Well-Explained Civil Engineering Answers Worth Checking Out

Course Code   :  C1481

Course Title   :  Construction and the Built Environment

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4/5 

Task 1: Rock Types and ConstructionUnit Learning OutcomesLO1 Review rock types,their formation and civil engineeringLO2 Explore and classify soils to current codes of practice.LO3 Analyse soil properties determined by geotechnical procedures.LO4 Produce a proposal to address identified geotechnical weaknesses and problems. SecnarioIt is necessary to reopen a mine under the sea to extract potash. There is a flat area on the site near to the ...

Unit Learning OutcomesUnit Learning Outcomes LO1 Describe the construction industry with reference to company structures and other activities LO2 Explain different types of construction companies within the market and their relationships within the tendering process. LO3 Discuss the key stages in a construction project, and how Building Information Modelling informs the different stages. LO4 Analyse how the construction industry has devel...

Learning OutcomesLearning Outcomes Module learning outcomes addressed: LO3 – Explain the role of site investigation and ground engineering in design and construction and demonstrate awareness of how substructure works impact on health and safety, and sustainability. LO4 – Describe principles of land surveying in the context of construction engineering and demonstrate competence in operating basic surveying instruments. Repo...

Course Code   :  CHE6020A

Course Title   :  the human factor in process safety

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5/5 

TYU Engineering Pte Ltd's Safety Management System and its External ElementsTYU Engineering Pte Ltd was first known as TYU Electrical Engineering Services in 1985. The company has grown to be Singapore’s largest interior fit-out, addition and alteration works specialist today. Their portfolio includes interior fit-out of diverse establishments such as hotels, restaurants, banks, offices, retail stores and museums....

TaskThe Composite Construction – Bridge Deck Design Coursework is part of the Structural Element Design Course. The Design Coursework must be submitted to the Student Office before 16.00hrs Friday, 25 October; on calculation paper and with appropriate cover sheet. Collaboration between students on the coursework is not allowed. Building on design and analytical skills learned throughout this course as well as other relevant courses und...

Taska) Critically evaluate design concepts and demonstrate the ability to carry out appropriate design procedures for concrete, steel and masonry bridges. b) Critically evaluate failure modes and types of defects for concrete, steel and masonry bridges. c) Carry out data collection through fieldwork. d) Critically evaluate inspection, test data and propose appropriate maintenance/strengthening methods e) Demonstrate awareness of health and s...

Course Code   :  BABM701

Course Title   :  building information modelling

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4/5 

Tasks: Innovation in ConstructionAssessment 1 contributes towards 30% of your grade for this paper   BackgroundYou have decided to develop and market a new innovative solution for the NZ construction industry and you need to convince a panel of experts in construction to fund your idea.   The briefPrepare a report that describes and promotes your innovative construction solution to convince the panel members that it worth investing in yo...

Task1. Use understanding of building physics, and apply modelling techniques in realistic building energy simulation exercises. 2. Students will be able to critically evaluate energy, thermal, airflow, solar and daylighting simulation results and use them to make coherent recommendations. 3. Write technical reports on climatic and building analysis in a form suitable for clients to a high standard In this assignment you are required to use ...

Identify geotechnical factors and substructures.1. Identify geotechnical factors and substructures.2. Compare building types and structures3. Compare building envelope material selection and design4. Discuss interior linings, joinery and fitment 1. Using your free hand, sketch and label a typical section of a cantilever concrete foundation wall with reinforced concrete slab on ground. Identify the following elements in your diagram: •...

This assignment addresses the following module outcomes: MO1 Apply design principles and standards to transport infrastructure geometric design problems MO2 Apply design principles and standards to transport infrastructure construction problems MO3 Generate a number of design options to solve an open ended problem MO4 Synthesise specifications, standards and site conditions to develop final detailed solutions. Metrobus South-west facing o...

Learning outcomes: LO1: Develop the ability to monitor, interpret and apply an integrated or systems approach to infrastructure engineering problems through know-how of the relevant technologies, their applications and modelling in order to bring about continuous improvement. LO2:  Demonstrate to work with information that may be incomplete or uncertain and be aware that this may affect the design  and apply problem-solving skill...

Course Code   :  CEN100

Course Title   :  introduction to engineering

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4/5 

Section Views and Cross-Hatching1. How to create section views A to D for the following four objects. The section view must follow the annotated cutting plane. 2.  How to fill in all cut areas with cross-hatching. 3. All drawings should be made with a 1:1 scale. 4. All objects are shown as dimensioned 3D renderings with a corresponding top view illustrating the section view cutting plane. Assume all dimensions are in millimetres. ...

Course Code   :  EG7037

Course Title   :  Environmental Sustainable Engineering And Logistic

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4/5 

Questions: This piece of coursework covers 100% of the marks for the entire EG7037 Environmental Sustainable Engineering & Logistic module. The word count for this assignment is in the region of 3000 words in addition to Appendices and labelled diagrams / sketches.Presentation: The quality of the presentation, cross-referencing of materials/images & references cited will be awarded 5 Marks   Task 1 – Environmental Sustainabl...

Course Code   :  HNCB 18

Course Title   :  civil engineering technology

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4/5 

Unit Learning OutcomesUnit Learning Outcomes LO1 Explain the methods and techniques used in civil engineering for earthworks and substructures.LO2 Present a safety plan risk assessment and method statement for a given civil engineering activity.LO3 Evaluate a given civil engineering problem and propose a solution.LO4 Prepare a design proposal for a new infrastructure project. Assignment Brief Scope You have been asked to prepare a repo...

Course Code   :  EG4013

Course Title   :  Construction Technology

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4/5 

Task Learning outcomes assessed by this assignment Describe?the?main construction?forms?used to build?low-rise?buildings?(masonry / timber)? Describe?the?main construction?forms?used to build modern?medium-rise?commercial /?residential /industrial structures. (concrete/ steel &?engineered?timber)? Describe and illustrate the functional and performance requirements of simple construction elements / components, including claddings and f...