Architectural Draughtmanship
G3N tutors you through the full CTVET Architectural Draughtmanship syllabus offline — from Professional Architectural Careers, Architectural Draughting Tools and Equipment, Health and Safety in Architectural Studio I and more — with adaptive lessons, instant quizzes and exam-ready summaries.
Syllabus
What you’ll cover in Architectural Draughtmanship.
The complete topic outline G3N teaches, mapped to the CTVET curriculum.
Form 1 (Grade 10)
11 topicsProfessional Architectural Careers
- Demonstrate knowledge of professional Architectural careers
- State career opportunities in architectural draftsmanship
- Outline responsibility of architectural draftsman
- Differentiate between the different roles and responsibilities of the designer, architect, interior designer and urban planner
- Outline educational requirements of draftsman
- Demonstrate knowledge of code of ethics in architectural firm
- Define code of ethics
- Outline ethical conducts in architectural firm
- Explain importance of work ethics in architectural firm
- Explain rules and principles that define right and wrong conduct
- Demonstrate knowledge of employment
- Establish employment opportunities for architectural draughtsman
- Outline roles associated with the employment opportunities
- Differentiate between interior designer and interior decorator
Architectural Draughting Tools and Equipment
- Demonstrate knowledge of tools and equipment in architectural draughting
- Identify tools and equipment for Architectural draughting
- Describe use of draughting tools and equipment
- State properties of pencil types
- State functions of technical pens
- Differentiate between eraser types and erasing techniques
- Demonstrate skill in using scales
- Define drawing scale
- Identify scale types and notations
- Explain relationship between metric scale and imperial scale
- Use Metric Scale to draw residential unit
- Demonstrate skill in using tools and equipment
- Explain appropriate techniques in handling tools and equipment
- Set up a drawing board
- Use tools and equipment to draw lines and lettering
- Draw title block using tools and equipment
Health and Safety in Architectural Studio I
- Demonstrate knowledge of safety in draughting studio
- Outline types of safety
- State types of hazards in work environment
- State sources of accident in draughting studio
- Explain safe work practices in Architectural studio
- Adhere to hazard warnings in Architectural draughting studio
- Demonstrate knowledge of Personal Protective Equipment (PPE) in draughting studio
- Explain Personal Protective Equipment
- Identify types of Personal protective equipment (PPE)
- Identify PPE in the draughting studio
- State use of PPE in accordance with safety instructions
- Explain importance of maintaining PPE
- Demonstrate skill in application of first aid procedure in architectural draughting studio
- Explain first aid
- Identify first aid kits for draughting studio
- Explain procedures to administer first aid
- Select appropriate kit for specific injuries
- Demonstrate knowledge of safe working environment
- Identify safe access and exit routes in draughting studio
- Explain general house-keeping
- Explain appropriate disposal of waste
- Identify waste disposal facilities in draughting studio
- Demonstrate skill in firefighting
- Identify essential components of fire.
- State classes of fire.
- Identify fire fighting equipment and materials.
- Perform firefighting operation.
Foundations and Floor Construction
- Demonstrate knowledge of foundation
- Explain foundation
- Outline features of foundation
- Identify types of foundation
- Explain functions of foundation
- Outline benefits of foundation
- Explain foundation construction methods
- Demonstrate skill in foundation drawing
- Select appropriate scale for foundation drawing
- Identify the outline of foundation walls of floor plan
- Draw foundation plan of residential building
- Demonstrate knowledge of floor construction
- Explain floor construction
- Identify types of floor construction
- Explain functions of floor construction
- Outline advantages and disadvantages of types of floor construction
- Determine minimum thickness for types of floors
- Demonstrate skill in floor construction
- Distinguish between foundation and floor construction
- Explain types of joints in floor construction
- Explain placement of floor slab
- Describe floor insulation
- Describe protection of floor from moisture
- Draw and label types of floor construction
Introduction to Computer-Aided Design and drafting in Architecture
- Demonstrate knowledge of Computer-Aided Design
- Describe Computer Aided Design
- Describe Computer Aided Manufacturing (CAM)
- Describe Computer Aided Engineering (CAE)
- Trace the History of CAD
- Describe the Scope of CAD
- Identify different types of CAD
- Demonstrate skill in use of CAD tools in Architectural Draughting
- Compare the traditional manual draughting techniques and CAD tools
- Identify function of CAD tools
- Illustrate the applications of CAD Tool
- Identify precision level and time management in CAD tools
- Identify the cloud storage services available in CAD tools
- Identify some of the standard CAD tools available in the architectural drafting industry
- Demonstrate skill in architectural draughting using AutoCAD
- Identify basics of AutoCAD
- Identify functions of Co-ordinate System
- Identify drafting settings and user interface
- Use “draw” and “modify” tools for creating architectural symbols
- Demonstrate skill in CAD Documentation
- Use the layer management and Block
- Identify the different styles available
- Identify object properties
- Identify object selection methods
- Identify plotting and publishing tools
- Produce floor plan of two-bedroom unit with CAD
Architectural Lines and Lettering
- Demonstrate skill in using lines
- Define lines
- Identify types of lines
- Use appropriate techniques for applying pencil
- Illustrate techniques in application of lines
- Draw types of lines by employing appropriate pencil grades
- Demonstrate skill in lettering
- Explain lettering
- Identify lettering tools used in draughting
- Identify types of lettering
- Outline styles of lettering
- Outline appropriate use of lettering in draughting
- Use appropriate technique in placing lettering on given drawing
- Demonstrate skill in sketching
- Explain techniques in sketching.
