NOCN Level 5 Diploma in Civil Engineering

What you'll be able to do

• Understand the advanced construction materials, including fibres, plastics, artificial timbers, and various miscellaneous materials.
• Understand the concept, necessity, and scope of prefabrication in building construction.
• Understand the principles of earthquake-resistant construction.
• Identify the sources of weakness in reinforced concrete (RC) frame buildings and understand various seismic retrofitting techniques.
• Design, assess, and evaluate the building services required for high-rise buildings.
• Plan, select, and analyse construction and earth-moving equipment for various construction tasks.
• Understand the necessity and applications of soil reinforcing techniques.

What you'll be able to do

• Understand trusses and frames, including their types, applications, and methods of analysis.
• Understand the concepts of slope and deflection in structural analysis.
• Understand fixed beams and their behaviour under various loading conditions.
• Understand the analysis of continuous beams using the Theorem of Three Moments Method.
• Apply the Moment Distribution Method for analysing indeterminate structures.
• Understand columns and struts, including their definitions, types, and behaviour under axial loading.
• Understand the different types of arches and their practical applications in structural design.

What you'll be able to do

• Understand physical quantities, measurement systems, and the principles of dimensional analysis, applying them to solve real-world problems in the context of physics.
• Understand force, motion, and momentum concepts, and apply vector analysis to solve problems related to linear and circular motion.
• Understand work, power, energy, and friction, applying these concepts to solve problems and analyse real-world engineering applications.
• Understand rotational motion, including key concepts such as torque, angular momentum, and moment of inertia, and apply these principles to solve problems related to rotating bodies.
• Understand the properties of matter, including elasticity, pressure, surface tension, viscosity, and hydrodynamics, and apply these concepts to solve real-world problems in physics and engineering.
• Understand heat, temperature, and thermometry concepts, including modes of heat transfer, thermal expansion, and the application of various thermometric devices in real-world scenarios.
• Understand wave motion, including sound and light waves, their properties, and applications in various fields. Understand the principles of simple harmonic motion, vibration, acoustics, and the use of ultrasonic waves in engineering contexts.
• Understand optical principles, including reflection, refraction, image formation, and optical instruments, and apply these concepts to solve problems related to lenses, mirrors, and optical systems.
• Understand electrostatics, including Coulomb's law, electric fields, potential, and capacitance, and apply these principles to solve related problems in electrical systems.
• Understand current electricity, including electric current, resistance, Ohm's law, Kirchhoff's laws, and the heating effect of current, and apply these principles to solve practical problems in electrical circuits.
• Understand electromagnetism, including magnetic materials, magnetic fields, electromagnetic induction, and the working principles of key instruments such as galvanometers, ammeters, and voltmeters, and apply these concepts to solve related problems in electrical systems.
• Understand semiconductor physics, including energy bands, semiconductor materials, p-n junctions, diodes, and transistors, and their applications in electronic devices such as rectifiers, photocells, and solar cells.
• Understand modern physics concepts, including lasers, fibre optics, and nanoscience, and apply these principles to real-world engineering, medical, and technological applications.

What you'll be able to do

• Analyse projects and project management approaches in own context.
• Develop a comprehensive plan for project management in relation to chosen project.
• Understand the importance of establishing a quality culture.
• Implement project governance and ethical frameworks.
• Evaluate project closure processes.

What you'll be able to do

• Understand the fundamentals of architectural design, including the review of architectural principles.
• Identify and evaluate factors affecting site selection for architectural projects.
• Analyse and apply climatic considerations in architectural design.
• Recognise and explain the importance of building regulations in architectural design.
• Appreciate and apply the principles of building aesthetics to design, with a focus on the balance between utility, composition, and visual appeal.
• Analyse architectural projects for residential buildings.
• Analyse architectural projects for public and commercial buildings.
• Understand and apply the key principles of landscaping in soft landscaping.
• Understand and apply the key principles of landscaping in hard landscaping.
• Understand and apply the key elements and principles of interior design.
• Understand the principles of anthropometric data.
• Apply anthropometric data to the design of furniture.
• Apply anthropometric data to the design of circulation patterns.
• Identify various interior materials effectively in the design and construction of interior spaces.
• Select various interior materials effectively in the design and construction of interior spaces.
• Apply various interior materials effectively in the design and construction of interior spaces.
• Design and plan the interior layout of a residential building.
• Plan and design the interior of small commercial buildings, such as offices.
• Plan and design the interior of small commercial buildings, such as consulting chambers.
• Plan and design the interior of small commercial buildings, such as retail spaces.

