The Benefits of Outdoor Learning

Over the past 20 years, the Berliner Architects team has worked with schools to create innovative and sustainable outdoor learning spaces. We are passionate about outdoor learning and the many benefits for both students and teachers that come from being outside in nature. Many institutions have explored these benefits that arise when students have natural landscapes for play, learning, and green views. They find an increase in positive moods and a reduction of stress, anger, inattention, and problematic behavior.

Last year, Berliner Architects had the privilege of working on Design Guidelines for Los Angeles Unified School District’s Outdoor Learning Environments. Our team visited several campuses throughout the district and determined best practices and conditions for Outdoor Learning Environments (OLEs) to thrive. While many schools embrace the opportunity for campus beautification and renovation, the specific benefits of OLEs go far beyond their aesthetic. While we’ve conducted our own field research on these benefits, we also value the formal studies that dive deep into precisely how the educational process is enhanced through OLEs, for both students and their teachers.

 The foundation of an OLE is the environment itself, which is where the most rudimentary benefits stem from. An Oregon State Study titled “Connecting Outdoor Learning to Environmental Literacy” explains that a child’s immersion in nature during times of learning will “increase their awareness, understanding and knowledge of the environment and their relationship to it.” Exclusively learning within the walls of a classroom doesn’t facilitate this same depth of a connection to nature. This connection also fosters “participation as community members in the stewardship of the environment” and prepares children to “participate in ensuring a sustainable future.” With our youngest generation growing up in a time where sustainability and environmental conservation are more urgent than ever, establishing a meaningful connection with nature early on is essential. 

While the promise of having class outside has often been thought of as a reward for students, a rare treat after being cooped up inside all day, OLEs actually keep students focused. In a study by the National Library of Medicine called “A Potential Natural Treatment for Attention-Deficit/Hyperactivity Disorder,” parents of kids of ADHD report that “when their kids participate in activities outdoors versus indoors, it reduces their ADHD symptoms.” This study directly counters the hesitation many teachers have that extended outdoor time will distract from class time. Another study by the NLM called “Stress in School” documents that “holding a class outdoors one day a week can significantly improve the daily cortisol patterns of students—reflecting less stress and better adaptation to stress—when compared to kids with indoor-only instruction.” These findings demonstrate that OLEs provide a practical, meaningful way to regulate students and keep them engaged more than in exclusively indoor settings.

Though the benefits of OLEs for students are clear and plentiful, the positive experiences for the teachers working in them are what solidify their high value. A thorough study by the State Education and Environment Roundtable called “Closing the Achievement Gap” includes an extensive study, in which teachers and administrators reported:

  • Better working relationships with their students and colleagues (94%)

  • More opportunities to explore new subject material than traditional, discipline-based teaching (95%)

  • Frequent occasions to use innovative strategies (96%)

This reinvigoration of educators is further supported by a study from the National Wildlife Foundation called “Back to School: Back Outside,” which specifically focused on the “educational outcome effects of green school grounds.” In the study, “70 percent of the educators said that their own motivation for teaching increased while using such school grounds as compared to just using the indoors.” Once again, we see enthusiastic feedback from educators on their experience with OLEs; their enthusiasm only leads to greater commitments to their students.

When the National Wildlife Federation surveyed 1,878 educators, they found:

78% of children who spent regular time in unstructured outdoor play are better able to concentrate and perform better in the classroom

82% of students need daily unstructured outdoor time to counterbalance time spent indoors

75% of students who spend regular time outdoors tend to be more creative and better able to problem solve in the classroom

State Education and Environment Roundtable (SEER),  a roundtable cooperative endeavor of education agencies from 12 states, integrated the environment into K-12 curriculum and school reform efforts.  They observed the following benefits:

Better performance on standardized measures of academic achievement in reading, writing, math, science, and social studies

Reduced discipline and classroom management problems

Increased engagement and enthusiasm for learning

 Greater pride and ownership in accomplishments

For students learning Biology and Mathematics Outdoors, the effects and attitudes in a Swedish high school make a compelling case. Half of the students took courses inside, while the other half took their courses outside. The most significant difference was in the long-term retention of content and experiences.

