Your SlideShare is downloading. ×
L-pod: A Modular Application for Learning
Upcoming SlideShare
Loading in...5
×

Thanks for flagging this SlideShare!

Oops! An error has occurred.

×

Saving this for later?

Get the SlideShare app to save on your phone or tablet. Read anywhere, anytime - even offline.

Text the download link to your phone

Standard text messaging rates apply

L-pod: A Modular Application for Learning

505
views

Published on

2009 Sunshine State Modular Classroom Design Competition Entry submitted to the Florida Foundation for Architecture

2009 Sunshine State Modular Classroom Design Competition Entry submitted to the Florida Foundation for Architecture

Published in: Design, Education, Business

0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total Views
505
On Slideshare
0
From Embeds
0
Number of Embeds
1
Actions
Shares
0
Downloads
4
Comments
0
Likes
0
Embeds 0
No embeds

Report content
Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
No notes for slide

Transcript

  • 1. L-pod: A Modular Application for Learning For years, educators, researchers, architects and the public have understood the power of a well designed school to improve educational performance. The research is abundant and the case studies plenty yet in most cases kids in Florida still do no benefit from all we know. The reasons are numerous and include funding shortages, overcrowded schools and narrow minded decision makers. The L-pod (learning pod) is a modular classroom, built with common construction tech- niques but it also incorporates all the good design applications we know can help students and teachers alike. It also is a highly efficient unit that can minimize its impact on the environment and be a learning tool for the students. s Acoustic l Light Natura it y Flexibil Natural Water Ventilat ion y Indoor Ef ficienc lity Air Qua c tability Constru Energy cy Ef ficien 2009 Sunshine State Modular Classroom Design Competition Entry to design competion submited to the Florida Foundation for Architecture by: Lilian M. Sherrard, AIA, LEED AP
  • 2. Design Applications Flexibility Providing adequate space for different class sizes, grades Water Conservation and teaching techniques is priority number one. Beyond In addition to very low flow fixtures, our design collects the the essentials, our solution provides additional areas where condensate from the dehumidifier & air conditioning system to be learning can occur like an outdoor extended learning space used for irrigation. This combined with a roof collection system and soft seating area within the classroom. In addition, can provide all the water needed for the landscape elements. the plan layout seeks to reinforce an indoor/outdoor experience. Natural Light Studies show that access to natural light can greatly Natural Ventilation improve learning in classroom. Our strategy has been to In order to accommodate natural ventilation, operable inserts provide extensive natural light through overhead glazing. have been included at all windows. Location of the inserts have Mechanical shades can minimize glare and still provide been offset between north and south windows to allow for cross all light necessary for work during normal day conditions. ventilation when humidity levels allow. South facing windows are partially shaded with canopies. Energy Efficiency Indoor Air Quality Designed as a high performance building, maximum energy Good air quality is achieved with a CO2 sensor controlled HVAC efficiency is achieved through high insulation values, a system, low VOC paints and adhesives, and formaldehyde cool roof and a tight building envelope. A High efficient free furniture and cabinets. Additionally, the fresh air supply wall mount HVAC system, occupancy sensors, fluorescent is pre dried through the dehumidifier system. lighting and abundant natural light also contribute to energy savings. The design also allows for integration of solar power into the canopies. Acoustics Constructability In order to learn teachers and students must be able to hear The L-pod is built using common materials and techniques. and be heard. This is achieved through a tight envelope The main learning unit is composed of 2 modules that (with spray foam insulation) and the use of materials with come together on site to make a complete classroom. Final a high STC rating. The classroom configuration also allows roofing membrane is added on site for a complete seamless teachers to stand closer to the students. application. Added components such as decks, canopies, and planters can be added to suit the schools need and final layout.
  • 3. Plan 1. Area: 1,047 sf. net area 2. Soft Seating 6 6 3. Extended Learning Space 4. Storage 9 1 4’-0” 4’-0” 5. Equipment Rack 6. Bamboo Planter (provides visual connection with nature) 7. ADA ramp (for stand alone 11 10 5 14 units. 8. Movable storage furniture 9. Water tank collects roof and 4 condensate from HVAC for planters 1 3 2 4 10. High Efficiency Wall Mount HVAC Unit. 13 11. Dehumidification system 8 pre-treats intake air for energy conservation and adequate O2 levels. 12 7 12. Low profile planter (blocks unwanted noise from exterior corridor) 13. Cork Flooring 14. Teaching wall (located at the short end for optimal voice projection.
  • 4. Teachers have the freedom to personalize their learning environment. Here are a few options... Flexibility 1 2 2 2 Configuration D: Grades 9-12 Configuration B: Grades 1-3 Student Teacher Ratio 1:25 Student Teacher Ratio 1:18 1. Technology Rack w/ Voice Enhacement System 2. Storage 3. Rest room 4. Kitchenette 1 2 2 Configuration C: Grades 4-8 Configuration A: Grade K Student Teacher Ratio 1:22 Student Teacher Ratio 1:18 All configurations provide a visual connection with the outside.
