Project 3 Documentation Devyn Brown & Sami Lynes
Contents
1. Code Sheets 2. Articles/Summaries 3. Concept Statement 4. Design Objectives 5. Written Summary 6. Furniture, Finishes, and Equipment Estimate 7. Schematic Finish Schedule 8. Design Development Finish Schedule 9. FFE Specifications 10.
LEED Certification Checklist/Documentation
11.
Estimate/Actual Project Hours
1. Code Sheets
02/07/2021
Intergenerational Facility Code Assignment Central Michigan University Devyn Brown & Sami Lynes
CODE SOURCE: (ICC), I. (2018). International building code - icc
digital codes. Retrieved February 07, 2021, from https://codes.iccsafe.org/content/IBC2018
Chapter 3: Occupancy Classification and Use
Chapter 4: Special Detailed Requirements Based on Occupancy and Use
Chapter 9: Fire Protection and Life Safety Systems
Chapter 10: Means of Egress
Chapter 11: Accessibility
Chapter 12: Interior Environment
Chapter 29: Plumbing Systems
Chapter 30: Elevators and Conveying Systems
Appendix H: Signs
02/07/2021
Intergenerational Facility Code Assignment Central Michigan Unviersity Devyn Brown & Sami Lynes
CODE SOURCE: B. (n.d.). Licensing Rules for Child Care Centers . Licensing and regulatory affairs.doi: https://www.michigan.gov/documents/lara/BCA L_PUB_8_3_16_523999_7.p
2. Articles/Summaries
Devyn Brown IND 339WI Article Summaries (22) Article 1 Citation Rabig, J., Thomas, W., Kane, R., Cutler, L. & McAlilly, S. (2006). Radical redesign of nursing homes: Applying the Green House concept in Tupelo, Mississippi. Gerontological Society of America, 46(4), 533-539. Study Design Study of providing independence, through self-containing houses, to residents in assisted living facilities and how it affects them, family members, and employees of the facilities Results Summary The results of the Green House method proved that adding some levels of independence and a more residential feel in an assisted living facility helped the residents to feel at-home and more able, compared to what is seen in a typical assisted living facility. Overall, residents were more engaged in the activities in their private residence (like cooking) and social activities. Some residents even began using their wheelchairs less, as they were able to travel through their space with much more ease and less worry, due to the smaller living space and a more present staff. Setting Mississippi Methodist Senior Services (MMSS) Sample Population Older adults Site Questions/Design Implications What differences in design would have to be incorporated for individuals with dementia or Alzheimer’s? Those who are not capable of caring for themselves/may pose a threat to themselves or others?
Article 2 Citation Zeisel, J. (2013). Improving person-centered care through effective design. American Society on Aging, 3(37), 45-52. Study Design Focus on independence in an assisted living facility, managed through exit control, walking paths, common spaces, privacy and personalization, garden access, residential feel, sensory comprehension, support for capacity, and how to support enrichment of lives through these aspects. Results Summary Individuals who are allowed to express their independence become more confident in themselves and their abilities. This begins to show outwardly, through presentation of abilities to others, causing others to treat them with more respect and dignity than if they were not as confident in themselves. The respect and dignity shown by others encourages the residents further, resulting in a cycle of independence and ability, and respect from others. Allowing a resident to have privacy of and personalize their living space provides them a sense of ownership over their environment, creating more levels of comfort and normalcy. Setting Assisted Living Facilities (in general) Sample Population Older adults – those with disabilities (physical and/or cognitive), specifically dementia Site Questions/Design Implications To what level should independence be granted to people with disabilities? What happens if they injure/hurt themselves because they were given too much independence where they could not handle it? How do older adults with less abilities view others with more abilities? “Unfair” treatment, feeling “managed” or “babysat”? When residents are used to that level of independence, does it become a danger to themselves/others as their abilities decrease with age?