What you'll be able to do

• Understand the basic principles of bridge construction, including the definitions, components, classification, and requirements of an ideal bridge.
• Understand the essential processes involved in the site investigation, hydrology, and planning phases of bridge design, including site selection, alignment, flood discharge determination, and the collection of necessary design data.
• Understand the various types of bridge foundations, the processes involved in foundation design and construction, and the factors influencing the selection of suitable foundations for different bridge types.
• Understand the key components of a bridge substructure, including piers, abutments, wing walls, and approaches, and identify their various types, functions, and construction considerations.
• Understand the various types of permanent bridges, including masonry, steel, and concrete bridges, their classifications, structural components, and the relevant bridge loading standards and regulations.
• Understand the different types of culverts and causeways, their functions, and construction techniques, with the ability to describe and apply these concepts in relevant engineering projects.

What you'll be able to do

• Understand the importance of building meaningful and mutually supportive relationships with other individuals and organisations
• Identify stakeholders and their requirements
• Recognise opportunities for resource sharing with partners
• Prepare for effective negotiation to reach desired outcomes
• Understand strategies for reducing, minimising and dealing with conflict

What you'll be able to do

• Apply fundamental drawing techniques, including the use of drawing instruments, conventions of lines, scaling, dimensioning, and geometrical constructions, in the context of technical drawings.
• Create and interpret orthographic projections, including converting pictorial views into orthographic views using first and third-angle methods, and understanding the applications of various projection techniques.
• Create and interpret isometric projections, including the use of isometric scales, conversion of orthographic views into isometric projections, and solving problems related to objects with lines, circles, and arcs.
• Produce accurate free-hand sketches of engineering / construction elements, including components and orthographic and isometric views, using appropriate paper and grids for clarity and precision.
• Navigate and utilise the Computer-Aided Drafting / Drawing (CAD) interface effectively, including understanding system requirements, components and file management, and apply basic setup functions for new drawings.
• Create, modify, and dimension basic entities in Computer-Aided Drafting / Drawing (CAD), effectively use editing tools, apply appropriate text styles, and set up printing parameters for a professional and accurate technical drawing.
• Create, modify, dimension, and format 2D and 3D drawings using CAD software, including the design of building components and the printing / plotting of drawings.
• Plan buildings based on cost estimation, adhere to local building legislation and regulations, and design efficient layouts for various building types, considering functional and aesthetic aspects.
• Prepare detailed plans, elevations, and sectional elevations of buildings using CAD software, based online diagrams and given specifications, in compliance with local building standards and regulations.
• Create detailed plans, elevations, and sections of an inclined roof building using CAD commands, based on given line diagrams and specifications.
• Create detailed drawings of various types of culverts, including half foundation plans, half top plans, cross-sectional elevations, and longitudinal sections using both manual drawing techniques and CAD software.
• Create detailed drawings of irrigation structures, plumbing and sanitary connections, and septic tank systems using both CAD software and manual drawing techniques, based on given specifications.
• Use Architecture software to effectively modify and model various building components, create site plans, and prepare detailed approval drawings for a residential building, including its 3D view, based on given specifications.
• Model and analyse structural systems using appropriate software, including the creation of 2-D models, application of loads and supports, and performing analysis for continuous beams subjected to various loading conditions.
• Produce detailed drawings with necessary reinforcement schedules for structural elements based on supplied hand sketches.

What you'll be able to do

• Understand the classification, characteristics, and uses of stone, including quarrying techniques and the qualities required for good building stone.
• Understand the composition, production processes, and classifications of bricks, including their uses and the qualities required for good building bricks.
• Understand the classification, properties, and uses of clay products and refractory materials, with a focus on their applications in construction and industrial processes.
• Understand the types, properties, and testing methods for cement, and apply this knowledge to assess the quality and suitability of cement in construction applications.
• Understand the characteristics, classification, and applications aggregates in construction.
• Demonstrate a comprehensive understanding of the composition, properties, and applications of mortar and concrete, including both cement and lime mortars.
• Demonstrate a thorough understanding of timber as a building material, including its classification, structure, defects, and preservation techniques.
• Understand the key concepts and techniques related to the application of paints, varnishes, distempers / cement paint, and washings in construction and decoration.
• Demonstrate a comprehensive understanding of the various types of ferrous materials.
• Demonstrate an in-depth understanding of bituminous materials.
• Demonstrate an advanced understanding of plastics, heat-proofing, and acoustic materials.

