4. Sustainable Communities

Design a Community

4.
Community. Do ONE of the following and discuss with your counselor:

Choose ONE of requirements 4a, 4b, or 4c. This page covers option 4a. Read all three options before deciding which one interests you most.

4a.
Create a sketch depicting how you would design a sustainable community and be prepared to explain how the housing, work locations, shops, schools, and transportation systems affect energy, pollution, natural resources, and the economy of the community.

What Makes a Community Sustainable?

A sustainable community is designed so that the way people live, work, shop, and travel reduces waste, conserves resources, and supports a healthy environment and economy. It is not about fancy technology — it is about smart design.

Think about your own community. How far do you travel to get to school? Do most people drive or walk? Are there parks and green spaces? Where does your trash go? The answers to these questions reveal how sustainable — or unsustainable — a community’s design really is.

Key Elements of Sustainable Community Design

Housing

Sustainable housing uses less energy, less water, and fewer materials than conventional homes:

  • Energy-efficient design — Good insulation, double-pane windows, and efficient heating/cooling systems reduce energy use by 30–50%
  • Solar panels — Rooftop solar can generate much of a home’s electricity
  • Mixed housing types — Apartments, townhomes, and single-family homes in the same area give people affordable options and reduce sprawl
  • Green building materials — Recycled, locally sourced, and sustainably harvested materials reduce the environmental footprint of construction

Work Locations

Where people work relative to where they live has a huge impact on sustainability:

  • Mixed-use zoning — Putting homes, offices, and shops in the same area reduces the need to drive long distances
  • Remote work — When people work from home, they eliminate commute-related emissions entirely
  • Local businesses — Money spent at local businesses circulates in the community, strengthening the local economy

Shops and Services

  • Walkable shopping — When stores, restaurants, and services are within walking distance of homes, people drive less
  • Farmers markets — Local food requires less transportation and packaging
  • Repair shops — Access to repair services means fewer items get thrown away

Schools

  • Neighborhood schools — Schools within walking or biking distance reduce bus and car trips
  • Green school buildings — Energy-efficient schools save money and teach students about sustainability by example
  • School gardens — Growing food on campus connects students to sustainable food practices

Transportation

Transportation is often the biggest source of pollution and energy use in a community:

  • Public transit — Buses, trains, and light rail move more people with less energy than individual cars
  • Bike lanes and sidewalks — Safe infrastructure for walking and cycling reduces car dependence
  • Electric vehicle charging — Supporting the transition from gas-powered to electric vehicles
  • Compact design — When everything is closer together, people travel shorter distances

Creating Your Sketch

Your sketch does not need to be artistic — it needs to be clear. Here is how to approach it:

Sketch Planning Guide

Elements to include in your community design
  • Housing areas with different types of homes (apartments, townhomes, houses)
  • A town center with shops, services, and public spaces
  • Schools positioned within walking distance of neighborhoods
  • Work areas (offices, workshops) integrated with or near residential areas
  • Parks, green spaces, and community gardens
  • Transportation routes: roads, bike lanes, bus/transit lines, sidewalks
  • Natural features: streams, forests, wetlands preserved as green buffers
  • Renewable energy sources: solar panels, wind turbines
  • Water management: rain gardens, retention ponds

How Design Affects Sustainability

When you discuss your sketch with your counselor, be ready to explain these connections:

Design ElementEnergy ImpactPollution ImpactNatural ResourcesEconomic Impact
Compact layoutLess driving = less fuelLower emissionsLess land consumedLower infrastructure costs
Solar panelsRenewable energyZero emissionsReduces fossil fuel useLong-term energy savings
Public transitShared energy useFewer cars = cleaner airLess road buildingAccessible to all income levels
Green spacesNatural coolingAir filtrationHabitat preservationHigher property values
Local shopsLess transportation energyLess delivery pollutionLess packaging wasteMoney stays local
  • Compact layout

    Energy Impact
    Less driving = less fuel
    Pollution Impact
    Lower emissions
    Natural Resources
    Less land consumed
    Economic Impact
    Lower infrastructure costs
  • Solar panels

    Energy Impact
    Renewable energy
    Pollution Impact
    Zero emissions
    Natural Resources
    Reduces fossil fuel use
    Economic Impact
    Long-term energy savings
  • Public transit

    Energy Impact
    Shared energy use
    Pollution Impact
    Fewer cars = cleaner air
    Natural Resources
    Less road building
    Economic Impact
    Accessible to all income levels
  • Green spaces

    Energy Impact
    Natural cooling
    Pollution Impact
    Air filtration
    Natural Resources
    Habitat preservation
    Economic Impact
    Higher property values
  • Local shops

    Energy Impact
    Less transportation energy
    Pollution Impact
    Less delivery pollution
    Natural Resources
    Less packaging waste
    Economic Impact
    Money stays local
A bird's-eye view illustration of a sustainable community showing mixed housing, a walkable town center, bike lanes, solar panels on rooftops, green spaces, and a bus line
Smart Growth Principles — U.S. EPA The EPA's guide to smart growth principles that make communities more sustainable, including walkability, mixed-use development, and green infrastructure. Link: Smart Growth Principles — U.S. EPA — https://www.epa.gov/smartgrowth/about-smart-growth
How to Plan and Design a Sustainable Community