Article 3 Citation Sampsell, B.G. (2003). The promise, the practice, and problems of the Eden Alternative. Nursing Homes Long Term Care Management, 6, 42-44. Study Design Incorporating the Eden Alternative (philosophy relating to how life is about continuing to grow, even as we age and/or experience challenges and disabilities) into a long-term facility in order to give residents a sense of purpose, peace, and independence, improving their day-to-day lives. Results Summary In an ideal situation, the Eden Alternative should have worked well in the LTC facility; its benefits seemed to outweigh the costs, and its goal was to provide its residents with a sense of peace and independence, and a higher day-to-day quality of life. However, the results did not necessarily match those expectations. Staff responsibilities were increased, including training and educating others, and this was not necessarily communicated well throughout the process. Complications that weren’t considered came into view, such as the addition of animals, who may not be well-trained enough to interact with older adults. Even so, there were considerable successes; residents were participating in new activities, such as interacting with the children and animals, watering plants, etc., and they even began taking care of themselves more often, proving that the EA helps with encouraging independence among LTC facilities’ residents. Setting Long-term care facility – Eden Alternative (EA) Sample Population Long-term care facility residents and employees Site Questions/Design Implications If a resident does not want to participate in the watering of plants or interacting with animals, what sort of activities are available for them to do? And how does this put stress on employees who have to then multitask for the entirety of their shifts (overseeing more than one activity with multiple residents attending)? Are there enough spaces to accommodate large, social gatherings and smaller, quiet gatherings at the same time? Or do residents who do not want to participate in the larger activities have to wait in their private bedrooms in the meantime?
Article 4 Citation Brownie, S. (2011). A culture of change in aged care: The Eden Alternative. Australian Journal of Advanced Nursing, 29(1), 63-69. Study Design Using the Eden Alternative in order to combat the plagues of aging – loneliness, helplessness, and boredom – in RACFs. The EA aims to promote autonomy, selfdetermination, and emotional and social wellbeing, something that not all assisted living facilities can feasibly grant to their residents. Results Summary Implicating the Eden Alternative showed improvements in many areas, such as a reduced staff turnover percentage, fewer complaints by residents, faculty, and family members, fewer incidents/falls, as well as a reduction in the need for medication or restraints. Additionally, there were significant improvements seen in the emotional and social wellbeing of the residents, relating to feelings of loneliness, helplessness, and boredom. Because the EA allowed residents to have more autonomy and decisionmaking power in their day-to-day lives and activities, residents feel more independent and confident in their abilities, resulting in less feelings of helplessness. Additionally, encouraging more social interactions among residents plays a big role in their feelings of loneliness and boredom. Setting Western Australia respite centers Sample Population Individuals working and living in residential aged care facilities Site Questions/Design Implications Staff turnover, in some areas, actually increased, as compared to the control groups. What are the differences between the facilities where staff turnover increased and facilities where it decreased? How can these differences be amended in order to reduce the staff turnover percentage, as seen in some of the RACFs utilizing the EA model?
Article 5 Citation Eijkelenboom, A., Verbeek, H., Felix, E., & Hoof, J. (2017, April 20). Architectural factors influencing the sense of home in nursing homes: An operationalization for practice. Retrieved February 14, 2021, from https://www.sciencedirect.com/science/article/pii/S2095263517300079#s0010 Study Design Providing a personalized and home-like residence for older adults in assisted living facilities may have a positive impact on the adjustment period as they move into their new environments, as well as the long-term stay afterward. Results Summary In order to create a home-like residence for older adults in assisted living facilities, the architecture and interior design of the facility must be considered; it cannot be solely based on the items a resident is allowed to bring in with them. Contrary to popular belief, in order to create a home-like residence, the size of the living spaces should not be scaled down. Yes, it is common to associate smaller rooms with a sense of coziness. However, in order for residents to interact with each other and host family members, the size of the rooms must accommodate for multiple people at a time. Feeling overcrowded in a space is not home-like, and therefore should be avoided. Additionally, the amount of privacy that is granted to older adults in ALFs has a lot to do with the home-like feel of their environment. Being able to close their bedroom doors and not worry about someone coming in, uninvited, is very important, as well as having a private restroom that they can use at any time without worrying about someone else using it. Setting Assisted living facilities, assisted living facilities for people with dementia Sample Population Older adults in assisted living facilities Site Questions/Design Implications How can these sorts of design philosophies be incorporated into ALF buildings that already exist? How much redesign would be necessary in order to create this home-like environment that more and more facilities are trying to attain?