What you'll be able to do

• Understand the properties, grades, advantages and disadvantages of concrete as a construction material.
• Understand the composition, properties, and different types of cement, and their impact on the performance of concrete.
• Understand the classification, characteristics, and quality control of aggregates used in construction, with reference to relevant standards.
• Understand the importance of water quality in the mixing and curing of concrete.
• Understand the functions, classifications, and applications of admixtures in concrete, with reference to relevant standards.
• Understand the properties of fresh concrete, including its strength, durability, and susceptibility to various environmental factors.
• Understand the properties of hardened concrete, including its strength, durability, and susceptibility to various environmental factors.
• Understand the principles and methods of concrete mix design, including the selection of materials and the application of relevant standards.
• Understand the processes involved in the production of concrete, including batching, mixing, transportation, placing, compaction, curing, and formwork management.
• Understand the inspection and quality control procedures for concrete, including compliance with relevant standards, and the factors affecting the quality, durability, and testing of concrete.
• Understand the characteristics, applications, and production methods of various types of special concrete.
• Understand the types of deterioration that can affect concrete and the methods for preventing such deterioration, with a focus on corrosion of reinforcement.
• Understand the principles of repair technology for concrete structures, including the identification, causes, prevention, and remedies for defects, as well as the selection of appropriate repair techniques.

What you'll be able to do

• Understand the principles, roles, and resources involved in construction management, including the aims, functions, and interrelationships within a construction team.
• Understand and apply construction planning techniques and the use of network analysis tools to ensure efficient project management.
• Understand and apply effective materials and stores management techniques, including classification, storage, issuing procedures, and inspection processes in construction projects.
• Demonstrate an understanding of effective construction site management, focusing on job layout, temporary facilities, material storage, labour organisation, and equipment placement.
• Understand the principles of construction organisation, including organisational structures, leadership, supervision, human relations, and conflict management in a construction setting.
• Understand and apply effective labour management strategies, including scheduling, motivation, wages, incentives, and legal considerations to enhance workforce productivity and resolve disputes on construction projects.
• Understand and apply effective equipment management strategies, including scheduling, selection, cost analysis, maintenance, and inspection to ensure optimal performance and cost efficiency in construction projects.
• Understand and apply quality control principles in construction, focusing on quality concepts, standards, and methods used during and after construction.
• Understand and apply effective techniques for monitoring progress in construction projects, focusing on tracking work progress, conducting work studies, and implementing corrective measures for both physical and financial aspects.
• Understand and apply safety management principles in construction, focusing on the importance of safety, identifying causes and effects of accidents, and implementing safety measures in various construction activities.

What you'll be able to do

• Demonstrate an understanding of building classifications based on occupancy and identify and describe the various components of a building.
• Understand the key objectives of site investigation, conduct effective site reconnaissance, and apply various methods of site exploration to gather relevant data for construction projects.
• Understand the fundamental concepts and purposes of foundations in construction, and identify and describe the different types of foundations.
• Demonstrate a comprehensive understanding of the purpose, classification, and construction techniques for walls in building design.
• Demonstrate a comprehensive understanding of dampness in buildings, its causes, and its detrimental effects on materials and health.
• Understand the purpose and applications of arches and lintels in construction.
• Understand and identify the different types of doors and windows, their components, and their uses in building construction.
• Demonstrate a thorough understanding of different types of flooring systems, including ground and upper floors, as well as the materials, construction methods, and specifications associated with them.
• Understand of various types of roofs, their concepts, functions, and associated construction terminology.
• Understand the fundamental concepts of stair design and construction.
• Understand the various types of surface finishes and their applications in construction.
• Demonstrate fundamental understanding of seismic planning and the design principles necessary for constructing earthquake-resistant buildings.
• Demonstrate an understanding of the necessity, types, and applications of construction machinery in building construction.

