Industrial - Bachelor

DockEase – Furniture Vacuum Storage Substitution

DockEase transforms vacuum storage into functional furniture for compact, high density living environments. It stores the machine, attachments and charger as one object. It also charges the vacuum, sets a comfortable lift height and provides a maintenance position. Requiring no wall mounting, it suits renters and caravan users while maximising space efficiency, accessibility, and convenience. Daily cleaning sessions within these spaces can now be made much easier to perform through this specialised unit.

Opportunity

What is high density living and who are the user groups?
• High density living refers to 9 plus storey high rise apartment studios or caravans.
• Primary user group: adults 20-40 who are young first-time buyers.
• Secondary user group; mature 55+ years downsizing empty nesters.

Why Australia and why is it important?
• One-bedroom apartment allocates 6m3 of storage of which only about 3m3 needs to be inside the apartment per NSW Apartment Design Guide (NSW Department of Planning & Environment, 2015).
• 62% conceal their machines in cupboards, 17% behind furniture (Harmer et al., 2019).
• Wall docks need drilling into wall. No option for renters.
• To enable the sufficient use of handheld vacuums in these types of environments, ways to store them in a more compact manner are required.
“available and easily accessible, but not visible” (Albiz & Glaerum, 2019, p 18).

Research

Methodology
Mixed methods deployed to observe behaviour first, then test whether it holds at scale.
• 6 observations in participants’ own homes, guided by a checklist, documented with photos and video.
• 24 survey participants completing 32 questions via Google Forms.
• 14 females and 10 males, ages 18 to 55+.

Observations

• Observations over 6 sessions in participants’ homes.
• Affinity diagramming → 10 themes → 3 taken forward.
• Modularity with 6 of 6 attachment burden, workflow disruption.
• Posture 5 of 6 bending, reaching, compensatory movement.
• Battery 3 of 6 runtime interruption, task fragmentation.
• Core needs: usability, ergonomics, adaptability, efficient storage.

Surveys

Surveys – 24 responses
• Typical cleaning sessions lasted for 30 minutes with 7 responses.
• Tiles and carpet were the most frequently cleaned surfaces with up to 39 and 36 attachments respectively.
• The highest recorded preference was having one modular system, with 17 responses whilst the lowest recorded was several specialised devices with only 1 response.
Store the machine and its attachments as a single object.

Concept Development

This section includes the research report documentation to download.

Name
Research Report
File Type
application
File Size
1 B
Download File

Refined Concept Sketches

Prototyping

Final Design

• The design answers the problem of spatial efficiency and organisation as it provides dedicated storage for vacuum cleaners and accessories.
• It maximises the use of the limited living space whilst also improving accessibility, convenience and user experience.
• It is designed for the primary user needs included usability, ergonomics, adaptability, and efficient storage in tightly confined dwellings.

Christopher Nelson

Christopher is a final year industrial design student at QUT with a passion for practical design that connects with people and responds to their needs. He undertakes a user-centred approach to his projects, combining research, hands on development, and creative problem solving to form unique concepts. As an experienced SolidWorks CAD designer, he turns these conceptual ideas into functional solutions that solve real world problems.

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