Article 6 Citation F. Carr, R. (2017, July 04). Nursing home. Retrieved February 14, 2021, from https://www.wbdg.org/building-types/health-care-facilities/nursing-home Study Design The way that nursing homes are set up and laid out have an immense impact on the day-to-day lives of the residents who live there and the employees who work there. The design of the nursing home must take into consideration physical and cognitive disabilities that the residents may have, but also to provide them with levels of comfort, through a safe, homelike, clean, and therapeutic environment. Results Summary When considering the layout of a nursing home, public access and private bedrooms/bathrooms must be accessible by wheelchair. Additionally, grab bars must be provided so that residents are less likely to fall and injure themselves or others. Nonreflective and slip-resistant flooring will also play a part in minimizing falls. However, the care aspect of a nursing home is not the only thing to consider when designing the environment; it must also foster a sense of home for the individuals living there, rather than a hospital-like, institutional feel that many nursing homes feature. Large, spacious gathering places allow for leisurely activities and social interactions between residents, family members, guests, and employees. Maximizing the amount of natural light that enters the facility will not only help regulate circadian rhythms, which is incredibly important as individuals begin spending more of their time indoors, but also to reduce the amount of artificial light being used within the facility, helping with energy use and costs. Finally, wayfinding and signage must be clear and direct. Using easy-to-read fonts with high contrast between the background and text will allow residents, even those with visual impairments, to read them and find their way around the facility. Also, choosing to not label doors not intended for resident access will help steer their interest away from those areas. Setting Nursing homes Sample Population Residents of ALFs – nursing homes Site Questions/Design Implications As for sunlight exposure – how can designers create a way to view the outdoors without creating a sense of longing/feeling trapped indoors?
Sami Lynes IND339 Assignment 22
Article 1 Citation (APA): Wood-Nartker J, Beuschel E, Guerin D (2019). Design guidelines to reduce extrinsic fall risks in the built environment. OBM, 3(4), 21; doi:10.21926/obm.geriatr.1904095. from http://www.lidsen.com/journals/geriatrics/geriatrics-03-04-095. Study Design: Evidence based research analyzes the need for environmental cues in spaces designed for the elderly to identify ways to minimize falls. Designers need to assess them. Results Summary: Falls are a large risk factor for those 65 and even greater as they get older. As senses are reduced with age, it is often true that the elderly lose their ability to perceive environmental cues. This can create an even greater risk of falling. This loss of senses can also impact quality of life. Paying attention to high contrast in colors and textures to help distinguish spatial relationships is beneficial. Setting: Nursing homes/Assisted Living facilities and aging in homes Sample Population: Elderly (65+ years of age) Site Questions/Design Implications: What are some environmental cues that can help to compensate for sensory losses that occur as people age? What are specific design finishes and furnishings could be a potential safety risk?
Article 2 Citation (APA): Eshelman, P.E. & Evans, G.W. (2002). Home again: Environmental predictors of place attachment and self-esteem for new retirement community residents. Journal of Interior Design, 28(1), 3-9. https://onlinelibrary-wileycom.cmich.idm.oclc.org/doi/epdf/10.1111/j.1939-1668.2002.tb00368.x Study Design: Data collection occurred through observations of the facility and two-hour interviews with residents to determine influences of place attachment. Results Summary: This study determined the environmental influences of functional and personal space on place attachment and self-esteem among residents. The collection of data was credible as they conducted 92 resident interviews along with field collection and observation in the retirement home. Retirement homes that had a greater emphasis on identity had residents with greater self-esteem and identity. This is important so that residents feel comfortable and at home where they are instead of feeling like they have lost their purpose. This experiment proves that designers have power over more than aesthetics. Educating oneself can help a person’s quality of life and happiness within a space, especially since older adults often feel a loss of purpose, especially when going into a retirement community or home. Creating spaces with a residential feel helps to give residents a sense of home. Creating extra space in resident rooms for personal furniture items and built-in shelving for keepsakes. Prioritizing residents’ happiness and independence creates higher self-esteem and place attachment. Setting: Retirement community Sample Population: 92 Residents from retirement homes Site Questions/Design Implications: How can designers help to enforce in new builds and even preexisting communities? How can we further educate designers and builders to go with designs that are more beneficial to users of the space, even if the ideas may cost extra money?