What you'll be able to do

• Understand the concepts of hazards.
• Understand the concepts of disasters.
• Understand the concepts of risk.
• Understand the concepts of vulnerability.
• Understand the disaster management cycle.
• Understand the fundamental concepts of earthquakes, including their causes.
• Understand the fundamental concepts of earthquakes, including their measurement.
• Understand the fundamental concepts of earthquakes, including their effects.
• Understand the fundamental concepts of earthquakes, including their risk elements.
• Understand the concept of tsunamis, including their onset.
• Understand the concept of tsunamis, including their types.
• Understand the concept of tsunamis, including their cases.
• Understand the concept of landslides, including their causes.
• Understand the concept of landslides, including their onset.
• Understand the concept of landslides, including their potential impact.
• Understand the concept of cyclones, including their formation.
• Understand the concept of cyclones, including their types.
• Understand the concept of cyclones, including their onset.
• Understand the concept of floods, including their onset.
• Understand the concept of floods, including their types.
• Understand the concept of floods, including the elements at risk.
• Understand the concept of droughts, including their onset.
• Understand the concept of droughts, including their types.
• Understand the concept of droughts, including the elements at risk.
• Understand forest fires, their causes.
• Understand forest fires, their impacts.
• Understand forest fires, their management strategies.
• Understand various types of hazards and disasters, including chemical and industrial disasters.
• Understand various types of hazards and disasters, including epidemics.
• Understand various types of hazards and disasters, including heat waves.
• Understand the key policies involved in disaster risk reduction.
• Understand the governance structures involved in disaster risk reduction.
• Understand the planning processes involved in disaster risk reduction.

What you'll be able to do

• Understand the fundamentals of mechanics and force systems, including the classification and resolution of forces, and apply these concepts to solve problems in statics and dynamics.
• Understand and apply the principles of equilibrium, analyse forces acting on different types of beams, and use methods such as Lami’s Theorem and graphical techniques to solve engineering problems involving equilibrium.
• Understand the principles of friction, its relevance in engineering applications, and apply these principles to analyse the equilibrium of bodies subjected to forces on level and inclined surfaces.
• Understand the concepts of centroid and centre of gravity and apply methods to calculate the centroid of plane figures and centre of gravity of simple and composite solids.
• Understand the principles and working of simple lifting machines, calculate mechanical advantage, velocity ratio, and efficiency, and apply these concepts to various types of lifting machines.

What you'll be able to do

• Understand the multidisciplinary nature of environmental studies and recognise its importance in addressing the challenges posed by human development and industrial growth.
• Understand the types of natural resources, their uses, and the problems associated with their exploitation.
• Understand the concept of ecosystems, their structure and function, and the roles of various organisms within them.
• Understand the concept of biodiversity, including its definition and various types, and recognise its significance at global, national, and local levels.
• Understand the various types of environmental pollution, their causes, effects, and control measures.
• Understand the relationship between social issues and environmental sustainability, including the transition from unsustainable to sustainable development.
• Understand the relationship between human population dynamics and the environment, and analyse the effects of population growth, family welfare programs, and human rights on environmental sustainability and human health.

What you'll be able to do

• Understand and apply various types of estimates, units and modes of measurement, and the accuracy required for different items of work, in line with relevant standards.
• Perform quantity estimates for buildings using various methods and apply the necessary calculations for materials and costs in accordance with scheduled rates and construction standards.
• Analyse rates for various construction items as per specifications and standards, calculate material and labour costs, and produce an abstract of cost for a complete estimate.
• Understand the administrative structure of engineering organisations, define the duties and responsibilities of engineers at various levels, and apply this knowledge in a professional setting.
• Prepare detailed estimates for various types of culverts and bridges, including the calculation of quantities and steel requirements, along with the creation of a bar bending schedule.
• Prepare detailed estimates for irrigation structures, including vertical falls and siphon well drops, ensuring accurate quantity calculations and cost estimations according to given specifications.
• Prepare detailed estimates for road construction projects, including roads and highways in cutting/filling, ensuring accurate calculation of materials, labour, and associated costs based on project specifications.
• Manage and maintain accounts and works effectively, understanding classification, execution methods, and the various administrative and financial procedures involved in public works projects.

What you'll be able to do

• Understand and apply the fundamental principles of hydrostatics, including fluid properties, pressure measurement, pressure exerted on immersed surfaces, and the principles of flotation and buoyancy.
• Understand and apply the principles of fluid flow kinematics, including the basic equations of fluid flow, Bernoulli’s theorem, flow over notches and weirs, and the classification of flow types in pipes.
• Understand the principles, operation, and performance characteristics of different types of pumps, including centrifugal and reciprocating pumps, and apply this knowledge to solve practical problems.

