Schneider Residence
4113 Sea View Ave., Mt. Washington

Jerry Schneider picked me up at the bus stop at Jessica and Division in his electric blue Toyota Prius hybrid. We wound through the hills and dales of Mt. Washington, to finally arrive at his “eco-home” at 4113 Sea View Avenue. And, indeed, upon walking in the front door the view is of the sea, a far-off gleam beckoning from across and beyond the striated basin of Los Angeles.

The southwestern style home, designed by architect Edmund McCormick, is set solidly into a west-facing hillside, its slightly rounded contours blending nicely with the topography and native plant landscape surrounding it. Its warm golden beige stucco exterior echoes the color of the sandstone bedrock into which it is anchored. Sandstone rocks from the excavation are used on-site for paving and terracing.

Jerry Schneider is a retired LADWP civil engineer turned Cal Poly Pomona landscape architect graduate. His home and landscape evidence his engineering background, in their many effective systems designed for minimizing environmental impact and maximizing living comfort, and his landscape architecture training, in the aesthetic integration of systems and environmental sensitivity.

Walking across the driveway of permeable concrete and down the gravel path to the front door, Jerry explains that both surfaces allow rainwater to percolate down into the soil to help provide moisture for the native landscaping, instead of running off uselessly into storm drains. The abundant California poppies and penstemon along the path nod their appreciation.

Gloria Schneider greets us warmly at the door and escorts us into the entryway with sea view straight ahead and vaulted living room to the right, with west-facing french doors and high transom east windows inviting cooling breezes to sweep through on summer evenings.

As Jerry explains how the Sautillo tile floors in the solarium breakfast area absorb the winter sun to add warmth, while the overhang completely shades the same area in the summer, I am reminded again that designing and living in an “eco-home” tunes one into nature’s seasonal, daily and even hourly environmental changes that a standard home actually hides from us.

Turning on the kitchen hot water faucet, Jerry invites me to sample the hot water that instantly splashes forth. He explains that thermostatically controlled pumps recirculate water to provide instant hot water at water faucets furthest from the hot water heater. No water is wasted here waiting for it to heat up!

Jerry and Gloria are proud of using a clothes line for “solar clothes drying” and Jerry’s engineering background pops up again as he looks at his watch and says they’ve missed the optimum time for washing the clothes to get peak solar drying on their line today!

Everywhere we go the upstairs interior is filled with daylight. Gloria points out that there are even rainbows that appear momentarily throughout the house as the sun passes through beveled glass in the stair landing handrail above the entry.

Downstairs is darker, but cozy, as the east side of the lower floor is earth sheltered, excavated into the hillside to provide greater thermal mass and even out diurnal temperature swings. The bedrooms are here, two bathrooms, the laundry room and

Rainwater dispersal system

Jerry’s study. Upstairs and downstairs together express the dual need that humans have, as articulated by Jerry, for prospect and refuge.

Outside, downslope of the house and lower deck, I admire the large in-ground vermiculture (worm compost bed) installation and the custom designed rainwater drainage and dispersal system integrated into a gracefully curving gravel-filled walk. This elegant system provides additional water for the native black walnut trees and, ultimately, raised vegetable beds below. The vegetable beds hadn’t yet been constructed when I visited in April, but we may see them in July during our Open House, if Jerry doesn’t get sidetracked with other projects.

Jerry’s awareness and commitment to the environment may have started as early as his youth in Boy Scouts and in his hobbies of gardening and propagating native trees. As a civil engineer for large-scale electric generating stations and transmission lines, he was responsible for environmental compliance measures. Gradually he linked his hobbies and work, pursuing environmental site development and ecological restoration of native landscapes. In the Cal Poly landscape architecture graduate program, Jerry learned about regenerative systems design and sustainable development. The project of building a new home became a natural opportunity to showcase this knowledge and “walk the talk.”

Through his meticulous attention to fulfilling every opportunity to mitigate impact on the land and in every detail of architecture, landscaping, equipment and environmental home systems, Jerry’s dedication to living consciously within the circle of life is evident. Jerry and Gloria’s deep commitment to a home in harmony with the earth has found beautiful and moving expression in their Mt. Washington aerie on Sea View Avenue.