Article 3 Citation (APA): Clouse, J., Wood-Nartker, J., & Rice, F. (2019). Designing beyond the Americans with Disabilities Act (ADA): Creating an autism-friendly vocational center. Health Environments Research & Design Journal. HERD 13(4), 1-15. https://www.researchgate.net/publication/338242187_Designing_Beyond_the_Ame ricans_With_Disabilities_Act_ADA_Creating_an_Autism-Friendly_Vocational_Center Study Design: Designers should take design considerations beyond the Americans with Disabilities Act guidelines as they focus on the physical needs of people and are therefore not inclusive of all disabilities. Since Autism Spectrum Disorder is a spectrum disorder, it is important to create designs with multiple solutions to accommodate for different levels of sensitivity and triggers so the environment can be acclimated to different individuals needs. Acoustical problems are considered the biggest trigger/sensitivity to those with autism. Reducing background noises and replacing with biophilic or pink noise can reduce these issues as well as materials with higher sound absorption. Light is another trigger, especially fluorescent light. Eliminating these light sources completely is not good, but rather implementing a variety of lighting types and intensities is preferred to adapt to different needs and to assist people in transitioning into more mainstream environments. Windows should not be so low that views to the outdoors become a distraction or risk. Controlling layout of furniture and temperature is also important. Promoting compartmentalization and wayfinding can help transition someone with ASD from space to space more calmly. Security systems are also important to include as well as places for children to go when overstimulated, such as escape spaces. Results Summary: Places that people with autism spend most of their day in should be designed around their needs. Furnishings, lighting, temperature and other environmental components should be designed to be adaptable to benefit both hypersensitive and hyposensitive people with ASD. Setting: Vocational center Sample Population: People with Autism Site Questions/Design Implications: How can designers create more efficient transition zones and calm spaces for those who get overstimulated without making them feel alienated from others around them?
How can designers balance the needs of designing to meet a budget, that may not be inclusive, with the well-being of people who have disabilities, which may have higher costs?
Article 4 Citation ADA: Birrell, C. & Gray, T. (2014-2016). Are biophillic-designed site office buildings lined to health benefits and high performing occupants? Int. J. Environ. Res. Public Health 2014, 11(12), 12204-12222 https://www.mdpi.com/1660-4601/11/12/12204 Study Design: Longitudinal Study to determine the effect of biophilic design on overall employee performance and well-being. Results Summary: The team incorporated plants, more natural light, and an open floor plan in their design solution. Participants who found the environment more comfortable and some even said they experienced more group collaboration and performance. Incorporating greenspace made workers feel less apprehensive about going to work. Considering these elements when designing a workspace could prove beneficial for mental and physical wellness of employees while also improving productivity. Setting: Centre for Educational Research: Sydney, Australia Sample Population: People in modern workplace Site Questions/Design Implications: How can designers create more biophilic spaces inside and out that make work a more welcoming place? Would a longer study or permanent workplace show different results as humans adapt to their surroundings? Images in a separate upload due to number of pages.
Article 5 Citation (ADA): Ghazali, R., Sakip, S., Samsuddin, I. (2018) The effects of sensory design on autistic children. Asian Journal of Behavioral Studies, 3(14) https://www.researchgate.net/publication/329244574_The_Effects_of_Sensory_Des ign_on_Autistic_Children Study Design: Research study to determine the effects of sensory stimulation on children with autism in a learning environment Results Summary: This study showed the environmental characteristics that children with autism function well in and contrasted that to the lack of help and adequate learning environments for these children to thrive in. Children with autism should be educated in buildings that have been designed by educated designers that keep in mind lighting, color, smell, acoustics, and wayfinding to ensure that their senses are not over- or under- stimulated so they can experience a productive learning experience. This includes adaptable environmental components such as table and chairs. This not only benefits the student themselves, but their fellow peers and teachers. Setting: Autism Centre in Malaysia (Sentul, Kuala Lumpur) Sample Population: Children with Autism Site Questions/Design implication: Has this research spread enough within the general community as well as the design community to help further support the needs of children (and adults) with autism? How common are autism centers that are accessible to all and follow all of these design criteria? Images in a separate upload due to number of pages.