With both students and teachers benefiting from their time outside, the value of Outdoor Learning Environments cannot be understated. These spaces enhance a school’s campus not only in terms of aesthetics or extra play places, but they specifically enhance the educational process for everyone involved. Berliner Architects is proud to have designed several OLEs for a variety of schools and districts, and it is our sincere hope to facilitate the creation of more in the future.

Promotions 2024

We are excited to announce the promotions to the position of Principal of two key members of the Berliner Architects team. This promotion recognizes all that Rahel Zewdu and Lautaro Galvez bring to the success of our client's projects with their depth of experience, commitment, and knowledge. They are leaders in our firm, and we look forward to what comes next for them and Berliner Architects.

Lautaro Galvez, Principal

works with our key clients, building a deep understanding of their needs and processes over decades of collaboration. As an expert in the development of entertainment facilities and adaptive reuse projects, he leads project teams with persistence and attention to detail. Bringing over 20 years of experience, Lautaro is an integral part of successful project delivery.

Check out the gallery below to see some of the fantastic projects Lautaro has worked on.

 

Rahel Zewdu, Principal

leads large and diverse teams on complex projects to realize our clients’ design, budget, and schedule goals. Her upbeat, positive, and loving attitude engages our client, BA, and consultant teams, as well as local jurisdictions, to deliver successful projects. Rahel brings over 20 years of experience guiding educational, spiritual, and master planning projects to completion.

Check out the gallery below to see some of the fantastic projects Rahel has worked on.

CCFC Award of Merit for IVC Outdoor Learning Classrooms

We're excited to announce that our work with South Orange Community College District on the Irvine Valley College Outdoor Classrooms has won a Merit Award from the Community College Foundation Coalition (CCFC).

Jurors said "This project celebrates an outdoor space with a unique approach that is very well designed."

LAUSD Outdoor Learning Environments

Berliner Architects is currently working on the Design Guidelines for Los Angeles Unified School District’s Outdoor Learning Environments.

LAUSD already has a number of Outdoor Learning Environments on their campuses, though not all have the right furniture, fixtures, equipment, or landscaping to function properly as classrooms.

At the start of the process, we reviewed documents provided by LAUSD that outlined Lessons Learned from the installation of previous Outdoor Learning Environments and the district’s best practices.

We then visited existing LAUSD Outdoor Learning Environments and were able to see first-hand what worked and did not work for the District. We visited Carthay Elementary School and Eagle Rock Elementary School in November 2022 and spoke with the staff and administrators at the schools about their OLE’s.

Eagle Rock Elementary

Carthay Elementary School


From these site visits, we determined a number of Must Haves and Nice to Haves for the new design guidelines:

Must Haves:

  • Critical to have information on underground utilities ahead of time

  • Large high-value shade trees need substantial rootzone areas to provide substantial shade. Avoid utility conflicts which can limit available rootzones and potential locations for planting

  • General Shade (Natural and/or Man-made)

  • Storage

  • Hand Watering

  • Quick couplers are not used by staff. A hose bibb with removable handle or in locked box would be preferable

  • Pavers are a good solution for permeable pavements

  • Proximity to existing buildings

  • Clear lines of sight into the OLE from other parts of the yard

  • Durable irrigation systems and localized controls

  • Low maintenance plantings for shade and curriculum resources

  • Table and Seats with shade

  • Less distraction / Noise

  • Large introductory information panel

  • Power and data, access to school wi-fi network

  • Confirm ability to hear school PA, Fire Alarm, and School Bell and that minimum Db levels are met.

  • ADA accessible Path of Travel and access to: washrooms, water fountains, and beyond to the main administration office, and parking areas.

Nice to Haves:

  • Black Board and storage; storage is required to have resources readily available

  • High Table for teachers to use as demonstration would be great

  • Providing Steppingstones for kids would be nice for both areas of DG or planting while conforming to ADA access somehow.

