Certificate Programme
Certified Interior Design Programme
Duration: 2 Years | 4 Semesters | 16 Months of Instruction | 4 Main Design Projects
Comprehensive vocational training covering residential, hospitality, and commercial design through four main design projects.
Who Can Enrol?
Ideal candidates for this programme
- Aspiring interior designers
- University students seeking stronger practical and technical grounding
- Career changers moving into creative industries
- University graduates seeking an additional professional pathway
- Individuals who want to design homes, hotels, cafes, stores, kitchens, or offices
- Learners interested in taking the programme in hobby format
Graduate Success
Equipped with international-standard design skills, technical drawing proficiency, and mastery of industry software (AutoCAD, 3ds Max, Render, etc.), our graduates excel as interior designers globally. They are highly successful in design offices, retail sales/marketing, decoration, and all types of renovation projects — earning competitive salaries not just in the UK, but worldwide.
Curriculum
4 Main Design Projects
- Project 1: House with Garden Design (Studio / 1+1 House)
- Project 2: Café and Restaurant Design
- Project 3: Villa with Pool Design
- Project 4: Boutique Hotel, Restaurant or similar (elective final project)
Programme Format: Online | 4 semesters of 4 months | 16 months of instruction across a 2-year academic programme. Each semester closes with a 15-day hands-on project, worked by every student.
Curriculum in detail
Detailed education programme
The full programme as taught, semester by semester: seventeen courses and the lessons within each. Course lengths are given as the length of that course; courses within a semester run alongside one another.
Semester 1 — Studio House Design (with Garden)
Spatial Arrangement 1: Bedroom, Living Space, Bathroom and Kitchen Design
The human figure, the house and bedroom design
- Bedroom design: the human figure, furniture and dimensions
- Master bedroom plan design
- Child and youth bedroom plan design, classic and modern; what makes a good youth bedroom
- Introduction to WC design: furniture and basic plan drawings
Bathroom and kitchen design
- Bathroom design: furniture, dimensions and basic drawings
- The elements that make a good bathroom design
- Introduction to the kitchen: furniture, dimensions and circulation
- Minimum good kitchen design: plan and perspective drawing
Living space design (dining room, living room)
- Seating groups: furniture, dimensions and arrangement
- A sample room in four different designs, with basic perspective drawing
- Dining groups: furniture, dimensions and basic perspective drawing
- How to design a good living space
Freehand Artistic Perspective: Spatial Drawing of Bedroom, Bathroom, Kitchen and Living Space
Introduction to artistic perspective and spatial drawing
- Object perspective drawing and letter plane drawing
- Circular object drawing and relief
- Bedroom in one-point perspective
- Master bedroom in one-point perspective
Two-point artistic perspective and spatial drawing
- Drawing a bedroom with a broken wall (two studies)
- Two-point perspective bedroom drawing (two studies)
- Detail perspective drawing, one- and two-point
- Perspective drawing of a seating group, one- and two-point
Living space, kitchen and bathroom in artistic perspective
- Artistic perspective drawing of dining and seating groups
- Artistic perspective drawing of a bathroom, one- and two-point (two studies)
- Artistic perspective drawing of a kitchen, one- and two-point
- Good and modern kitchen design and drawing, one- and two-point
Technical Drawing: Plan and Perspective
- Room plan drawings at 1/50 and 1/20 scale
- Studio house plan drawing at 1/20 scale
- Bedroom plan and perspective drawing at 1/20 scale
- Bathroom plan and perspective drawing at 1/20 scale
Project 1: House with Garden Design (Studio / 1+1 House)
- Architectural scale, siting the house on the plot, and room plan drawing at 1/20 scale
- Project drawing at 1/20 scale, rapidograph technique, and colour theory
- Colouring the plan at 1/20 scale
- Perspective colouring and graphic arrangement, requirements, project presentation and submission
Semester 2 — Café / Restaurant Design
Spatial Arrangement 2: Café and Restaurant Design
Restaurant design (dining culture)
- Restaurant history, furniture and dimensions; two- and four-person dining groups; the French-style dining group
- The restaurant middle section, classic and modern design
- Self-service dining group design
- Fast-food dining group design
Café design (beverage and social space culture)
- Café design: furniture, dimensions, two- and four-person seating, the middle section, and the importance of French-style seating
- Café and bar compared, French style against English style
- Café and restaurant compared, and the points that matter
- The café-bistro: versatile and modern design
Technical Drawing and Technical Perspective (Object and Spatial Technical Drawing)
Object and scaled room: plan, section and perspective drawing
- Measurement in architecture and scales, with a sample bedroom drawing
- A sample large room: plan and section drawing
- Cube and rectangular object: technical and perspective drawing
- Triangular and “U” objects: technical and perspective drawing
Seating group, kitchen and bathroom technical drawing
- Living room: plan, section and diagonal, with armchair drawing
- Bedroom: plan and perspective drawing
- Technical drawing of two-piece geometric objects
- Technical drawing of three-piece geometric objects
Circular object technical drawing
- Defining the circle: plan, front and side elevations, perspective drawing
- Circular two-piece form: plan, front and side elevations, perspective drawing
- Seating group in cavalier perspective, with plan drawing
- Circular door and window in spatial drawing; three-piece geometric object in plan, front and side elevation
Axonometric perspective and spatial drawing
- Defining axonometric perspective and its types, with a cube drawing and scaling down
- Object axonometric perspective drawing
- Three-piece object drawing and spatial isometric perspective drawing