What you'll be able to do

• Understand soil and soil engineering principles, along with a clear understanding of the scope of soil mechanics.
• Understand and apply the key definitions and relationships related to soil as a three-phase system.
• Determine the index properties of soil, including water content, specific gravity, particle size distribution, and consistency limits.
• Classify soil based on particle size distribution and interpret the significance of various soil classification systems, including textural, Unified Soil Classification, and other classification systems.
• Understand permeability and seepage in soils, including Darcy’s Law, factors affecting permeability, and the methods for measuring permeability.
• Understand the principles and processes involved in soil compaction and consolidation.
• Understand the concept of shear strength in soils, including the factors that affect it, such as cohesion and the angle of internal friction.
• Understand and calculate the earth pressures acting on retaining structures, including active, passive, and earth pressure at rest.
• Understand the various functions and types of foundations, including shallow and deep foundations, and apply their knowledge to determine the bearing capacity of soils.

What you'll be able to do

• Understand the key functions, classifications, and importance of highway transportation, along with the role of organisations involved in road development and management.
• Understand the key concepts and design principles of road geometry.
• Understand the types, properties, and testing of road materials, and their significance in road construction and design.
• Understand the principles and construction techniques of road pavements, including both flexible and rigid pavements, sub-grade preparation, base course, surfacing, and the methods used for stabilisation and quality control.
• Understand the design principles and construction techniques for hill roads.
• Understand the principles and importance of road drainage systems.
• Understand the common types of road failures and their causes, and acquire the knowledge and skills required for the maintenance of both bituminous and concrete roads.
• Understand the types, functions, and applications of various construction equipment used in road construction and evaluate their output and effectiveness in different construction processes.
• Understand the basic concepts of traffic studies, traffic safety measures, traffic control systems, road junction designs, and the use of traffic islands and refuge islands in improving road safety and flow.
• Understand the principles of landscaping and arboriculture in road development, and their importance in enhancing aesthetics and environmental sustainability.

What you'll be able to do

• Demonstrate a comprehensive understanding of the history, types, and sources of irrigation, recognising their importance in agricultural practices and their impact on the economy and society.
• Understand and analyse the hydrological cycle, rainfall patterns, methods of estimating rainfall, and the concepts of catchment areas, runoff, and flood discharge.
• Analyse the water requirements of crops, including factors such as crop seasons and irrigation concepts.
• Understand flow irrigation systems, including irrigation canals, perennial irrigation, and the components of irrigation canals.
• Understand the causes and effects of water logging in agricultural fields.
• Understand diversion head works and regulatory structures in irrigation systems.
• Understand the functions and necessity of cross drainage works in irrigation systems, including aqueducts, siphons, super-passages, level crossings, and inlets and outlets.
• Understand the necessity of storage reservoirs, the types of dams, and the associated design, construction, and safety considerations.
• Understand groundwater hydrology, including the occurrence and quantity of groundwater, the types of wells, and methods of well construction and maintenance.

What you'll be able to do

• Develop and promote health, safety, welfare and environmental awareness in a working environment.
• Review existing practice to identify opportunities for improvements and communicate appropriate improvement measures.
• Manage the access and induction to work environments for all relevant stakeholders.
• Check the competence of those under direct line management to perform their duties safely and effectively.
• Communicate health, safety, welfare and environmental information effectively in a working environment.
• Review the serviceability of health, safety and welfare equipment and resources to ensure they are fit for purpose.
• Employ health, safety, welfare and environmental systems, identify hazards and reduce risks; report accidents and emergencies and prevent recurrence.
• Monitor health, safety, welfare and environmental protection systems regularly to meet organisational and regulatory requirements.
• Identify and report special conditions which contravene usual organisation and / or regulatory requirements.