  • Provide elements for self-directed activities as opposed to instruction only activities, kids like to dig, build and play in outdoor classroom and gardens independently

  • Lower stumps and logs placed closer together for kids to play on safely

  • Work/ demonstration bench with sink, and connections to nearby water supply and drainage.


Site Evaluations

We developed a Site Planning Matrix to help schools determine the best sites for their new Outdoor Learning Environments. The Site Planning Matrix is to be used at the beginning of the site selection phase by the entire design team, including the LAUSD project manager, the architect of record, and the landscape architect. The process should be explained to the school’s stakeholder group and this group should be part of the discussion around the “initial site selection” process. It is advised that between 5-10 sites be initially selected per Greening Index to go through the evaluation process to weigh the pros and cons of each site and select the most appropriate site that will meet the goals of the program.

The design team shall go through each category and assign a weighted point value for each category per site, with 10 being the highest. The highest score a site can get is 90 points. In certain instances, a score of 0 can nullify a site, such as if the site contains a fire lane or is potentially impassible, hazardous, or cost prohibitive. The design team should use their judgment during the initial site selection to limit the possibilities to only viable sites.

The matrix table should be filled out and shared with the stakeholder group for discussion. Only the sites in the top three top point values should be considered for selection and nominated for final approval.

Site Planning Matrix Criteria

  1. Fire Lanes/Circulation Disruption

  2. Path Of Travel/Restroom Access

  3. Adjacency To Buildings/Classrooms

  4. Visibility To Ole

  5. Existing Shade

  6. Acoustics/Adjacency To Noise

  7. Utilities Power/ Data/Water/Irrigation

  8. Soils Analysis/Permeability

  9. Removing Portables


LAUSD Concept Classrooms

LAUSD had developed preliminary concept classroom designs exploring potential different uses and designed to fit within the footprint of a removed portable classroom. The concept classroom designs were created with the idea that the OLEs would replace existing portable classrooms on campus and be comprised of two or three distinct areas within the site. With this concept in mind, we developed six classroom types that could be chosen based on the individual school’s curriculum and needs, each with variations that could be combined with a service connector to create a variety of OLEs.


Classroom Types

There are six classroom types and a service connector that can be combined into a multitude of outdoor learning environments:

  • Service Connector

  • Type “A” Outdoor Classroom - Group Learning Area

  • Type “B” Outdoor Classroom - Performance Area

  • Type “C” Learning Lab - Habitat Planting Area

  • Type “D” Learning Lab - Raised Planter Area

  • Type “E” Learning Lab - Micro Forest

  • Type “F” Learning Lab - Active Play Area


Service Connector

The Service Connector joins the different learning environments providing centralized utilities including power, data, and irrigation controls. Each connector also has a storage space and an island counter with two sinks where students can gather for demonstrations.


Type “A” - Outdoor Classroom - Group Learning Area

The Group Learning Area is an outdoor learning environment where students can collectively gather and learn in a classroom or collaborate in smaller groups surrounded by a natural, planted backdrop. The Group Learning Area is set upon a durable and permeable surface and is shaded (via a shade canopy or natural trees), facilitating year-round use. The Outdoor Classroom is fully equipped with Wi-Fi, electrical outlets, a blackboard, and nearby storage.

The Group Learning Area accommodates seating for up to 32 students.

The learning environments can be configured in different ways depending on the specifics of the site and the landscape aesthetics. The square-shaped spaces are a diagrammatic model for how to layout the spaces but these examples demonstrate how the model can be manipulated but still provide the required program elements.


Type “B” - Outdoor Classroom - Performance Area

The Performance Area offers an outdoor learning environment for student performances and presentations within a natural setting. This space also includes natural log seating and a chalkboard to facilitate its use as an outdoor classroom. The incorporation of Wi-Fi, electrical outlets, and nearby storage allows for further flexibility of use. The space is surrounded by plantings and trees, and an optional shade structure to maximize year-round use.

The Performance Area accommodates seating for up to 32 students.


