The Science Center

Opened in 1999 and designed by FXCollaborative, the Center for Science and Education serves as the primary academic hub of Black Rock Forest. It houses interactive classrooms, research laboratories, administrative offices, and community gathering spaces designed to foster scientific discovery and environmental literacy.

🌿 Award-Winning Sustainable Architecture

The Science Center demonstrates green building innovation in action, utilizing passive solar design, renewable energy systems, and eco-friendly materials:

  • Passive Solar & Natural Daylighting: Built along an east-west ridgeline to maximize southern sun exposure. A central roof monitor draws daylight deep into the building core while facilitating natural convection airflow.
  • High-Performance Building Envelope: Structural Insulated Panels (SIPs) in the roof, walls, and foundation—paired with high-efficiency window glazing—dramatically minimize thermal loss.
  • Computer-Modeled Energy Efficiency: Engineered to achieve 43–49% annual energy savings compared to standard code-compliant buildings. Systems include motorized high-level ventilation windows, occupancy sensors, energy-efficient lighting, and variable-speed circulation pumps.
  • Geothermal Climate Control: Heating and cooling are powered by a closed-loop, ground-source geothermal heat pump system coupled with air-to-air heat recovery ventilation.
  • Advanced Water Conservation: Waterless composting toilets across the campus reduce municipal water demand, saving thousands of gallons of water annually.
  • Sustainably Sourced & Local Materials: Features exterior walls built from native forest stone, red oak interior wainscoting, atrium support columns crafted from native oak trunks, and north deck columns made of sustainably harvested tamarack logs.
  • Healthy Building Materials: Interior spaces utilize low-VOC paints, low-formaldehyde wood products, and recycled timber insulation cores to optimize indoor air quality.

🔬 Academic & Research Spaces

Science Center Main Classroom

  • Capacity: Seats up to 26 participants.
  • Equipped With: HD projector and screen, dual whiteboards, flexible tables, and ergonomic seating for lectures and seminars.

Science Center Lab Classroom

  • Capacity: Accommodates up to 40 participants (adjoins the Main Classroom).
  • Equipped With: 4 chemical-resistant science lab tables and perimeter lab stools—ideal for hands-on biological exploration and collaborative group work.

Research Infrastructure

The upper floor houses a dedicated research complex designed for multi-season field science:

  • Wet & Dry Labs: Fully equipped modular bench space for sample processing, microscopy, cold storage, and environmental analysis.
  • Library: Reference materials, historic forest maps, and quiet study space for visiting scholars.
  • Environmental Sensing Network: Connected to a solar-powered wireless mesh network extending across key forest sites (including the Stone House) for real-time sensor data collection.

☀️ Outdoor Amenities & Campus Utilities

  • Timber-Frame Solar Pavilion: Covered outdoor learning space equipped with 4 picnic tables (seating up to 24 people comfortably, with additional standing room under cover).
  • Campus Utilities: High-speed Wi-Fi and electrical power are available throughout the Science Center campus. (Note: Mobile cellular coverage varies across forest terrain depending on your carrier).

Explore Further

Tiny House

In the fall of 2016, Black Rock Forest celebrated the opening of its new energy-efficient tiny house, with public tours led by the house’s designers, juniors from Avenues: The World School and their Integrated Science teachers, Steven Carpenter and Jason Hoeksema. The Integrated Science team designed and built components of the house at Avenues, and completed the build on forest property. The purpose of the project was to study energy transfer in physical and electrical systems – as well as ecological systems, and to build a useful facility for Forest researchers. With a budget of $15,000 and stringent requirements – including 100 s.f. of living space and off-grid energy sources to power light, heat, running water and appliances – the students had to extract maximum thermal performance from the house and choose which comforts of home to provide.

For a “virtual” tour, see the photos and read the Times Herald Record’s coverage of the tiny house tours.