What you'll be able to do

• Understand trigonometric concepts.
• Understand differential calculus, including the concepts of limits, differentiation techniques, and the differentiation of various types of functions.
• Understand algebraic concepts, including complex numbers, partial fractions, permutations and combinations, and the binomial theorem, and apply these principles to solve mathematical problems, including engineering applications.
• Work with determinants and matrices, including their properties, algebraic operations, and application to solving systems of linear equations.
• Understand integral calculus, including the techniques of integration, and apply integration to solve problems involving areas, volumes, and other practical applications.
• Understand coordinate geometry, including the equations of straight lines, circles, and conics, and apply these concepts to solve problems involving intersections, angles, and the properties of geometric shapes.
• Understand vector algebra, including vector notation, operations such as addition, subtraction, scalar and vector products, and apply these concepts to solve practical problems in work, moment, and angular velocity.
• Understand and solve first-order, first-degree differential equations using appropriate methods.

What you'll be able to do

• Understand and apply basic principles of mechanics, including force, moment, equilibrium conditions, and the use of free body diagrams to analyse structural systems.
• Understand and apply the principles of geometrical properties of sections, including centroids and moment of inertia, to analyse various symmetrical, asymmetrical, and anti-symmetrical shapes in structural design.
• Understand and apply the principles of simple stresses and strains in materials, including the analysis of mechanical properties, stress-strain behaviour, and their application in engineering design and material selection.
• Understand and apply the concepts of shear force and bending moment in beams, including the analysis of different load types, support conditions, and their effect on beam behaviour.
• Understand and apply the concepts of stresses in beams and shafts under various loading conditions, including bending, shear, torsion, and combined stresses.
• Analyse and solve problems related to complex stresses and strains, including the determination of principal stresses, principal planes, and stress components on inclined planes using Mohr's Circle.

What you'll be able to do

• Understand how the design and operation of production facilities affects efficiency, including layout, workflow, and resource utilisation.
• Understand the factors that impact on the operating efficiency of machines, equipment and production lines, such as maintenance, downtime, and operator skill.
• Analyse the relationship between production volume, quality and efficiency to inform decision-making, considering cost implications and customer satisfaction.

What you'll be able to do

• Demonstrate a comprehensive understanding of railway terminology, the advantages of railways, and the classification of railways.
• Understand the concept of permanent way.
• Identify, describe, and analyse the materials used in railway track construction.
• Understand the geometric design aspects of broad-gauge railway tracks.
• Understand the concept of points and crossings.
• Understand and apply the methods for laying and maintaining railway tracks.

What you'll be able to do

• Understand and apply the Working Stress Method (WSM) for the design and analysis of reinforced concrete structures.
• Understand and apply the Limit State Method (LSM) for the design of reinforced concrete structures.
• Analyse singly reinforced concrete sections using the Limit State Method (LSM) for flexure.
• Design singly reinforced concrete sections using the Limit State Method (LSM) for flexure.
• Analyse doubly reinforced concrete sections using the Limit State Method (LSM) for flexure.
• Design doubly reinforced concrete sections using the Limit State Method (LSM) for flexure.
• Analyse shear reinforcement in reinforced concrete structures using the Limit State Method (LSM).
• Design shear reinforcement in reinforced concrete structures using the Limit State Method (LSM).
• Analyse bond in reinforced concrete structures using the Limit State Method (LSM).
• Design bond in reinforced concrete structures using the Limit State Method (LSM).
• Analyse development length in reinforced concrete structures using the Limit State Method (LSM).
• Design development length in reinforced concrete structures using the Limit State Method (LSM).
• Analyse singly reinforced T-beams for moment using the Limit State Method (LSM).
• Design singly reinforced T-beams for moment using the Limit State Method (LSM).
• Analyse singly reinforced T-beams for shear using the Limit State Method (LSM).
• Design singly reinforced T-beams for shear using the Limit State Method (LSM).
• Design and analyse one-way slabs.
• Design and analyse cantilever slabs.
• Design and analyse two-way slabs.
• Design and analyse dog-legged staircases.
• Design and analyse cantilever staircases.
• Design axially loaded columns, ensuring compliance with the Limit State Method (LSM) for structural stability and safety under axial loads and flexural stresses.
• Analyse axially loaded columns, ensuring compliance with the Limit State Method (LSM) for structural stability and safety under axial loads and flexural stresses.
• Design footings, ensuring compliance with the Limit State Method (LSM) for structural stability and safety under axial loads and flexural stresses.
• Analyse footings, ensuring compliance with the Limit State Method (LSM) for structural stability and safety under axial loads and flexural stresses.
• Understand the fundamentals of steel structures, including the types.
• Understand the fundamentals of steel structures, including the properties.
• Understand the fundamentals of steel structures, including the design principles, to apply structural analysis and design effectively using Limit State Design (LSD).
• Understand structural steel fasteners and connections, their design principles, and applications in steel structures.
• Design steel tension members, considering different shapes, design strengths, and various modes of failure, ensuring compliance with design standards.
• Demonstrate the ability to design steel compression members, considering various shapes, bulking classes, slenderness ratios, and compressive strengths, ensuring compliance with design standards.
• Demonstrate the ability to analyse different types of steel column bases and foundations, ensuring appropriate load transfer and stability.
• Demonstrate the ability to design different types of steel column bases and foundations, ensuring appropriate load transfer and stability.
• Demonstrate the ability to design steel beams, including understanding their classification, calculating their moment capacity, shear resistance, and addressing deflection, web buckling, and web crippling.
• Demonstrate the ability to analyse steel beams, including understanding their classification, calculating their moment capacity, shear resistance, and addressing deflection, web buckling, and web crippling.
• Demonstrate the ability to design tubular steel structures, while considering the permissible stresses, crinkling effects, and joint designs for different structural components.
• Demonstrate the ability to analyse tubular steel structures, while considering the permissible stresses, crinkling effects, and joint designs for different structural components.
• Demonstrate the ability to design timber structures, by understanding the types of timber, grading, permissible stresses, and addressing various design considerations for axial loads, flexure, shear, bearing, and deflection.
• Demonstrate the ability to analyse timber structures, by understanding the types of timber, grading, permissible stresses, and addressing various design considerations for axial loads, flexure, shear, bearing, and deflection.
• Demonstrate the ability to design masonry structures, by applying the relevant design considerations such as permissible stresses, material properties, and structural behaviour under various loading conditions.
• Demonstrate the ability to analyse masonry structures, by applying the relevant design considerations such as permissible stresses, material properties, and structural behaviour under various loading conditions.