- Explain steps in sketching
- Use principles in sketching
- Sketch shapes and objects
Geometry for Draughting
- Demonstrate skill in geometrical drawing
- Define geometry
- Outline types of angles
- Explain division of lines into equal parts
- Draw lines and divide into equal parts
- Construct different angles
- Bisect different angles
- Demonstrate skill in pictorial drawing
- Explain pictorial drawing
- Explain principles of isometric and axonometric drawings
- Explain principles of oblique drawing
- Draw object using isometric and axonometric principles
- Draw object using oblique projections
- Demonstrate skill in orthographic projections
- Explain orthographic projection
- Outline principles of first and third angle projections
- Distinguish between first and third angle projection
- Draw objects in first angle projection
- Draw objects in third angle projection
- Demonstrate skill in drawing geometric figures
- Explain geometrical figures
- Identify types of geometrical figures
- Construct regular and irregular triangles
- Construct regular and irregular Polygons
- Construct regular and irregular quadrilaterals
- Measure the angles
- Demonstrate skill in drawing arches
- Identify types of arches
- Explain importance of arches
- Construct arcs tangents to straight lines
- Construct arches
Measurement in Architectural Draughting
- Demonstrate skill in primary measurement system
- Define primary measurement system
- Explain units of measurement
- Convert feet to metres and vice versa
- Convert millimetres to inches and vice versa
- Demonstrate skill in calculating slope
- Define slope
- Explain slope chart
- Calculate Slope
- Read Slope chart
- Apply appropriate slopes in design
- Demonstrate skill in calculating gradient
- Define gradient
- Explain use of gradient in drawing
- Explain difference between slope and gradient
- Calculate gradient
- Apply appropriate gradients in design
- Demonstrate skill in measuring plane and solid figures
- Calculate area of plane shapes
- Calculate perimeter of plane shapes
- Calculate area of solid figures
- Calculate volume of solid figures
- Demonstrate skill in drawing projections
- Define oblique projections
- Identify isometric projections
- Draw one-bedsitter design in oblique projection
- Draw one-bedsitter design in isometric projection
Site Orientation
- Demonstrate knowledge of site orientation
- Define site orientation.
- Outline factors affecting orientation of site.