Sustainable Features of the Schneider Home

  • Passive Solar Design
    South facing windows with overhang for summer shading and winter warming.
    High thermal mass (tile and concrete) floors
    Retain heat gained from winter sun during day and release it during night
    Retain coolness of summer nights to even-out diurnal temperature swings.
  • Added Insulation
    Double thick exterior walls have an air space between outer stucco framing and insulated interior framing.
    Added insulation values, R-30 beneath raised lower floors and R-11 between floors.
    Positive weather seals around all door and windows.
    Dual glazed windows
  • Earth Sheltering
    A portion of lower floor is excavated into the hillside to provide greater thermal mass and even out diurnal temperature swings.
  • Convection Cooling
    Raised ceilings allow warm air to rise above inhabited spaces.
    Outside air is taken in at lower levels and expelled through transom windows set near high ceiling
    Central stairwell acts as a convection chimney encouraging warm air to rise and drawing in cooler air from lower stories.
    A balance between windward and leeward windows allows cooling afternoon and evening breezes to pass through the house.
  • Radiant Heating
    Radiant heat is sensed by the body without need for heating and moving heated air through the house.
    Hot water distribution pipes in the floors allow heat to radiate upward from floors.
    The system uses low-grade heat, using domestic hot water through a heat exchanger to transfer 110 degree to 105 degree F water to the in-floor piping.
    There are independent thermostatically controlled zones to allow optimization of heat distribution.
  • Ceiling fans
    Wiring is installed in bedrooms and key living areas to allow installation of ceiling fans if needed for additional air circulation.
  • Attic Ventilation
    Thermostatically controlled, fan-assisted roof ventilators expel hot air from air space between ceiling insulation and roof
    Soffit vents above upper floor windows and doors allows air to circulate from upper wall air spaces through the attic.
  • Energy
    Solar Energy Collection systems
    A 1 kW solar photvoltaic system collects solar energy with south facing panels on the roof. The system is connected to the LADWP grid with net metering.
    High efficiency, low profile solar hot water collectors are mounted on the roof to provide preheated water to the domestic hot water heater.
    High Efficiency Lighting and Appliances
    Windows are placed to maximize daylighting.
    Low wattage fluorescent lighting is used predominantly throughout the house.
    Dimmers on halogen lights are used for the variable light intensity areas.
    Dish and clothes washers are “Energy Star” appliances which conserve both energy and water.
  • Water
    Thermostatically controlled pumps recirculate water to provide instant hot water at water faucets furthest from the hot water heater.
    Landscape planting is predominately drought tolerant, low water use species.
    Plantings and irrigation are zoned by sun and water use.
    Supplemental irrigation is by drip system, except for a small wildflower lawn-substitute area.
    Waste plumbing piping is separated for a future graywater system to irrigate fruit trees.
    Toilet water supply is paralleled by separate piping to allow reuse of graywater.
    Roof and driveway drainage is returned to the native trees downslope of the house through a custom-designed retaining wall/gravel walk dispersal system.
    Driveway is permeable concrete and walkways are gravel to minimize runoff.
  • Other/Miscellaneous
    House situated to preserve on-site mature native black walnut trees.
    Seed collected from native plants and wildflowers in the construction footprint.
    On-site rocks and concrete rubble used in paving and low garden walls to minimize construction waste.
    Non toxic, recycled plastic landscape timbers used for walks.
    Edible plants/fruit trees used in landscaping.
    Kitchen herbs and vegetable gardens in raised beds and roof/deck planters.
    Worm compost bed used for recycling of kitchen and yard green waste.
  • Directions:
    Thomas Guide Page 595, A-2

From Glendale: Exit Glendale (2) Freeway at Verdugo Rd. and follow the direction signs toward Eagle Rock Blvd. Turn Left onto Eagle Rock Blvd. and get in the extreme right lane. Turn Right onto El Paso Dr. (traffic light) heading east for about 1 mi. Turn Right onto Cleland Ave. (stop sign) for one short block. Turn Left onto Terrace 49 (stop sign) for one block. Turn Right onto San Rafael Ave. (stop sign) and follow it up on what is known to locals as “the Corkscrew.” At the second Stop sign on San Rafael ave, turn HARD right onto Sea View Avenue. (not the Lane) and go about 1-1/2 blocks to 4113. It’s the Santa Fe style on the left (sort of straight ahead) as Sea View Ave turns to the right. Parking is best just around this bend on either side of Sea View Ave.