Advanced
Diploma in Civil Engineering Updated Units
CE303
Advanced Engineering Mathematics
English
notes for International Delivery
CE202I Fire Safety Engineering
CE204I Building Electrical & Mechanical Technology
CE301I Highrise Building Construction
CE302I Advanced Building Construction Technology
CE303 Advanced Engineering Mathematics
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FUNDAMENTALS OF CONCRETE
NATURE OF CONCRETE
PROPORTIONING OF MIXES
CONTROL OF MIX PROPORTIONS
INSPECTION BEFORE CONCRETING
INSPECTION OF CONCRETING
INSPECTION AFTER CONCRETING
TESTING OF CONCRETE
SPECIAL METHODS OF CONCRETING
CHECK LIST OF INSPECTION
CONCRETE MIX DESIGN ( ACI METHOD
CONCRETE MIX DESIGN ( BRITISH METHOD )
MIX SELECTION FOR NO-SLUMP CONCRETE (ACI METHOD)
MIX SELECTION FOR FLOWING CONCRETE
DESIGN OF HIGH-STRENGTH MIXES
MIX SELECTION FOR HIGH-PERFORMANCE CONCRETE
PRACTICAL GRADING CURVES
Introduction to 3DsMax Interface
Project Workflow
Material Editor
Using Tools
Managing the Viewports
Configuring the Viewports
Controlling the Viewports
Understanding Views
Managing Objects in the Scene
Creating the Objects
Selecting the Objects
Basics of selecting objects
Using Named Selection Sets
Using Selection Filters Chapter
Modifiers : Using Modifiers
Basics of Using Modifiers
Using the Buttons
Basics of
Modelling the Table
Creating the Lathe Objects :
Modelling the Pot
Controls of Render Window Chapter
Customizing the User Interface Tutorials
Modeling a Chessmates
Modeling a Pawn
Modeling a Bishop
Modeling
a Rook (or Castle)
Structural Specification
Seismic Detailing of RC Structure
Inspection
Concrete Quality Control
Steel Construction
Soil and Foundation
Structural Analysis
Analysis of Rates
CE204 Sketch Up technique
Foundation
Block
Shadow
Line
2D Plan
Perspective
Roof
Block
Shapes
Preparations
Filling surfaces
Painting ceiling and walls
Exterior painting
Tools
Paint applications
Scaffolding
Spraying
Glass Fitting
Drainage
Design
Drain line
Branch
Floor tap
Connection
Sewer Connection
Connection to main line
Earth work
Mortar
Concrete
RC Concrete
Brick work
Stone
work
Plastering
Wood
work
Doors and Windows
Flooring
Walling
Ceiling
Roofing
Painting and
decoration
Shuttering
Fencing
Iron work
Mechanical Drawing
Writing
Sketching
Views
Dimensions
Section
3D View
Screw
Reading the drawings
Specification
Site preparation
Planning
Earth work
Foundation
Masonry
Concreting
Brickwork
Ironwork
Wood work
Roofing
Wall
Door Window
Flooring
Ceiling
Ladder
Finishing
Fencing
Painting
Sanitation
Lightening Arrester
Types of iron
Hand tools
Straighting
Cutting
Bending
Tie
Joining
Installation
Safety
Electrode
Gas welding
Electric welding
Spattering
Welding machines
Electrodes
Specification
Gas cutting
Laying the brick
Bricklaying
Demonstration
CE303
Advanced Engineering Mathematics
This unit covers the application of
advanced computational processes to solve energy sector engineering problems.
It encompasses working safely, applying problem solving techniques, using a
range of advanced mathematical processes, providing solutions to electrical/electronics engineering problems and justifying such
solutions.
Note. Typical engineering problems are those encountered in meeting
requirements in a design brief, meeting performance requirements and compliance
standards, revising systems operating parameters and dealing with system
malfunctions
KS01-EE127A Advanced Engineering Maths
Evidence shall show an understanding of advanced engineering maths to an
extent indicated by the following aspects:
T1 Differential Calculus encompassing:
· basic concepts of differential calculus, limited to definition of
the derivative of a function as the slope of a tangent line (the gradient of a
curve); limits; basic examples from 1st principles; Notation and Results of
derivative of k.f(ax + b)
where f(x)=x to the power of n, sin x, cos x, tan x, e to the power of x, ln x.