- Identify suitable passive design orientation for tropics
- Define Magnetic North and True North
- Determine relationship between Magnetic North to True North
- Demonstrate skill in drawing views
- Explain effect of terrain on orientation
- Explain types of views
- Explain effect of views on orientation
- Outline view conflicts in building orientation
- Use typical site plan to draw views that may influence site
- Demonstrate knowledge of wind influence on site orientation
- Define prevailing winds
- Explain geographic factors that can influence wind conditions petterns
- Explain influence of wind in cooling structure
- Outline design strategies to offset effect of wind
- Demonstrate skill in controlling noise using site orientation
- Define noise
- Explain implication of noise on site orientation
- Outline architectural design strategies to buffer residential building from noise
- Outline landscaping strategies to buffer residential building from noise
- Draw residential building indicating strategies to buffer noise
Site Plan Layout
- Demonstrate knowledge of preparing site plan
- Define site layout plan
- Identify typical scales used to draw site layout plan
- Explain factors that influence choice of scale for site layout plan
- Outline features of site layout plan
- Explain design considerations for preparing new site layout plan
- Demonstrate skills in designing site plan
- State special consideration in designing driveways and turning circles
- Apply process used to layout property lines
- Apply process used to dimension property lines
- Illustrate steps necessary to draft basic site layout plan
- Produce site layout for two-bedroom unit
- Demonstrate skill in drawing contour lines
- Define contour lines
- Draw contour lines on site plan using field notes
- Create grading plan to indicate cut and fill areas based on the contour lines
Room Relationships and Sizes
- Demonstrate knowledge of room configuration in residential building planning
- Identify types of spaces in residential building
- Outline requirements from client’s brief
- Outline basic requirement of room planning
- Outline design procedures for residential building
- State sequence of design for residential building
- Demonstrate knowledge of room sizing
- Explain bubble diagram
- Explain importance of bubble diagram in designing
- Outline factors that affect sizing of rooms
- State standard sizes of rooms
- Demonstrate skill in room relationship and locations
- Outline uses of individual room areas
- Identify room sizes in relation to others
- Explain functional relationship between spaces in residential unit
- Sketch floor plan of residential building
Form 2 (Grade 11)
10 topicsFloor Plan Symbols
- Demonstrate skill in drawing floor plan symbols
- Explain floor plan symbols
- Identify graphical representation of building components
- Identify skylight in floor plan
- Draw floor plan representing various door types
- Draw floor plan representing various window types
- Demonstrate skill in drawing schedules
- Explain schedules in drawing
- Explain need for drawing schedules
- Identify features in schedule
- Draw window schedule
- Draw door schedule
- Demonstrate skills in drawing floor plan symbols using Computer Aided Design [CAD]
- Draw symbols on building plan using CAD
- Identify doors and windows by referencing prototype of residential unit
- Draw skylight and their drawing conventions
- Identify CAD commands used to draw floor plan walls
- Explain need for labelling spaces on floor plans
- Demonstrate skills in drawing floor plan for bed-sitter
- Use bubble diagram to show room relationship in bed-sitter
- Use freehand sketch to draw floor plan
- Apply appropriate symbols in floor plan
- Draw typical bed-sitter with CAD
Floor Plan Dimensioning and Notes I
- Demonstrate skill in dimensioning
- Explain dimensioning
- Explain types of dimensioning
- Identify standard dimension line placement
- State standard height of dimension numerals
- Describe the standard method for exterior and interior dimensioning
- Apply procedure for exterior and interior dimensioning
- Demonstrate skill in drawing notes
- Explain notes in drawing
- Identify types of notes in drawing
- Differentiate between types of notes
- Identify appropriate placement of notes in drawing
- Apply identified notes to residential building drawing
- Demonstrate skill in applying metric units
- Identify metric units using standard rules for writing metric symbols
- Outline common scales used in drawing
- Draw residential building in freehand
- Draw residential building in CAD applying metric units
Floor Plan Layout I
- Demonstrate skill in drawing architectural sheet sizes
- Define standard architectural sheet sizes
- State standard architectural sheet sizes
- Explain factors to consider in selecting sheet sizes
- Draw and dimension types of sheets
- Demonstrate skill in preparing well-composed floor plan
- Explain techniques of scaling drawings
- Identify appropriate scales for drawing floor plan
- Apply techniques in drawing
- Describe symbols on floor plan
- Apply techniques to block out walls with appropriate line thickness