Type “C” - Learning Lab - Habitat Planting Area

The Habitat Planting Area offers a hands-on learning lab experience where students can explore and observe plants, animals, and insects within a representative habitat type. This green education space provides an environment that supports a variety of habitats, such as native or pollinator.


Type “D” - Learning Lab - Raised Planted Area

The Raised Planter Area offers a hands-on learning lab experience where students can explore and tend to curriculum-selected plants within raised planted boxes. the raised planter area is surrounded by and in-ground habitat planting area that provides an additional learning environment.


Type “E” - Learning Lab - Micro Forest

The Micro Forest is an outdoor learning environment that encourages habitat exploration within an area that is densely planted with a variety of trees and plants. carious seating is provided within the Micro Forest to support its use as a peaceful reading area or as a space for quiet reflection.


Type “F” - Learning Lab - Active Play Area

The Active Play Area offers an outdoor learning environment where students can actively engage with the natural environment through physical play and exploration. This green space encourages student movement, as well as informal, small group gatherings within a natural setting.


Combinations

The templates are designed so that they can all be combined with the Service Connector, which houses essentials like the sink and storage shed, to create multi-purpose Outdoor Learning Environments that fit the selected sites and school’s needs.

IVC Outdoor Learning Classrooms

 
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Berliner is working with South Orange County Community College District to design two new outdoor learning classrooms at Irvine Valley College. These spaces will serve as a template for future outdoor learning spaces on the campus. After narrowing in on the site, the team studied the regional context, historical imagery, adjacencies, circulation, outdoor spaces, and natural lighting of both the site and the greater Irvine Valley College Campus.

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Once the site was selected, the team, led by Principal Architect Richard Berliner, Project Architect Eric Rutgers, and Project Manager Rahel Zewdu, worked with university staff to develop project goals and opportunities to address pressing needs, such as lighting, acoustics, security, and student capacity. Based on their research and meetings with university staff, the team developed multiple schemes for two classrooms.

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The site is split into two classrooms on either side of a central walkway that supports different styles of learning. The east classroom will support larger lecture-style classes while the west classroom will support smaller groups with a large table for demonstrations.

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Having received necessary district approvals, the team will now be proceeding with construction documents and submitting to DSA for permitting this Fall.

Back to the Office

At Berliner Architects we love the flexibility of working at home, but we all agree: nothing beats in-person collaboration and teamwork. With that being said, we are taking every step and every precaution to get our team back in the office safely.

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Berliner Architects has made it a goal to get the whole team working on laptops. The ability for employees to easily transition between working remotely and in the office is a huge benefit. Based on their comfort level, many of our team members cycle in and out of the office on a daily basis for meetings, utilization of office resources or for a simple change of scenery.

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Let’s head to the Berliner Architects’ office, don’t forget your mask (although, if you do, we have extras)!

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Office security has always been a priority. We’ve modified our keypad door lock to be touchless. Now each employee will have a key fob that will unlock the door without utilizing the numbered key pad.

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A new path of travel within the office has been established to ensure distance between employees while up-and-about. Additionally, team members are required to wear a mask any time they step away from their desk.

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In the restrooms, new touchless soap dispensers have been installed to replace the former manually-operated ones.

 
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To reduce recycled air, HVAC upgrades have been preformed. Now, much of the air cycling through the office is fresh from the outdoors. In addition, new Merv-13 filters are being utilized to ensure the cleanliness of the air being circulated.

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We’ve moved some of the conference room furniture to the open office to allow people to have small collaboration meetings at a reasonable distance. This includes our conference room computer and screen to allow for drawing coordination.

 

A new seating arrangement is being utilized to maximize distance between workstations. Where possible, the desks have been left empty in an attempt to mitigate side-by-side seating.

However, there are a few locations where neighboring workstations are both in use. In these instances, plexiglass dividers have been installed between desks.