Article 6 Citation (ADA): Abbott, R., Bethel, A., Garside, R., Stein, K., Thompson Coon, J., Whear, R. (2014). What is the impact of using outdoor spaces such as gardens on the physical and mental wellbeing of those with dementia? A systematic review of quantitative and qualitative evidence. Journal of the American Medical Directors Association. https://www.sciencedirect.com/science/article/pii/S1525861014003399 Study Design: Qualitative and quantitative research study to determine the effects of a garden space on the wellness of patients with dementia. Results Summary: This study included both qualitative and quantitative work to understand the baseline of how to conduct the experiment. There were some mixed reviews on some of the points, likely because not all patients are at the same cognitive decline. After two weeks of incorporating garden space into the residents’ daily routine, a large portion of the study reported a positive change in mood, greater sense of routine, and greater self-esteem in residents. Some studies even showed patients were able to decrease prescribed antidepressants. These improvements were noticed by the residents, family members, and staff. Humans naturally respond to nature which is why it can be beneficial to those with cognitive decline. Having a garden in a space could prove to be beneficial as long as it is properly maintained and follows safety measures to ensure the safety and wellness of residents. Setting: Care home facilities Sample Population: Care home patients with dementia Site Questions/Design Implications: How can designers ensure there is access to greenspace, while also ensuring the safety of residents to prevent liabilities? How can designers implement garden spaces into nursing homes that could be accessible throughout the season?
Images in a separate upload due to number of pages.
3. Concept Statement
Concept
“The Bauhaus design period has strong distinguishing design features that are used as the framework of design decisions within both the architectural and the interior elements of the intergenerational center. Geometric shapes, utilized in the floor plan, help reinforce the ideas of repetition and pattern, while also creating a highly efficient, functional, and modern space. It also focuses on the use of natural elements that benefit the health, safety, and quality of life for the residents and students, along with the staff, of both centers.”
4. Design Objectives
Sami Lynes and Devyn Brown EBD Worksheet Evidence-Based Design Principles Worksheet
Integration into Project
Status
Sami Lynes Provide redundant cuing within spaces for older people that work universally.
_We believe this principle is effectively reflected in our planning for design.
Wood-Nartker, J. Beuschel E. & Guerin D. (2019). Design guidelines to reduce intrinsic fall risks in the built environment. OBM, 3(4), 21; doi: 10.21926/obm.geriatr. 1904095 Special Issue: Mobility and Aging: Falls Prevention Among the Elderly.
Integrate borders to help provide a sense of boundaries to help those with visual impairments decipher the differences in structure or furniture. Utilizing high contrast in color and texture is beneficial so that residents can easily differentiate things like furniture and the floor or walls and baseboards. Using high contrast signage and artwork will create an easyto-navigate and comforting home environment. Avoiding shades within the same color or color family (i.e., blue, green, and purple). Avoid furniture or structural elements that are low to the ground or protrude into the main flow of circulation to minimize trip hazards.