- Draw well-composed floor plan for residential building
- Demonstrate skill in room labelling and drawing notes
- Outline techniques to place notes on drawings
- Outline the process in labelling and annotation of technical drawing
- Reproduce the type of labelling in freehand
- Reproduce the type of labelling in CAD drawing
Roof Components
- Demonstrate knowledge of roofs types
- Explain roof
- Identify types of roofs
- Identify types of traditional roofs globally
- Identify styles of roof for religious buildings
- Demonstrate skills in drawing roof components
- Identify components of roof
- Outline functions of roof components
- Explain the roof drainage system
- Explain the importance of roof ventilation and access
- Identify basic roof covering materials
- Demonstrate skills in roof truss
- Define a roof truss
- Outline basic principles of roof trusses
- Identify common types of trusses
- Describe relationship between supporting walls and roof heights
- Draw a simple roof truss
Roof Plan
- Demonstrate knowledge of roof plan
- Describe a roof plan
- Identify types of roof shapes
- Outline basic roof draughting conventions
- Demonstrate skill in features of roof plan
- Outline challenges in joining two roofs together
- Indicate slope on roof plan layout
- Draw roof plan of residential building
- Demonstrate skill in drawing roof framing plan
- Explain roof framing plan
- Explain factors to consider in drawing roof framing plan
- Identify elements of roof framing plan
- Draw a roof framing plan of a residential building
Sectioning Basics and Layout
- Demonstrate knowledge of sections
- Explain sections
- Identify types of sections
- Outline importance of sections
- Determine appropriate scale for sections
- Identify common symbols used for sections
- Demonstrate skill in drawing sections
- Draw to differentiate between partial and full sections
- State advantages and disadvantages of partial section
- State advantages and disadvantages of full section
- Draw detailed sections from given drawing
- Demonstrate skill in determining appropriate scale for sections
- Explain scale in relation to sections
- Explain importance of drawing sections larger than full size
- Explain need to provide adequate details
- Produce section with appropriate scale for typical unit
Introduction to Elevations
- Demonstrate skill in drawing elevations
- Explain elevation
- Explain importance of elevations
- Explain types of elevations
- Draw four elevations of objects
- Demonstrate knowledge of elevations in working drawing and presentation
- Define working Drawings and Presentation Drawings
- Outline common features of elevations in presentation drawings
- Outline common features of elevations in working drawings
- Demonstrate skill in elevation drawing techniques
- Outline factors that affect appearance of elevations
- Explain steps in projecting elevations
- Outline scales used to draw elevations
- Project elevations from given floor plan
Natural Ventilation and Daylighting
- Demonstrate knowledge of ventilation
- Define ventilation
- Outline importance of ventilation
- Distinguish between natural and mechanical ventilation
- Identify limitations in using natural ventilation for cooling buildings
- Demonstrate skill in solar control
- Explain the term solar control
- Identify types of solar controls used in residential building
- Explain importance of solar controls used in residential buildings
- Draw shading elements for residential building
- Demonstrate skill in daylighting
- Explain main sources of lighting
- Explain daylighting
- Outline importance of daylighting in residential buildings
- Outline principles of daylighting
- Draw residential building and apply principle of daylighting
Physical Modeling I
- Demonstrate knowledge of physical models
- Define physical model
- Describe types of physical models
- Outline difference between computer model and physical model
- State appropriate tools and materials used for making physical models
- Demonstrate skill in architectural design models
- Outline types of architectural design models.
- Explain advantages and disadvantages of types of models
- Make prototype architectural models for residential building
- Demonstrate skill in model making process
- Outline appropriate measurement
- Make prototype of miniature building to determine how pieces fit together
- Use appropriate tools for model building.
- Maintain tools for model building
- Explain right use of glue in model building
- Add landscaping as context to model
Basic Programming Language for Architectural Draughting
- Demonstrate knowledge of computer programming in Architecture
- Explain computer programming
- Explain history of computer programming
- Explain digital computer fundamentals
- Demonstrate knowledge of computer language
- Explain computer language
- State fundamental concept of computer language
- Outline types of computer language
- Outline fundamentals of “C programing” and data type
- Describe how computer program works
- Demonstrate knowledge of programming language concept
- Explain principles of programming language.