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Changes You Can Make Now

 
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As schools and workplaces prepare to reopen in the coming weeks, there are some immediate measures that can be taken to make the facilities safer and help implement social distancing guidelines. We have identified four major categories of upgrades that can significantly enhance the safety of the environments: HVAC, Restroom Upgrades, Door Hardware, and Signage. These measures can each contribute to the limiting of airborne and surface transmission of viruses. Signage plays a key role in communicating safe practices and new behaviors to limit transmission while communicating the commitment to creating a safe environment for working and learning.  

HVAC

Specific to HVAC systems in general, MEP engineers have been recommending a ‘practical approach’ looking into implementing proven technologies that can be integrated into the new/existing equipment. Implementing some or all of them will be effective in increasing the indoor air quality.

  1. Filter the air with increased Filtration which might include replacing MERV 8 with MERV 13 after filters integral to the air handling equipment. Please consult an engineer to determine if existing systems can handle increase pressure drop.

  2. Dilute contaminants with operational changes such as running the HVAC system on economizer-mode before and after normal business hours to bring in more outside air and flush the system.

  3. Sanitize the air with UV-C lights within the air handling equipment at cooling coils and possibly also in the air-stream.

  4. Clear the air with Bipolar Ionization in the supply air main ducts to control odors within the system.

Here is a link to ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) guidelines on COVID-19 readiness and reopening guidance.

ASHRAE COVID-19 Guidance


Plumbing Fixtures

Typical restrooms are extremely habitable space for virus and germs. The risk can be minimized by utilizing touchless technology to avoid cross contamination.

Faucets: While there are several universal touchless sensor adapters for existing faucets, these have not been widely tested in the commercial market. Replacing the existing faucets with battery operated touchless faucets would be much better in the long term. Sloan and Zurn have sensor operated faucets on battery power that eliminates the need for additional electrical work during installation.

Zurn Aquasense | Sloan

Flush Valves: Retrofit sensor operated flush valves is an easy way to make water closets safer. This one from Global Industries is compatible with Royal and Regal Sloan manual flush valves. Sloan and Zurn also have retrofit flush valves that are proprietary to their brand of products. As tempting as it may be to go for solar powered units that charge from artificial lights, the occupancy sensor requirement of California Title 24 may make them ineffective. Better to go with battery operated kits.

Global Industrial Flush Valve



Soap dispensers: If the facility is equipped with deck mounted manual soap dispensers, this fixture from Bobrick can easily provide touch-free dispenser without leaving a hole on the countertop.

Bobrick Deck Mounted Dispenser | Bobrick Wall Mounted Dispenser

Paper Towel Dispensers: Facilities are also advised against using electric hand dryers since they tend to disperse the virus and bacteria into the air. For the immediate use, it might be advisable to disable the existing hand dryers and provide wall mounted automatic towel dispensers such as this Bobrick model.

Bobrick

For facilities that already have paper towel dispensers, the increased towel use can be accommodated by providing roll towel in lieu of individual folded towels. This kit here can replace existing folded paper dispensers for field conversion.

Bobrick paper towel dispenser retrofit


Hardware

Door handles are another big concern since it is something everyone has to touch coming in and out of the restrooms. One easy implementation is adding this pull to operate door with arm or wrist.

Arm Handle Door Opener

But it wouldn’t prevent people from actually touching this arm pull and thus contaminating it. So what if you use your foot to open the door? There couple different options for that.

Footpull | StepNPull

There is another option as well. This one provides an anti-microbial sleeve over the push-pull handle which advances after each use, similar to the automatic toilet seat cover in some airports. It is battery operated and each refill cartridge holds enough material for 2600 uses. The refills are also recyclable.

Purleve


Signage

Many reprographics companies and signage companies are producing Social Distancing Signage package, from window graphics and floor decals, to outdoor banners. It’s an easy and affordable way to visually promote social distancing.

ARC Signage (left)

40Visuals Social Distancing Signage | Vistaprint COVID-19 Products

Here are some fun ways to integrate these signs more permanently into facilities with carpet tiles and LVT’s. Fun shapes and contrasting colors give a clear sense of directionality and zoning.