· rules - derivative of sum and difference; product rule; quotient
rule; chain rule (function of a function), limited to two rules for any given
function, the 2nd derivative.
· applications - equations of tangents and normals;
stationary points; turning points; and curve sketching; rates of change;
rectilinear motion
· verbally formulated problems involving related rates and maxima:
minima
T2 Integral Calculus encompassing:
· integration as the inverse operation to differentiation - results
of the integral of k.f(ax +
b) where f(x) = x to the power of n, sin x, cos x, sec squared x, e to the
power of x, method of substitution, the definite integral.
· applications - areas between curves; rectilinear motion including
displacement from acceleration and distance travelled; voltage and current
relationship in capacitors and inductors and the like.
T3 Linear Algebra encompassing:
· matrices and inverse matrices;
· linear mapping,
· determinants,
· solution of linear equations.
T4 Vectors encompassing:
· geometrical representation,
· addition and scalar multiplication,
· dot and cross products,
· equations of lines and planes.
T5 Variables encompassing:
· graphs, level curves and surfaces
· partial derivatives; chain rule; directional derivative;
· maxima and minima.
T6 Sequences and Series encompassing:
· algebraic and Fourier series, convergence; Taylor’s Theorem
· power series manipulation.
T7 Differential Equations encompassing:
· first order and separable linear equations
· second order linear equations.
· partial differential equations.
· numerical Techniques.
T8 Number encompassing:
· integer, irrational and complex numbers.
· number systems.
· arithmetic operations.
· accuracy and stability.
T9 Statistics encompassing:
· assembly, representation and analysis of data.
· fitting distributions to data.
· non-parametric statistics.
· tests of significance for means, variances and extreme values.
English
notes for International Delivery
Orientation of Taste and Image, discusses the start point of restaurant design, and how to realise initial judgment through specified and effective methods.
Cuisine Theme Design, covers restaurant designs involving several main cuisines, and exposes key design details of different cuisine themes through case study.
Entrance Design, discusses how the restaurant image design enhances the taste and competitiveness of the restaurant.
Plane Layout Design, summarises several effective layout design methods with focus on the most important area, the dining area in the restaurant, based on study of successful cases.
Linear Design, discusses several effective methods of interior space organisation, which use horizontal and vertical lines.
Space Layout, proposes several methods for continuing and innovating interior space layout through discussion about some limited forms of restaurant interior.
Interface Design, discusses how to improve visual effect of restaurant interior through the most concise method.
Illumination Design, discusses the role illumination plays in restaurant design and proposes several effective solutions.
Choice of Thematic
Decoration Elements, emphasises the aim of restaurant design, namely providing
a unique dining experience to the customer, and points out various practicable
possibilities through specific cases.
CE202I Fire Safety Engineering
Fire safety engineering
Design philosophies
Prescriptive approach
Behaviour of natural fires
Properties of materials at elevated temperatures
Calculation approach
Design of concrete elements
Design of steel elements
Composite construction
Design of timber elements
Masonry, aluminium, plastics and glass
Frames
Assessment and repair of fire-damaged structures
General information
Domestic extensions
New dwellings
Domestic loft conversions
Domestic garage and basement conversions into habitable rooms and conversion of barns and similar buildings into new dwellings
Upgrading old buildings using lime and modern applications
CE204I Building Electrical & Mechanical Technology
Heat and Human Comfort 1
Heat Transfer
Hydronic Heating
Electric Heating
Air Systems, Heating and Cooling
Testing, Adjusting and Balancing
Principles of Plumbing
Valves
Water Supply, Distribution and Fire Suppression
Drainage and Wastewater Disposal
Introduction to Electricity
Energy Management
Electrical Work
Lighting
Emergency Services
CE301I Highrise Building Construction
CONSTRUCTION WORKS
GENERAL WORKING PROCEDURE FOR CONSTRUCTION WORKS
IRREGULARITY
ACCIDENT AND THEIR PREVENTION
CE302I Advanced Building Construction Technology
System Fundamentals
The Building Team-Managing the Building Process
Protection against Hazards
Building Materials
Structural Theory
Structural Steel Construction
Cold-Formed Steel Construction
Concrete Construction
Wood Construction
Wall, Floor, and Ceiling Systems
Roof Systems
Plumbing—Water-Supply, Sprinkler, and Wastewater Systems
Vertical Circulation
Construction Project Management
Communications Systems
Construction Cost
Estimating