What you'll be able to do

• Understand the fundamental concepts of surveying.
• Understand the methods used in linear measurements.
• Apply the methods used in linear measurements.
• Understand the instruments used in linear measurements.
• Apply the instruments used in linear measurements.
• Understand the necessary corrections for accurate linear measurement.
• Understand chaining.
• Understand the methods required for accurate linear measurements, especially in various field conditions.
• Understand the corrections required for accurate linear measurements, especially in various field conditions.
• Demonstrate knowledge and practical skills in chain surveying.
• Demonstrate the ability to measure angles using different instruments.
• Understand the concepts of bearings.
• Understand the concepts of magnetic declination.
• Understand the potential errors in angular measurements.
• Demonstrate the practical skills for maintaining equipment for accurate results.
• Demonstrate the practical skills for adjusting equipment for accurate results.
• Demonstrate the ability to perform chain and compass surveying.
• Compute areas accurately from plans.
• Apply various numerical methods for calculating areas in land surveying.
• Perform plane table surveying effectively, utilising various methods.
• Understand the principles involved in accurate survey execution.
• Understand the instruments involved in accurate survey execution.
• Understand the techniques involved in accurate survey execution.
• Demonstrate a comprehensive understanding and practical ability in levelling techniques, using various levelling instruments and methods to accurately determine heights.
• Demonstrate a comprehensive understanding and practical ability in levelling techniques, using various levelling instruments and methods to plot profiles.
• Demonstrate a comprehensive understanding and practical ability in levelling techniques, using various levelling instruments and methods to resolve issues related to levelling in surveying practices.
• Understand contouring techniques.
• Interpret contour maps in civil engineering projects, including the calculation of earthwork volumes.
• Apply contouring techniques in civil engineering projects, including the calculation of earthwork volumes.
• Interpret contour maps in civil engineering projects, including planning routes.
• Apply contouring techniques in civil engineering projects, including planning routes.
• Interpret contour maps in civil engineering projects, including cross-section drawings.
• Apply contouring techniques in civil engineering projects, including cross-section drawings.
• Demonstrate proficiency in the principles of theodolite surveying, including understanding its components.
• Demonstrate proficiency in the principles of theodolite surveying, including understanding its operation.
• Demonstrate proficiency in the principles of theodolite surveying, including understanding its applications in measuring horizontal and vertical angles.
• Demonstrate proficiency in the principles of theodolite surveying, including the identification and correction of errors in theodolite observations.
• Apply theodolite traversing methods to measure traverse data.
• Apply theodolite traversing methods to compute traverse data, including plotting coordinates.
• Apply theodolite traversing methods to compute traverse data, including adjusting errors.
• Apply theodolite traversing methods to compute traverse data, including balancing traverse data.
• Apply theodolite traversing methods to compute traverse data, including calculating areas of closed traverses.
• Understand the principles of tacheometry, including stadia constants determination.
• Understand the applications of tacheometry, including stadia constants determination.
• Understand the principles of tacheometry, including the use of stadia tacheometry with vertical and inclined staff.
• Understand the applications of tacheometry, including the use of stadia tacheometry with vertical and inclined staff.
• Understand the principles of tacheometry, including the calculation of elevations and distances of staff stations.
• Understand the applications of tacheometry, including the calculation of elevations and distances of staff stations.
• Demonstrate knowledge and practical skills in setting out various types of curves.
• Demonstrate knowledge and practical skills in designing various types of curves.
• Apply curves effectively in field operations, including numerical problem-solving.
• Apply curves effectively in field operations, including curve setting techniques.
• Compute volumes using various methods and formulas.
• Apply appropriate corrections when computing volumes.
• Interpret the results of volume calculations for practical applications, such as in construction.
• Interpret the results of volume calculations for practical applications, such as in reservoir capacity calculations.
• Understand the principles of modern surveying instruments for measuring angles, distances, and coordinates in surveying tasks.
• Apply the principles of modern surveying instruments for measuring angles, distances, and coordinates in surveying tasks.
• Understand the working methods of modern surveying instruments for measuring angles, distances, and coordinates in surveying tasks.
• Apply the working methods of modern surveying instruments for measuring angles, distances, and coordinates in surveying tasks.
• Set out site boundaries as per given plans, demonstrating the ability to apply surveying techniques in construction and land development projects.
• Set out foundation lines as per given plans, demonstrating the ability to apply surveying techniques in construction and land development projects.
• Set out plots as per given plans, demonstrating the ability to apply surveying techniques in construction and land development projects.

