Small offices mean less room for multiple desks and workstations, and designer Aram Haydeyan aims to solve this predicament with the Add+ workspace, a multi-functional and space-saving desk that can be used for team-based or individual work situations.
Created in collaboration with Tobias Fortsch of Casitoo Design, the Add+ workspace provides workers with a range of functions, including the ability to expand or shrink the workspace as needed. Because the workstation can be put together and deconstructed quickly and easily, it's perfect for accommodating different space constraints and makes co-working more efficient.
The Add+ workspace comprises a large tabletop with a smaller second tabletop, in addition to functional drawers and units that are adaptable to an individual's needs.
Functional Space-Saving Desks
Add+ Workspace Was Designed to Alleviate Small Office Constraints
Trend Themes
1. Multi-functional Desks - The trend of multi-functional desks allows for flexible and adaptable workspaces, catering to individual and team-based work situations.
2. Space-saving Furniture - The trend of space-saving furniture addresses the challenges of small office constraints by optimizing the use of limited space.
3. Efficient Co-working Solutions - The trend of efficient co-working solutions focuses on improving productivity and accommodating different space constraints in shared workspaces.
Industry Implications
1. Furniture Manufacturing - The furniture manufacturing industry can explore disruptive innovation opportunities through the development of multi-functional desks and space-saving furniture designs.
2. Office Supplies and Equipment - The office supplies and equipment industry can capitalize on the trend of efficient co-working solutions by offering products that enhance collaboration and adaptability in small office spaces.
3. Interior Design and Architecture - The interior design and architecture industry can find disruptive innovation opportunities in creating innovative workspaces that maximize efficiency and optimize the use of limited space.