Definitions and physical properties
- building, enclosures, forces, environmental factors, means of support, envelope, elements of interior space, services, pressure, movement, force and factors, methods of assembly, site-assembled enclosure, tolerances and clearances, resistance to fire, acoustics and sound

Units of
- measure, heat, heat flow and heat transfer, temperature, variations, temperature gradients, Corrosion of metals

Water vapor mitigation
Air and water penetration
Solar radiation
Daylighting - preliminary selection
Shading
Solar design
Bioclimate design
Environmental impact of construction
Foundations - soils and foundations
Sub-surface moisture conditions

Structure and materials
- cement and concrete, stone and masonry, metals, wood and wood products

Exterior wall assemblies
- insulation, waterproofing and damping, Exterior walls

Bearing walls
Curtain walls
Wall facings
Glass and plastics
Windows
Entrances and doors
Coatings and sealants
Roofing assemblies - roofing
Skylights, Interiors, Interior partition systems
Staircases
Interior systems and finishes - ceilings
Flooring
Services
Conveying systems
Plumbing
HVAC
Fire protection
Electrical services
References

TUIC450 - Architecture

Basic facts about ethics
The ethical nature of architecture
More in-depth look at ethical concepts
Business, professions and ethical obligations
Ethical reasoning
Ethics and architectural practices
A look at being an architect
Closer look at making architecture
Closer look at doing architecture
Making ethical judgements
Case studies.

TUIC451 - Concrete Technology

Cement
Types of cement and testing of cement
Aggregates and testing of aggregates
Water
Admixtures and construction chemicals
Fresh concrete
Strength of concrete
Elasticity, creep and shrinkage
Durability of concrete
Testing of hardened concrete
Concrete mix design
Special concrete and concreting methods
General references
Standards, codes and specifications
Codes of practice related to concrete.

TUIC431 - Building Materials and Construction

Introduction
Building stones
Bricks and other clay products
Lime
Cement
Mortar
Concrete
Timber and wood-based products
Metals and alloys
Paints, varnishes, distempers and anti-termite treatment
Asphalt, bitumen tar
Asbestos, adhesives and abrasives
Plastics and fibers
Glass
Insulating materials
Fly-ash, gypsum plaster
Rubber and composite materials Lubricating, belting and packing materials
Cutting tool materials
Electrical materials
Material science of metals

2. Bachelor's Degree Level

TUIC435 - Building Estimation

Estimation procedures
Estimation mathematics
Efficiency and productivity
Earthwork
Concrete
Masonry
Structural ad miscellaneous steel
Wood and plastics - doors and windows
Thermal and moisture protection
Finishes
Finishes
Specialty divisions
Mechanical and plumbing
Electrical
The bid package, contract and follow-ups
References

TUIC424 - Soil Science

Introduction
Basic terminology and interrelations
Properties of soil
Soil classification systems
Soil formation and soil structure
Soil water and effective stress
Permeability
Seepage analysis
Stress distribution in soil mass
Compaction
Consolidation
Shear strength of soils
Stability of slopes
references.

TUIC425 - Land and Site Surveying

Mathematics for site engineering
Site surveys and maps
Measuring distance
Measuring angles
Surveying methods and computations
Circular horizontal curves
Leveling contours
Vertical curves
Computations for fill and cut
Drainage and grading
Staking out site-work
Site structures
Management of site materials
Landscaping
References

TUIC433 - Computer Usage and Design

Evolution of the computer
Computer fundamentals
Concept of information and data processing
Importance of software
Basics of word processing
Spreadsheet applications using Excel
Microsoft power point
Microsoft Word
Microsoft Access.

TUIC440 - Geo-technical Engineering

Introduction
Basic terminology and interpretation
Properties of soil
Soil classification systems
Soil formation and soil structure
Soil water and effective stress
Permeability
Seepage analysis
Stress distribution in soil mass
Compaction
Consolidation
Shear strength of soil
Stability of slopes
References

Electives 1: select 2 from -

TUIC441 - Construction Planning

Introduction
Planning for equipment utilization
Equipment cost
Geo-technical materials
Composition and stabilization
Machine power
Dozers
Scrapers
Excavators
Finishing equipment
Trucks and building equipment
Compressed air
Drilling rock and earth
Aggregate production
Asphalt mix production and placement
Concrete equipment
Cranes
Draglines
References

TUIC442  Construction Contracting

Coming soon...

TUIC443 - Construction Safety Management

Introduction
Injury accidents and their causes
When do injuries occur? The true costs of construction worker injuries
Occupational safety and similar acts
Problem areas in construction safety
Elements of an effective safety program
Job-site safety assessment
safety meetings
Safety incentives
Safety in construction contracts
Substance abuse
safety record keeping
Safety culture
Safe workers
Safety and first-line supervisors
Safety and middle managers
Top management practices
Company activities and safety
Safety personnel
Sub-contractor safety
Project co-ordination and construction safety
Owners and construction worker safety
Designer influence on construction worker safety

TUIC438 - Construction Project Planning

Construction project management
The management system
Project estimation
Project planning
Project scheduling
Production planning
Project time reduction
Resource management
Project time management
Project cost management
Financial management
Schedule applications
References

Electives 2: select 2 from -

TUIC432 - Architectural Planning and Specifying

The role of the specifications
Relationship between drawings and specifications
Organization of specifications
Concept of the technical section
Arrangements of the technical section
Types of specifications
Building procedures
Building requirements
Bonds
Guarantees
Warranties
Conditions of the contract
General conditions and supplements
General requirements
Procedures
Specifying materials
Specification language
Specification reference sources
Master texts and systems
Physical format and style
References

TUIC430 - Architectural Building Standards

Building codes
Navigating the code
Use and occupancy
Special uses and occupancies
Building heights and areas
Types of construction
Fire-resistance-rated construction
Interior finishes
Fire protection systems
Means of egress
Accessibility
Interior environment
Energy efficiency
Exterior walls
Roof assemblies
Structural provisions.
And, The National building codes of the student's country of residence.

TUIC436 - Reinforced Concrete Structures

Behavior and design of steel structural elements
Tension members
Compression members
Beams
Beam-columns
Connections
Cold formed profiles

TUIC437 - Steel Contruction

Design and analysis of reinforced concrete slabs
Multi-storey buildings
Response and design of pre-stressed concrete elements