What you'll be able to do

• Understand the importance of treated water supply.
• Understand the historical development of treated water supply.
• Determine the water requirements for various uses.
• Understand factors that influence water demand.
• Apply methods for forecasting population.
• Apply methods for forecasting water demand.
• Understand the different sources of water.
• Understand the methods used for determining the yield of water sources.
• Understand the methods used for maintaining wells.
• Understand the technologies used in the conveyance of water.
• Understand the methods used in the conveyance of water.
• Understand the various impurities in water.
• Understand the harmful effects of impurities in water.
• Understand the methods used for water quality analysis.
• Understand the conventional water treatment processes.
• Understand the equipment used in each stage of water treatment.
• Understand the design of water distribution systems.
• Understand the operation of water distribution systems.
• Understand the maintenance of water distribution systems.
• Understand the various appurtenances used in water distribution systems.
• Understand and apply the principles of water supply plumbing in buildings.
• Understand the principles of sanitary engineering.
• Understand and calculate the quantity of sanitary sewage, including both domestic flows.
• Understand and calculate the quantity of sanitary sewage, including both industrial flows.
• Understand the different types of sewerage systems.
• Understand the characteristics of different types of sewerage systems.
• Understand the suitability of different types of sewerage systems for different environments.
• Understand the various sewer appurtenances, including their types.
• Understand the various sewer appurtenances, including their features.
• Understand the various sewer appurtenances, including their functions.
• Understand the various sewer appurtenances, including their construction.
• Understand the characteristics of sewage, including its physical properties.
• Understand the characteristics of sewage, including its chemical properties.
• Understand the characteristics of sewage, including its biological properties.
• Understand the various methods of sewage disposal, including land disposal.
• Understand the various methods of sewage disposal, including disposal through dilution.
• Understand the sewage treatment processes, from primary to secondary treatment.
• Understand the operation of various sewage treatment units.
• Understand the maintenance of various sewage treatment units.
• Understand the design of various sewage treatment units.
• Understand and design sanitary plumbing systems for residential buildings, including the layout of drainage systems.
• Understand and design sanitary plumbing systems for residential buildings, including the installation of sanitary fixtures.
• Understand and design sanitary plumbing systems for residential buildings, including their inspection and maintenance.
• Understand the principles involved in rural water supply and sanitation systems.
• Understand the techniques involved in rural water supply and sanitation systems.