- Cavalier and axonometric perspective drawing at 1/10 scale, using furniture as the example
Project 2: Café and Restaurant
- Plot, layout, and terrace and garden arrangement
- Café and restaurant lighting, and why it matters
- Café and restaurant ventilation, and why it matters
- Café and restaurant floor covering materials, gypsum walls, and project presentation
Structure 1: Statics, Survey and Restoration
Statics, survey and load-bearing systems in structures
- The importance of survey work, with a sample room surveyed and drawn
- Survey plan, section, perspective and details
- Load-bearing and partition systems in structures, and their importance
- Stone, brick, reinforced concrete and steel structures, with drawings
Semester 3 — Multi-Storey Houses and Villas with Swimming Pools
Structure 2: Stairs and Multi-Storey Terraced Houses
Straight stairs
- The relationship between the human figure and the stair: types, steps and dimensions
- Two-storey straight stair: plan, section and perspective drawings
- Straight stairs, use of the space above and below, and the importance of the starting step
- Straight stairs turning a corner, and the advantages, with drawings
- A two-storey reinforced concrete structure with a straight staircase and stairwell
- A three-storey building with a straight staircase, where the basement level matters
- Detailed drawings of a wooden staircase design
“L” and “U” stairs
- Introduction to “L” stairs, with two contrasting good and bad designs
- The short-legged “L” stair design and its advantages
- Introduction to “U” stairs, with two contrasting good and bad designs
- “U” stairs in a different design, and balance in stairs
- Stair coverings, handrails and detail designs
Circular stairs
- Defining circular stairs: plan, section and perspective drawing
- Perspective drawings of different circular stairs
Structure 3: Doors and Windows
The window and its development
- The window: its history, its development, and how the opening is formed
- The classical window from the past to the present, in plan, section and perspective
- Window types and their technical drawings
- Worked example: a classic window at 1/10 scale with detailed drawing
The door: architectural development and importance
- The door: its history and development, explained through drawing
- French balconies and their significance, from the past to the present
- Door types, with drawings
- Worked example: a window at 1/10 scale with detailed drawings
Spatial Arrangement 3: Store Design
Store design
- Defining the store: entrance and exit, window display, and the circulation diagram
- Store entrance, shelving and edge designs, with classic and modern solutions explained through drawing
- The importance of the store centrepiece, with classic and modern solutions illustrated
- Store centre flooring, ceiling, fitting rooms, and circulation at the till
- Window display design and its presentation in plan and perspective
- Ceiling, lighting and ventilation solutions for the store, explained through drawing
Project 3: Villa with Pool Design
- Siting the structure on the plot, in classic and modern design
- Pool and parking dimensions and designs
- Garden and terrace arrangement (landscape)
- Project presentation, collage and project submission
Semester 4 — Boutique Hotel (Multi-Storey Design)
Structure 4: Roof, Attic and Lantern
Roofs, roof types and attic design
- Roof history and types, and how the attic is formed
- Classic Roman and Turkish roofs compared, with attic plan and section drawings
- Roof formation and the attic in a sample structure
- Attic technical drawing, details and materials
- The attic in timber: seating, technical and structural solutions
The roof lantern and its importance
- Roof lantern history, development, types and formation
- Roof lantern plan, section and perspective drawing, using a terraced house as the example
- The roof lantern and creating a terrace
- Good and bad roof lanterns compared
- The suspended roof and its importance, with a sample study
- Attic materials, rain gutters and the hidden roof
- Interior perspective drawing of an attic with a lantern
Spatial Arrangement 4: Office Design
Bureau, office and bank design
- One office worker: furniture, dimensions and design drawings
- Spatial design for a chief and an assistant manager
- Manager, general manager and meeting room design
- Modern open-plan office designs
- How to produce a sample bureau design
- The chairman of the board's room, with perspective drawing
Project 4 (Final Project): Boutique Hotel, Restaurant or Similar — Elective
- Location, concept, plot, and the brief explained
- Basement design and aesthetic solution proposals
- Parking, terrace and landscape solutions within the plot
- Classic and modern layout solutions
- Project evaluation and presentation
- Accessories, curtains, fabrics, niches and aesthetic proposals
Materials: Wood and Its Use in Structures
- The properties of wood and its use in structures
- Wood and its use in furniture
- The gypsum ceiling and its importance to the interior architect
- Lighting and its importance to the interior architect
Structure 5: Statics (Stone, Brick, Timber and Similar Structures)
- History: structures from the past to the present
- Stone and brick structures
- Timber and reinforced concrete structures compared, explained through drawing
- Analysis of steel structures, and load-bearing against partition structures
Hobby Participation
Participants interested in hobby-focused study may take selected Interior Design classes online. Please see the Hobby Programmes section for full details.
Graduate Success
International-standard professional readiness
Graduates develop design competencies aligned with international expectations, including technical drawing proficiency and software use. They perform successfully in design offices, retail design sales/marketing, decoration services, and renovation projects in the UK and internationally.
Programme Format: Online | 4 semesters of 4 months | 16 months of instruction across a 2-year academic programme. Each semester closes with a 15-day hands-on project, worked by every student.