Interface A (new) Way Forward

Interface Zoning and Wayfinding

Circulation on a school campus

In our previous blog posts we discussed generally how students and staff might circulate through the campus when they reopen. We wanted to look at this in more detail this week and see, with the latest guidelines from CDC and the LACOA, how this will effect the way people move through a newly opened school. How people arrive on campus, know where to go, and move through their environment in a pleasing way are primary issues that are ever present.

When student arrive at school best practices include:

  • Provide multiple points of entry to provide enough space for temperature checks & symptom screening.

  • Staggering Start Times to allow for social distancing at entry to the campus and buildings.

  • Use all ground floor entries to maximize entry points into the building.

  • Prop open entry doors at arrival and departure times  so handles do not need to be touched.

  • Group students into cohorts to facilitate scheduling for remote and on campus study.

Outside of arrival times, these main doors can be retrofitted with new hardware that opens the door automatically when the motion sensor is activated through a door actuator at the head of the door, or entirely replaced with an automatic sliding door. For common use doors, such as those in classrooms or restrooms, these can be outfitted with toe pulls on the bottom of the door so that the door can be opened by pulling the foot back. These doors will need their closing latch disabled so that the door can be opened. If this is unfeasible then perhaps all the doors are propped open during classroom sessions, and noise tolerance will have to be discussed by the teachers.

We have also learned that LAUSD has started to release recommendations for classroom furniture layouts. Desks should be pointed in the same direction at the teaching wall and a space around the perimeter of the classroom should allow for students to find their seat without passing an entire row of students.

Another area of study will be the circulation areas outside the classroom, such as corridors or stairs. It will be important to see how the intersection of curriculum, teaching model, and building layout will inform the decisions in creating this new circulation pattern. In general, corridors should be one way to limit contact between individuals. Usually narrower than corridors, stairs should also be identified if they are for going up or down. Signage will be instrumental in clear communication of each school’s new strategy. This should be simple and clear but we began to think that it can also be an opportunity to introduce color and natural patterns to the interior design of a school.

Beyond introducing pleasing colors to a school, these signs can be an opportunity to bring biophilic elements to a school. Biophilia is best described as an innate pleasure we take from observing nature and its ability to create complex patterns that our brains “enjoy”. It can be as simple as seeing the wood grain in a cabinet, natural stone textures in a play yard, or seeing the sunlight filtered through a canopy of leaves. Taking inspiration from natural patterns, we created a toolkit of simple graphics that our schools could use in preparing for reopening. We would love to hear your thoughts on these.

Research on Biophilia improving student performance

Outdoor Learning Opportunities

As we began looking for additional learning spaces on campus we studied the idea of outdoor classrooms. Outdoor learning spaces are increasingly recognized as an important opportunity for students to thrive and retain more of what they are taught.  And at this moment there is the added benefit  that fresh air and daylight help slow the transmission of Covid-19 . How can schools re-imagine their outdoor spaces (sports fields, playgrounds, basketball courts) to increase their classroom count? Can overlooked minor spaces (such as alleys between buildings, decorative lawns) be re-purposed for learning spaces? And if schools have fewer visitors to campus at any one time and not having performances or large events, are there extra parking spots that can be converted to additional learning spaces? What do these spaces look like?

We wondered, are parking lots now oversized based on current social distancing and maximum gathering guidelines?  Can the parking provided be lowered to what is  needed and extra stalls be converted to shaded collaboration-style classrooms? Can Wi-Fi service be beefed up and serve these new outdoor learning spaces? What are some low cost, fast to implement ideas to create a variety of outdoor learning environments from these spaces? We would love to hear your thoughts!

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We’ve designed many outdoor learning spaces, that have specific aspects that can help with this style of learning, below are some of our projects where we created outdoor classrooms.

Designed for younger kids, Growing Place Ocean Park, below, is a recently completed project that our office helped design that supports outdoor learning in a variety of ways, including sitting stones, a covered work area, foliage, rocks and dirt for digging and mud play, and log stools created from an old tree on the property that had to be removed for safety concerns. The entire play area is woven together with a variety of ground textures that allows for different kinds of play, defines the various spaces, and encourages curiosity.