- Explain importance of studying programming language
- Describe classification of programming language
Form 3 (Grade 12)
13 topicsHistory of Architecture and Pioneers
- Demonstrate knowledge of architectural evolution
- State chronology of architectural evolution
- Outline terminologies in architecture
- Outline notable architectural pioneers
- State features of architectural pioneers
- Explain their influence in contemporary design and architecture
- Outline architects whose works depicts these features
- Demonstrate skill in appreciating major architectural monuments
- Explain Architectural monuments
- Identify Architectural Monuments
- Select Architectural monuments on the internet and print for presentation
- Sketch unique features of selected architectural monuments
- State architectural period for which the features were used
- Apply the features in residential building design
- Demonstrate skill in applying architectural features in studio work
- Explain limitations of applying various historical architectural features
- Sketch the Architectural features on A3 paper
- Apply architectural features in designing elevations
- Demonstrate knowledge of contributions of Architecture to history
- Explain evolution of high-rise structures
- Explain collective architecture giving examples
- State service facilities
- State transportation infrastructure
- State differences in religious architectural features
Site Orientation, Landscape and Analysis
- Demonstrate skill in site orientation
- Define passive solar design in relation to site orientation
- Outline factors influencing passive solar design of building
- Outline benefits of sun to buildings
- Explain contribution of wind in design orientation decision
- Explain effects of glare on functional spaces
- Apply design mechanisms to prevent glare
- Demonstrate skill in site analysis
- Explain Site analysis
- Outline factors that influence siting of buildings
- Explain SWOT analysis
- Apply the SWOT analysis to given site
- Use results from the analysis to create functional relationship diagram three-bedroom house
- Demonstrate skill in Landscaping design
- Explain landscaping
- State types of landscaping
- Explain importance of landscaping in site planning
- Use appropriate landscaping features to offset vagaries of weather
- Use appropriate landscaping features to offset noise
Foundation Plans and Floor Systems
- Demonstrate skill in drawing foundation plan
- Explain foundation plan
- Identify types of foundation
- Outline steps for preparing foundation plan layout
- Determine appropriate drawing scale for foundation layout
- Draw annotated foundation plan
- Demonstrate skill in drawing floor systems
- Explain floor systems
- Outline types of floor slabs
- Explain types of basements
- Draw floor systems
- Demonstrate skill in drawing foundation plan with CAD
- Create new layer and scale for drawing
- Outline of foundation walls from floor plan
- Draw foundation walls and columns
- Identify location of sections lines and other relevant information
- Draw relevant sections with dimensions
Introduction to Elementary Structures
- Demonstrate knowledge of force
- Explain force
- State types of forces
- Define design shear wall
- Explain equivalent lateral force
- Describe polar moment of Inertia
- Calculate moment of forces
- Demonstrate knowledge of basic loads
- Explain loads
- State sources of loads
- Differentiate between types of loads
- Calculate loads of structural components of building
- Demonstrate knowledge of Foundations and Retaining wall structure
- Explain Foundation walls
- Explain types of foundations
- Explain importance of footings
- Explain importance of retaining wall structure
- Explain types of retaining walls
- Explain effects of retaining walls
Measured Drawings
- Demonstrate knowledge of preparing measured drawing
- Explain measured drawings
- Outline features of measured drawings
- Explain types of measured drawings
- Outline significance of measured drawings in building industry
- Outline roles of key personnel in preparing measured drawings
- State differences between record drawings and as-built drawings
- Demonstrate skill in processes of preparing measured drawing
- Identify tools for preparing measured drawings
- Outline processes of preparing measured drawings
- Prepare measured drawing for residential building two-storey residential building
- Demonstrate skill in techniques used in preparing measured drawings
- Outline techniques used in preparing measured drawings
- Distinguish between techniques in preparing measured drawings
- Determine appropriate techniques in carrying out measured drawing activity
- Prepare measured drawings of buildings approximately 1050m²
Physical Modelling
- Demonstrate knowledge of physical models
- Explain physical model
- Explain types of physical models
- Distinguish between computer model and physical model
- Identify model making materials
- Explain appropriate use of model making materials
- Demonstrate skill in architectural design models
- Explain types of architectural design models
- Outline features of each architectural design model
- Determine appropriate application of each architectural design model
- Make concept design model of residential model
- Make working design model of residential model
- Demonstrate knowledge of physical model making processes
- Explain appropriate scale for model measurement
- Determine appropriate tools for particular model type
- Outline safety precautions for model making materials and equipment.
