Unit Aim
The aim of this unit is to provide Learners with knowledge, understanding and skills to analyse and specify interior building components such as partitions, ceilings, doors and flooring systems. Learners gain proficiency in understanding the technical requirements, materials and construction methods for these systems, ensuring compliance with building regulations and codes. Additionally, Learners enhance ability to integrate architectural and structural elements to optimise interior space functionality and user experience.
Unit Content
Know interior building components such as partitions, ceilings, doors and flooring systems.
Partitions: types (e.g. stud, demountable), materials (e.g. gypsum, glass), acoustic and fire considerations
Ceilings: types (e.g. suspended, coffered), finishes, integration with lighting and HVAC
Doors: types (e.g. hinged, sliding, pocket), materials (e.g. wood, metal, glass), hardware and accessories
Flooring construction: types (e.g. tile, wood, carpet), installation methods, acoustic and environmental factors
Overview of interior building systems and their role in spatial definition
Introduction to terminology and components used in interior construction
Know the technical requirements, materials and construction methods for interior building systems.
Glazing: glass types (e.g. tempered, laminated), systems (e.g. curtain wall, storefront), energy and safety performance
Architectural woodwork: millwork and cabinetry, finishes and detailing
Ornamental metals: finishes and applications, fabrication and maintenance
Flooring construction: installation techniques, subfloor preparation, material compatibility
Technical performance criteria (e.g. fire ratings, acoustic ratings, thermal insulation)
Construction sequencing and coordination with other trades
Be able to comply with building codes, accessibility standards and safety regulations.
Hardware: functions and standards, accessibility and safety
Acoustics: sound control and ratings
Doors and partitions: fire-rated assemblies, egress requirements
Overview of relevant building codes
Safety regulations for interior environments (e.g. slip resistance, emergency access)
Accessibility standards and universal design principles
Be able to integrate architectural and structural elements to optimise interior space functionality.
Ceilings: integration with lighting and HVAC
Partitions and doors: spatial flow and zoning
Architectural woodwork and metals: functional and aesthetic integration
Coordination with structural systems (e.g. columns, beams, load-bearing walls)
Space planning strategies that respond to architectural constraints
Integration of services (e.g. electrical, plumbing) within interior systems
Be able to select appropriate building systems to enhance interior design solutions.
Glazing: energy performance, visual transparency, privacy
Flooring: environmental impact, durability, aesthetic compatibility
Ceilings and partitions: acoustic control, lighting integration, modularity
Architectural woodwork and metals: customisation and design expression
Criteria for selecting systems based on project type, budget, and user needs
Evaluating building systems for sustainability, maintenance, and lifecycle performance
Case studies of successful interior system integration in design projects