1. Provide opportunities for individualized personalization of public and personal spaces to enhance the quality of life and selfesteem of residents. Eshelman, P.E. & Evans, G.W. (2002). Home again: Environmental predictors of place attachment and selfesteem for new retirement community
Provide rooms that are for one resident to have his/her own space to feel more independent. Incorporate well-lit display areas like shelving and niches for personal belongings to make the space feel more like home. This allows residents to keep more of their personal belongings since there is a built-in place for them. Ensuring safety precautions, room for activity,
_We believe this principle is effectively reflected in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
residents. Journal of and comfortable mobility can Interior Design, 28(1), facilitate independence. 3-9. https://onlinelibrarywileycom.cmich.idm.oclc.or g/doi/epdf/10.1111/j.19 391668.2002.tb00368.x 2. Create spaces that consider the special needs of people with cognitive disabilities, like autism, and provide more efficient transition zones and calm spaces for those who get overstimulated without making them feel alienated from others around them. Clouse, J., Wood-Nartker, J., & Rice, F. (2019). Designing beyond the Americans with Disabilities Act (ADA): Creating an autismfriendly vocational center. Health Environments Research & Design Journal, 1-15. https://www.researchg ate.net/publication/338 242187_Designing_Be yond_the_Americans_ With_Disabilities_Act_ ADA_Creating_an_Aut ismFriendly_Vocational_C enter
Utilize labeled images on doors and have a window to prepare a child with autism on what a space may look or be like before to assist in transitions. Using windows or openings allows students to preview the space. Making sure there are environmental consistencies between spaces should also create an easier transition. These include things like temperature and lighting/variations of lighting between zones. Utilizing similar and muted colors between rooms can prevent overstimulation when transitioning.
_We believe this principle is effectively reflected in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
3. Implement biophilic design in spaces both inside and out creates a more welcoming and productive environment. Barrell, C. & Gray, T. (20142016). Are biophilicdesigned site office buildings linked to health benefits and high performing occupants? Int. J. Environ. Res. Public Health, 11(12), 1220412222. https://www.mdpi.com/ 16604601/11/12/12204 4.
Provide the same design considerations from the dedicated Autism center to schools to create accessibility to comfortable education where Autism centers may not be easily accessible. Ghazali, R., Sakip, S., Samsuddin, I. (2018) The effects of sensory design on autistic children. Asian Journal of Behavioral Studies, 3(14). https://www.researchg ate.net/publication/329 244574_The_Effects_ of_Sensory_Design_o n_Autistic_Children
Designing an outdoor space for the students to play and destress in is important. Outdoor space could also be beneficial to residents. For the interior, incorporating natural light through expansive windows can be beneficial as long as blinds or other elements can help to control heating. Use green spaces like plants, plant walls, or natural imagery to create a brighter, less sterile environment. Bringing natural elements to students and residents can ensure better performance and comfort levels.
_We believe this principle is effectively reflected in our planning for design.
Providing for the needs of children with autism is important as this is when social skills are developed. Make sure to use subtle textures in structural components and make sure sound absorption is considered to prevent triggers for those with sensory sensitivities (as well as other design solutions posed in number three). Designing a physical space with predictability can prevent frustration and confusion. Compartmentalized spaces for children with autism can help them relax when overstimulated as well as sensory boxes or activities can be a place for students
_We believe this principle is effectively reflected in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
to regain focus. Ensure there is a limit to visual distractions or too intense of color, texture, light, acoustics or smells. These criteria help promote more comfortable learning for the student as well as the classmates and teachers by limiting outbursts. 5.
Provide gardens or green spaces in a way that can be accessible to residents yearround to promote positive mental health. Abbott, R., Bethel, A., Garside, R., Stein, K., Thompson Coon, J., & Whear, R. (2014). What is the impact of using outdoor spaces such as gardens on the physical and mental well-being of those with dementia? A systematic review of quantitative and qualitative evidence. Journal of the American Medical Directors Association, 15(10), 697-705. https://www.sciencedir ect.com/science/article /pii/S15258610140033 99
For a more separated access: Create an outdoor space built off of the assisted living facility, like a sunroom with built-in planters for added biophilic elements. It could be entered and exited from the inside of the main facility similar to how butterfly gardens or botanical gardens operate. For internal access: Having an atrium greenhouse with expansive skylights within the facility to utilize light without residents or plants having to endure outdoor conditions in cooler times of the year. This would allow for residents to experience the benefits of more natural light and exposure to greenery with comfortable access.
_We believe this principle is effectively reflected in our planning for design.
