Ba’hari is starting off with 2 main types of simulations:
- The communal version (teepee-inspired) and
- a personalized version called “The ‘Haribarrows” (wheelbarrow-inspired )
It’s been a long way coming in our quest to redefine space and empower people to own their space and express themselves through it. We are, primarily, with the mission of allowing the entire university ecosystem to have students and staff go beyond the clasroom; engaging in mono-functional spaces ( like the dorms and lecture halls, or offices) to engaging with non-mono-functional spaces-*cough * cough Ba’hari- ( spaces that highlight a trans-disciplinary approach, trigger growth and collaboration of ideas from the university ecosystem).
For Ba’hari , we see spaces as not property or belonging only but as an open conduit, avenue for growth and performance, which we as students need
Features of Ba’hari:
- Relatively Light
- Dynamic Aesthetic
- Ease and Access
Our goal is to bring in both the main prototype for simulation: personalized Ba’hari (The Haribarrows) and communal version as well. Latest by 1st week in September this will be for simulation and, if need be, for iteration or pivoting.
Some Sketches we had for personalized and communal versions.
To test out our assumptions, including the info we gleaned from research and the prototyping session.
Keynote: Ba’hari prototyping has been based on the various brainstorming sessions we had on Ashesi campus as well as periodic briefing of potential Ba’hari customers during the summer vacation
A lot of rapid iteration, pivoting and value engineering went on and are still going on.
Our insight: Design Making needs consistency, openness to change and tweaks, conflict between functionality and aesthetic (Kevin drew our attention to that) and needless to say a heart that never gives up and Kagya reminds us of our creative juices that we should spurt out uniqueness and quality.
Next steps: Upholstery, spraying, and wooden planks, etc as well as aesthetics.
There is another set which will cover the 35 percent work left for the ba’hari prototype to be at least fully useful for simulation and testing.