrastructure renewal,
long-term economic analysis of infrastructure, energy use and reduced infrastructure costs, the
protection of existing infrastructure from environmental degradation, material selection for
sustainability, quality, durability and energy conservation, minimizing waste and materials, the
redesign of infrastructure in light of global climate change and the remediation of
environmentally damaged soils and water. Clearly sustainable infrastructure should lead to
improve socio-economics. Responsible design needs to balance social, economic and
environmental issues.
The aim is to set a responsible standard of sustainable design in both the short and the long term.
We all have a significant impact on the world around us and each of us should play a part in
protecting future generations. Engineers and planners have a big responsibility to set standards of
design that benefit the environment and the people who live in it. Arup's aspiration is that
ultimately, talking about sustainability will become superfluous, because it will be the expected
norm of a good design.
Manage waterresourcesbybuildingnew equipmentandprocesses.Alsodesign,construct,manage and
maintainthem.

2. Knowledgeabout – Fluids-Statics&Dynamics,Hydrodynamics,Stormwatermanagement,waste water
treatmentfacilities,urbanwatermanagement –forbuildingsandcommercial purposes, simulations, GIS
– Geographical Interpretationsoftware,Designof layoutsfordistributingwaterresources,smartways
to manage them.
Videos:
https://www.youtube.com/watch?v=_jJGblbKm5U– waterresource managementingeneral life
https://www.youtube.com/watch?v=iW3mfj6y3O0–water resource managementbyfieldengineer
https://www.youtube.com/watch?v=9V7MU_6VoPs&t=1s – Smart harborin korea
Smart Tunnel inMalaysia– Tunnel dividedinto3partsfirsttwo forvehicles,lowerone forwaterflow.
Duringstormsboth vehicle lanesare closedandall the waterisallowedtoflow throughthe tunnel.This
smart tunnel saveswateralsocontrolstraffic.
Smart Hydro turbines –A normal turbine installedinflowingriver,runsdue torivermovementto
generate electricity.Thiscanhelptosupplyenergytoworld’sremote areas.
Smart Harbor projectinKorea– To use harbor as mobilityharbor.
A Civil Infrastructure engineerdesigns,constructsandmaintainsinfrastructure thatsupportshuman
activitieslikeoil,power,transportation,water&waterwaste watertreatment.
Theyunderstandthe workingof individualstructuresasa systemthatcan serve as community.
Problemsinthisfieldtypicallyinvolveagreatdeal of uncertainty, multiple andcompetingobjectives,
and sometimesnumerousandconflictingconstituencies.The technical aspectsof infrastructure
engineeringmustbe understoodinthe social,economic,political,andcultural contextnotjustdesign
and construction,but maintenance,operations,performance innatural disastersandotherextreme
events,anddestructionaswell.
A goodknowledge aboutAutodesk360 software cangreatlyhelptomake designs,observethem
virtuallyandeasilycommunicate ittoyourclients.
http://www.manageddesign.com/autodesk-infraworks-360
https://www.youtube.com/watch?v=wgMATwEWi-s
Civil engineeringsoftwares:
Structure engineering –STAADPRO,ETABS,SAP2000.
AutoCAD – 2D & 3D – for all engineers
ProjectManagement– Primavera,MSproject.
BIM (BuildingInformationmodelling) Software –Revit&Archi CAD(These are similarsoftwarestoo!)
Civil engineering&Surveying–AutoDESK Civil 3D

3. SimulationsandFiniteelementanalysis –ANYSYS& ABAQUS
Geo Informatics –ARC GIS