Devyn Brown 1. “Deinstitutionalize” assisted living structures by utilizing Green Houses, which
Living units are designed for _We believe this principle is 10 or fewer individuals, with effectively reflected in our private rooms, full planning for design. bathrooms, and a family-style communal space. The
__We believe more should be done to effectively reflect this principle in our planning for design.
are self-contained houses for 10 or fewer individuals. Rabig, J., Thomas, W., Kane, R., Cutler, L. & McAlilly, S. (2006). Radical redesign of nursing homes: Applying the Green House concept in Tupelo, Mississippi. Gerontological Society of America, 46(4), 533539.
communal space includes a dining room, kitchen, and a social area. For individuals who need assistance in preparing meals, there is ample room for additional staff and family members.
__We believe more should be done to effectively reflect this principle in our planning for design.
2. Provide clear boundaries throughout the site to indicate where a resident can and cannot go; limit the residents’ views into spaces they are not allowed to enter. Zeisel, J. (2013). Improving person-centered care through effective design. American Society on Aging, 3(37), 45-52.
Doors that lead into spaces that a resident cannot enter are painted the same color as the wall it is on; no doors with windows are used for these spaces, and the walls are solid to prevent residents looking into the room. Additionally, keypads with a code or a lock with a cover plate (shown below) are installed in order to prevent unwanted entrance.
_We believe this principle is effectively reflected in our planning for design.
Spaces designated for recreation have been included, all with tables and chairs to sit at and socialize with others, including a playroom for the children at the center, a greenhouse, and a room for any service animals who are brought into
_We believe this principle is effectively reflected in our planning for design.
3. Provide recreational spaces in which a resident can interact with other residents, guests, pets, and/or staff members outside of their daily routine. Sampsell, B.G. (2003). The
__We believe more should be done to effectively reflect this principle in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
promise, the practice, and problems of the Eden Alternative. Nursing Homes Long Term Care Management, 6, 42-44.
the center. These spaces will help enrich the residents’ daily lives.
4. Create a space in private rooms to take up a hobby, including taking care of plants, having a pet, etc. to prevent the feelings of loneliness, boredom, and/or helplessness.
Individual bedrooms have been designed with enough space for small activities. Each resident has been provided a small table with a chair, located near a window, to practice their hobby.
_We believe this principle is effectively reflected in our planning for design.
Bedrooms have their own lightweight, fireproof doors that effectively block out unwanted distractions or noise. They are wide enough to push a wheelchair or hospital bed through, but light enough to allow a person with limited mobility to open them.
_We believe this principle is effectively reflected in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
Brownie, S. (2011). A culture of change in aged care: The Eden Alternative. Australian Journal of Advanced Nursing, 29(1), 63-69. 5. Provide a private bedroom that is free of noise and/or free of excessive visual stimuli. Eijkelenboom, A., Verbeek, H., Felix, E., & Hoof, J. (2017, April 20). Architectural factors influencing the sense of home in nursing homes: An operationalization for practice. Retrieved February 14, 2021, from https://www.sciencedire ct.com/science/article/p ii/S2095263517300079 #s0010
__We believe more should be done to effectively reflect this principle in our planning for design.
6. Use multiple cues from building elements, colors, texture, pattern, and artwork, as well as signage, to help residents understand where they are, what their destination is, and how to get there and back.
The Intergenerational Center has incorporated different themes for each of the separate areas. The assisted living residential area incorporates different colors and materials than the children center, which will help residents distinguish the two. Additionally, easy-toread signage and maps of F. Carr, R. (2017, July 04). the building have been Nursing home. included in each space, Retrieved February 14, including a button to call for 2021, from assistance from an employee https://www.wbdg.org/b if/when needed. uilding-types/healthcare-facilities/nursinghome
_We believe this principle is effectively reflected in our planning for design.
