Client: Teach to One
Architect: Anderson Architects
The prototype Teach to One Math Center integrates best practices to create an effective and adaptive learning environment for participating schools. The project shown here was produced for an elementary school in Chicago. A main feature of the Teach to One Math Center is the custom furniture components called Learning Modules, which are specially designed to support the Teach to One Math Center program and meet the unique needs of each school. Milder Office led design development and produced the Learning Modules in collaboration with the New Classrooms team, Anderson Architects, and the American Architectural Foundation.
The Learning Modules support the dynamic transitions that a hallmark of the New Classrooms teaching concept. The units serve as freestanding walls in the large open space layout favored by New Classrooms concept of interchanging groups and learning methods. The Learning Modules provide teaching surfaces, storage, signage, as well as power and data connectivity. The use of open shelving and closed storage turns the units into space-dividing screens that break down the larger classroom into smaller, more intimate learning environments. A rolling whiteboard may be mounted on either side of the unit to provide additional functionality. Depending on the location of power and data access in your Teach to One Math Center classroom, integrated power and data poles may be incorporated.
Benefits of the Learning Module system include:
– Efficient layouts that help to maximize time spent on learning.
– Lively and warm design that inspires and empowers students and teachers.
– Durable components that have no or low maintenance requirements.
– Components that are simple to order and quick to assemble in a variety of configurations.
– Pre-fabricated components that mitigate disruptive and costly onsite construction work.
– Cost-effective options that address a range of school budgets.
Client: Burgiss Group
Architect: Demetri Sarantitis Architects
This project exemplifies the range of design and engineering support Milder Office can provide its clients. For the Burgiss Group, a developer of investment tools, we provided distinct workstation products including quads, hoteling stations for transitional workers, reception service and private offices.
We routinely develop new solutions that respond to the way our clients work, in this case developing a long banks of shared workstations for the trading floor with staggered seats and low partitions to facilitate communication between the analysts while keeping their screen private.
The architects asked us to develop a glass partition system that would integrate some of the existing site finishes while maintaining the overall look of the Milder Furniture System. Cherry sills and frosted glass elements were matched in the final partition design.
At left, our quad workstation specified with pedestals, shared pin-surface (partition), cpu holder, and monitor stand.
LITTLE Office (NC)
Architect: LITTLE Architecture
LITTLE is an architectural firm that came to Milder Office to overhaul their 10,000SF offices in Durham, NC. Our furniture system allowed the client to tailor products to their specific needs while maintaining a cohesive aesthetic throughout.
Clients have specialized needs, LITTLE wanted oversized desktops that could support the way they worked and could accommodate architectural plans. Milder also furnished conference tables, workstations for private offices, a variety of storage options, lounge furniture, as well as a custom kitchen. A mix of pre-finished plywood colors were specified throughout the space to great effect.
The AIA Orlando Chapter awarded a Merit Award to the LITTLE Durham office. The jury commended the project’s successful interiors reuse project for being “restraint with a minimalist approach and strong interior furniture elements”.
Large quad workstations with pedestals (custom).
Conference table in red pre-finished plywood.
Custom kitchen island and cabinetry.
Mobile worktables are often reconfigured in the space to support events.