  • 5. Section 1. Canopy with Solar Power 2. Light Monitors 3. Wall Type: Metal stud with exterior sheathing, water barrier, furring strips, gypsum panel and spray polyicynene insulation with interior gypsum board (R-Value 24; STC 38) 4. Roofing: Cool Roof over exterior sheathing over metal framing with spray polyicynene insulation with interior gypsum board (R-Value 24; STC 37) 3 5. Fluorescent direct / indirect fixture 17 4 6. Occupancy & Daylight Sensor 2 7. Planter 1 8. Cork Flooring 9 9. Acoustical Canopy 10 10. Acoustical Ceiling 14 16 13 6 11. Bamboo planter 5 12. ADA Ramp 13. Teaching wall (tack boards, marker board, projection screen) 7 14. Projector 15. Movable storage furniture 15 8 11 12 16. CO2 Sensor 17. Linear air diffuser 18. Operable windows with Low E laminated glass (STC 35)
  • 6. Sleek Envelope A smooth fiber cement panel is the finish touch for a high performance envelope that also speaks of elegance through simplicity. Exterior metal panels are used over entries and windows to create rhythm. South Wes t View st View South Ea North West View
  • 7. Assembly 1. Foundation 2. South facing pod 3. North facing pod 4. Extended learning deck 7 5. Bamboo Planter 6. ADA Ramp 5 14’-0” 44’-0” 3 14’-0” 9 2 7. Water tank 13’-0” 8. South planter 9. Canopy with solar power plastic 4 1 8 6
  • 8. Day Light Analysis 66%-100% > 100% Natural Light Workplane Area 6% 56% 35% 4% 24 22 41 23 9 7 9 23 43 23 LEED for Schools v1-Single Point in Time-Daylighting Report 20 22 31 25 14 15 15 22 29 20 Space Setup Summary Design Performance Width, [ft] 16 24 35 27 21 21 18 26 35 27 Space Properties Element Description Workplane Annual Daylight Illuminance Isometric View 24 33 29 24 27 24 28 29 24 Dimensions Apertures Overhangs Zone Average Maximum Avg:Max 12 1 88 fc 580 fc 7 20 29 28 29 31 29 26 26 19 N Width 28 ft South Wall South Wall 8 Length 40 ft 4 6.5ft x 4ft 70% 1 8ft 6ft Workplane Illuminance (fc) - Sunny Equinox at Noon W E Height 12 ft North Wall 24 4 8 12 16 20 24 28 32 36 Wp Height 2.5 ft 2 6.5ft x 4ft 70% Workplane Points (ft) - S to N Length, [ft] S Wall Thickness 9 in Ceiling 20 Skylight Depth 1.5 ft 1 3ft x 3ft 88% Workplane Illuminance, [fc] 1 3ft x 3ft 7% 16 Surface Reflectance 4 3ft x 3ft 88% Floor 20 % 12 Walls 60 % 50 Ceiling 80 % 8 Ground 15 % 40 Mullions 50 % 4 Lightshelves 80 % 4 8 12 16 20 24 28 32 36 30 Overhangs 75 % Workplane Points (ft) - W to E 20 Prerequiste Checks Lightshelves Workplane Height (30in AFF) 0-5 5-10 10-15 10 Pass Area Achieving 25 fc: Grid Spacing (4ft x 4ft max) 15-20 20-25 25-30 0 Pass 94 % Direct Sun Control 30-35 35-40 Pass Conditions: Overcast on an overcast sky. Time frame: Natural light level day Time frame: Winter winter @ 4:00pm @ 4:00pm Overhead monitors provide daylighting during normal daytime operation, reducing the energy use. Daylight sensors ensure optimal light is provided at all times and blackout shades allow for occupant control during A/V presentations.
  • 9. Site Arrangement 30’ 30’ 1. Walkways and access ramps are customized for the specific school 2. Extended learning deck can be easily interconnected with walkways by using standard columns and canopy structures. 3. Solar plastic over walkways canvas roofing offers a net zero campus solution.
  • 10. Lessons Originally introduced as a temporary solution to space deficiencies, classroom portables have t become a permanent fixture at the majority of public schools in Florida and currently number over 16,000! vemen Achie Aca demic rth/ Space S cience Some even advocate them as the permanent solution for overcrowded schools. Yet the current designs M/J Ea udy skil ls. Standa rd: elop eff ective st period barely meet educational needs and do not provide a healthy and sustainable learning space for our 1.4 Dev 1 class Compe tency: stainab ility Length : children. ding Su Topic: Buil Lesson 6-8 Grade Level: The L-pod addresses all these issues to provide a highly efficient, healthy and sustainable learning space. The equations are simple: ls: Materia •Increased natural light + indoor-outdoor connection = better test scores encil. aper. P Blank sh eet of p •Correct volume ratio + acoustical surfaces + quiet envelope = better communication in their own •Low VOC finishes + adequate fresh air = a healthier environment explain m and •Solar power + natural light + occupancy & daylight sensors + high efficient HVAC class roo on: in their Evalua ti atures fy the su stainab le fe system = minimal energy use ts wil l identi enefit them. Studen ow it could b h •Correct area ratio + movable furniture + bonus spaces = maximum flexibility words fore been be classro om the y have ferent fo r other With its abundant natural light, connection to the outdoors, maximum ventilation of fresh ure revious ce is dif Proced think about p this spa air and minimal energy use, the L-pod is the high tech tool for learning. Its flexible approach dents to ate how Ask stu d evalu efit to und an e of ben 1. h st look aro udent to us. ifferences might b provides all that students and teachers need to create the perfect classroom. The L-pod is not Ask eac ms in camp those d 2. classro o write h ow the y think just a “portable” but a powerful application of Design to the basic building block of educational m ave the hy. Afterw ards, h them to write w space – the classroom - that also serves as a learning tool for sustainable design. 3. em ask coverie s. them. efit to th t of ben their dis nce s are no to share If differe students ow for 4. can foll dis cussion A class 5.