- Outline processes for making physical model
Programming Language for Architectural Draughting
- Demonstrate knowledge of Computer Programming
- Explain history of programming
- Explain principles of programming
- Determine choice of tools for programming
- Explain programming environment
- Describe datatypes and variables
- Explain data structure and algorithms
- Demonstrate knowledge of software methodology and programming planning
- Explain programming planning
- Outline basic software development methodologies
- Explain coding
- State basic language used in coding
- Demonstrate skill in using command lines in coding
- Describe command line in coding
- Explain use of windows Power shell
- Outline importance of using Git
- State use of CMD (command Prompt)
- Use command line to create and name folder on desktop
- Demonstrate skill in using graphic design applications
- Explain graphic design basics
- Outline importance of using graphic design applications
- Identify graphic design applications
- Draw shapes and Colour by using graphic design applications
- Explain interface of Photoshop
- Apply effects to given photograph using Photoshop
Building Design Principles and Science
- Demonstrate skill in application of building design principles
- Explain principles of design
- Outline types of principles of design
- Explain importance of design principles
- Distinguish between balance and harmony
- Distinguish between emphasis and contrast
- Apply principles to elevation layout of residential building
- Demonstrate knowledge of building science
- Explain building science
- Explain importance of building science
- Explain concepts and principles of building science
- Explain energy use in building
- Demonstrate knowledge of building acoustics
- Explain sound
- Explain noise
- Explain noise metric
- Outline importance of insulation in building
- Demonstrate knowledge of insulation in buildings
- Explain Thermal insulation
- Outline types of insulation
- Explain heat transfer in buildings
- Outline importance of insulation in buildings
Floor Plan Layout, Dimensions and Notes II
- Demonstrate skill in floor plan layout
- Identify types of sheets
- Draw and dimension types of sheets
- Outline steps in developing conceptual drawings
- Prepare a conceptual bubble diagram of a 2-bedroom residential building
- Demonstrate skill in dimensioning
- Explain dimensioning in drawing
- Explain techniques in dimensioning
- Draw dimensioning symbols
- Dimension floor plan of residential building
- Demonstrate skill in drawing notes
- Explain drawing notes
- Outline techniques for placing notes on drawing
- Draw residential building plan showing drawing notes
Computer-Aided Design (CAD) II
- Demonstrate skill in setting layers and block
- Explain importance of layers
- Use layer manager
- Use block to create components
- Identify styles in CAD
- Explain object properties
- Outline object selection methods
- Demonstrate skill in documentation in CAD
- Use attribute to create desired title block
- Identify plotting and publishing tools
- Explain functions of layout tab
- Produce floor plan of two-bedroom residential building
- Demonstrate skill in technology of CAD application
- Identify current trends in 3D technologies based on CAD architectural drawings
- Identify tools for rendering and walkthrough
- Create 3D modelling of existing project
- Create 3D modelling of proposed two-storey design
Room Relationships and Sizes II
- Demonstrate skill in designing room spaces
- State factors that affect placement of room spaces in residential building
- Identify appropriate relationship and orientation of room spaces
- Differentiate between private and public spaces in residential building
- Design residential building unit indicating room relationship
- Demonstrate skill in drawing room sizes
- State factors that affect sizes of room spaces
- Outline typical sizes of service areas
- Outline typical sizes of sleeping areas
- Draw residential building plan with required sizes
- Demonstrate knowledge of characteristics of room spaces
- Explain characteristics of living areas
- Explain characteristics of service areas
- Explain characteristics of sleeping areas
- Explain special purpose spaces
Elevation Layout and Presentation Drawing Techniques
- Demonstrate knowledge of drawing elevations
- Explain an elevation in building drawing
- Determine the height and roof shape of elevations
- Outline steps to generate an elevation of a building using floor and roof plans
- Demonstrate skill in presenting elevation drawings.
- Outline sketch design elevation requirements
- Outline working drawing elevations requirements
- Draw a typical sketch design elevation
- Draw typical working drawing elevations
- Demonstrate knowledge of elevation drawing techniques
- Explain elevation drawing techniques
- Outline stages in elevation development
- Outline a checklist for drawing elevations
Sections Basics and Layout II
- Demonstrate skills in sketching sections
- Outline general principles of sketching sections
- Determine appropriate lines used for sectioning
- Outline purpose of sections
- Sketch annotated sections for residential buildings
- Demonstrate knowledge of executing stages of drawing sections
- Evaluate floor and foundation plans
- Outline section layout procedure
- Evaluate line weight conventions for structural members
- Outline standards for dimensioning section
- Identify appropriate location on section for placing note
- Explain quality and completeness of drawings
- Demonstrate skill in drawing detail section
- Draw section from three-bedroom residential unit for the plan given
- Apply appropriate hatches to section
- Apply text and dimensions
- Use appropriate scale for the drawn sections
How G3N helps
Turn this syllabus into a pass.
Generic subjects, covered
Guided lessons and quizzes for the mandated generic subjects every CTVET student takes.
Trade-aware support
Tutoring mapped to trade unit specifications, not generic web answers.
Practice that builds skill
Topic quizzes with explanations help competency-based learning stick.
Master Architectural Draughtmanship, offline.
No sign-up wall, no data plan required. Open G3N and go.