Often we design schools that are in under-served neighborhoods with tight, irregular sites that don’t permit a lot of flexibility of usage. Could groups of students be coordinated to plan visits to local parks and community gardens reducing the number of students on campus? Can parent volunteers help facilitate these visits?

Some further Links

Community Gardens around LA

Unlocking possibilities for more community space

Outdoor Classroom Project

Looking Beyond the Walls - Classroom Count

In our first blog post we studied how classroom furniture layouts might be arranged to achieve 6’ distancing between student desks. But how do you teach the same number of students using existing classrooms and a reduced student count per classroom? We wanted to investigate how assembly and outdoor spaces could serve as temporary classrooms to increase capacity. Studying Bright Star Schools new Stella Middle School, we evaluated opportunities to create additional learning spaces both inside and outside.

The school has 21 classrooms distributed on three floors. Reducing the occupancy of each classroom for social distancing from 24 to 12 students reduces the overall student capacity from 504 to 252 seats. As areas like the multi-purpose room and outdoor areas will be less used to limit large gatherings, we began to study what it could mean if these spaces could become temporary classrooms, how many can fit and how could we make this work?

With this new scheme that utilizes the biggest common areas throughout the campus, Bright Star would be able to accommodate 408 students. Because collaborating or project-based learning is most effective when you are within 6’ and able to work on the same project, outdoor classrooms with their abundance of fresh air could be dedicated to this style of learning, while discussion and lecture style classes can utilize indoor classrooms. This new scheme brings new concerns that schools may need to have more teachers as there are more classrooms. Let us know if you have any idea how schools might be able to support these additional spaces.

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We also wanted to look into the circulation of the school. With additional classrooms and social distancing, we wanted to study paths of travel and how one way direction and associated wayfinding could play a role in helping to coordinate large school movements like the beginning and end to the school day. Could circulation be directional in order to minimize social contact? Could one stair be up only and one down only? Could large arrows on the floor help coordinate the flow of students and staff?

As we talk to many of you, it’s interesting to see how scheduling could play a role as an alternative to how many students could be taught at the same time without fully occupying the building. It’s fascinating to hear how well online learning is going and how classes might flex by utilizing a blended learning model. Every school is different, but perhaps connections can be made with neighboring owners to allow for temporary use of empty parking lots, or even taking students out on field trips to parks, community gardens, or neighborhood walks. Please let us know how you plan to go back to school!

Stay At Home - the Now, Near Future, and Moving Forward

The realities of the Coronavirus threat has impacted everyone’s lives. With schools across the city closed to protect the health of our communities, learning has transitioned from the classroom and into the home. The importance of providing access to laptops and internet has never been clearer. Teachers and staff have had to be be innovative with e-learning and e-teachers, adjusting expectations, and nimbly shifting schedules. Parents have never before so strongly appreciated the daily stellar work teachers do with teaching our children a love of learning. We believe in the power of easily accessible education and the ability of design thinking to solve problems.

Berliner Architects has been contemplating how schools will change to protect the health of it’s students, teachers, and staff. This will most likely be a combination of evaluating hours of operation, curriculum, programs, class sizes, enrollment, indoor spaces, outdoor spaces, and nearby community resources. We will be posting our thoughts in the coming days on different spaces within a school that might change to make our schools safer and healthier.

Our first stop is the pervasive classroom and the 6’ rule. We test fit two standard sized classrooms, a K-8 750 square feet classroom and a 9-12 960 square feet classroom, to see how many students could be in the room in different furniture configurations for different learning environments. We found that the classrooms were able to accommodate half the number of students for the 6’ lecture and 6’ collaboration arrangements, but only around a third of students could be fit in a 6’ discussion layout.

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As we are looking at different configurations we start to think about which classroom formats have the most priority for in-person learning. Perhaps lecture style classes can more easily remain online, while collaboration and discussion style classes should be in-person. Can keeping some classes online be an alternative to fit all the kids into current school’s schedules?

There are other qualities of the classroom beyond the 6’ rule spacing that affect health. Can windows be modified to allow for more light and fresh air into the classroom? Can furniture or upholstery be replaced with anti-microbial and easy-to-wipe materials? Should plexiglass partitions be positioned to provide better protection? We will explore these and other ideas in a future post.

We wanted to reach out to you, our partners, about what these new schedules and classroom sizes are looking like to you?

Our Partners Community Efforts & How to Help

 
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Now that we’ve all been safe-at-home for over a month, we’ve seen many of our partners come up with creative and amazing strategies and initiatives to support their communities. Our local partners like Bright Star Schools, KIPP SoCal, Equitas, HOLA, and Green Dot Public Schools have equipped many of their underserved students with internet and laptops through generous donations and served to-go meals to students who normally rely on school, with HOLA extending this offer to parents in need.

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Other partners of ours have taken to the street to help out those who might not be able to stay home, like LACAN’s installation of handwashing stations throughout skid row. It’s been amazing to see just how innovative everyone has been at this.

While our partners have been making strides to help their students and the community, they can use your help too!

Build a handwashing station for LACAN.

Donate to Green Dot Public Schools to help them get laptops and internet for all their students.

Donate to HOLA.

Donate to Bright Star Schools, who have provided 1,150 laptops to their students.

Donate to KIPP SoCal.

Donate to Equitas.

Donate to Alliance College-Ready Public Schools.

Donate to Puente Learning Center.

Donate to HTLA.

Other local support efforts:

Help feed LA Students.

Donate to the Los Angeles Regional Food Bank.

Donate to the Mayor’s Fund for Los Angeles.

Volunteer for the American Red Cross.

Buy and donate cloth face masks made in LA by Reformation.

Donate 1 mask per 3-pack purchased through LA-based New Republic.

Buy masks from Rails, who will donate a pack for every sold to essential workers in LA.

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New Team Members

Berliner Architects recently welcomed three new staff members - Tony Armer, Farrah Matovu, and Krisitana Burgi.

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Tony brings his passion to see the project vision met. He has designed for educational buildings for over 20 years and has experience DSA on past projects permitting - he brings a hands on approach to the project from inception through construction. He has worked extensively in the construction of schools to assure project is completed as designed, on time and on budget. Tony is well versed in BIM. Tony is a strong believer in 21st Century learning and boundary-less education and works with clients to provide these goals. Tony believes in the use of the “building as learning tool” and not just a box to house students.

Several of his schools have won awards and industry recognition for design, materials, and lighting.

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Born and raised in Kampala, Uganda to a family of builders, Farrah Matovu has always seen herself as a designer with builder’s roots. With both her parents involved in the building and design industry, she, out of her sixteen siblings was the only one interested in pursuing a dream in the design field. Farrah studied Architecture at University at Buffalo in New York, and graduated in May 2015. During her senior year, she was one of five students selected to work on an architectural project in Yangpyeong, South Korea, which involved delivering sustainable urban planning solutions to the city of Yangpyeong under the theme of reshaping the pattern of sprawl. Farrah has successfully completed a number of projects for her father’s construction company, (Youma Builder’s Construction), including the design of the cottage houses for the Katanga Resort, which is scheduled to be completed in December, 2020. Even now, she remains an active part of the design team as they near completion of this eight year project.

Farrah completed her Masters in Interior Architecture at UCLA Extension and Cal Polytechnic Pomona (2017) while serving as an active board member for the ASID UCLA Extension Student Chapter.

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Kristiana Burgi is a M.Arch I student at UCLA, finishing her last year of graduate studies with a background in City and Regional Planning, as well as Public Health from The Ohio State University. She is interested in humanitarian architecture, solving urban issues through the power of design. Her undergraduate thesis was on mixed income neighborhoods and the stigmas associated with low income housing. Kristiana had the opportunity to work within communities of need in Columbus, Ohio and focused on participatory design with nonprofit and student work. She is a competitive ballroom dancer, radio DJ and music enthusiast. Kristiana enjoys the eclectic interests within design, and looks forward to what the future of architecture will bring in today’s urban complexities.