__We believe more should be done to effectively reflect this principle in our planning for design.
5. Written Summary
Sami Lynes and Devyn Brown IND339
Written Summary (18)
Profile of the Occupants: This Bauhaus inspired assisted living facility and autism center combines care for older adults and children. This center incorporates special design features that are specific to the needs of both students and residents. These considerations are meant to encourage positive social interaction, improve educational opportunities, and overall quality of life for members of both groups. The intention of combined facilities is meant to break down the generation gap lingering in society and to provide socialization opportunities between students with autism (and their parents) and aging adults. This can be beneficial as children are often free spirited while older adults have more life experiences. Bringing different ages together can create a community within the center that can help prevent either group from feeling isolated from society by building a society within. Designing universally includes but is not limited to physical limitations and applicable ADA guidelines. This space also considers the sensory issues of those with ASD by providing flexible spaces that enable each child to feel comfortable in his or her new learning environment. This can better prepare students for life outside of the facility. Personalization of the Space: It is important for members to have a sense of normality and value. Within the Assisted Living Facility (ALF), it is important to allow residents to create place attachment to establish hope and self-esteem. Residents are able to customize their doors to create independence and assist in wayfinding for members with memory loss issues. There will be space, such as shelves and niches, within each room to display residents’ trinkets and keepsakes from their homes. Crafts and other activities put on by the ALF will be promoted to encourage residents to leave their room. There will be boards for arts and crafts made by the residents to be displayed. Another board with the basic hobbies and facts about residents can be a good way for those in the space to feel important, but also for staff or incoming residents to get to know each ot her and talking points for each person. This can be created to look like a family picture wall would in a home. Cubbies and other personalized storage will include pictures of the student or a picture they drew next to his or her name. Each child will also have a drawer (opaque not translucent to avoid distraction) to store something(s) that bring them comfort when they are overwhelmed and need to relax. This can be located near enclosed seating with the same purpose so students can bring these items or activities with them to calm down and refocus. Color coded illustrations will be created throughout the facility to help students differentiate the rooms and establish clear wayfinding. Incorporating different cultural words with other room identification c an be helpful for students whose first language is not English and can convey a strong message of diversity and acceptance. Adding bulletin boards both inside and outside the classroom is important to highlight students’, their arts and crafts, or other special skills, which can serve as a source of encouragement. If they have a parent or guardian come to visit, they can proudly show off their work or feature on the boards. Rationale for Finished and Furnishings:
Because the facility is intended for use by older adults and children, an emphasis on safety and comfort is crucial. The window treatment selected is a motorized option, allowing individuals of all abilities to raise and lower the shades. Additionally, without the use of cords, it is much less hazardous for children, especially in playrooms and classrooms. The design period we selected, Bauhaus, is typically associated with a primary color palette, including bright, saturated reds, yellows, and blues. These bold colors, especially reds and blues, are known to cause overstimulation in children with autism. In order to reduce the possibility of this overstimulation, the colors have been dulled and used on a small scale. Colors that con trast with each other are not placed closely together; instead, a more analogous color palette is used in each classroom. The finishes selected are easy to clean and maintain. Many of the upholsteries are performance fabrics so that if a spill occurs, the surface of the materials may be washed or wiped down without worry of ruining it. Additionally, the hard flooring and carpeting are both tiled, making replacement easy and efficient. Carpeting is used in the social/living area of the ALF in order to reduce the risk of injury from a fall and to create a softer surface to walk on for the older adults. This will also help with noise levels, which will be useful as the social/living areas are located relatively close to the bedrooms. Sustainability Focus: In order to maximize southern exposure and natural light within the facility, large windows have been planned in bedrooms, classrooms, and social areas. Not only will this help with electricity and heating costs, but also with maintaining a healthy sleep pattern for the residents who live there. The windows for the classrooms are high enough off the ground to limit distractions from the outdoors but large enough to allow ample light to enter the space. In order to limit direct sunlight, however, the roofline on the south is extended 30”, instead of the standard 12” to minimize the heat gain from a high summer sun, while maximizing the heat gain from a lower winter sun. This will also help reduce the chances of rooms being too brightly lit and glare on shiny surfaces. By utilizing easy to clean materials, as long as they are properly maintained and taken care of, the facility should experience low costs related to replacing materials as they are damaged or worn out. The paint selected is all manufactured and distributed by Sherwin Williams. The company has many products that are GreenGuard gold certified and meet LEED V4 criteria. “ GREENGUARD Certification helps manufacturers make and market products that have low chemical emissions and contribute to the healthier indoor air.”
6. Furniture, Finishes, and Equipment Estimate
Devyn Brown and Sami Lynes IND339
Estimating (27)
Older Adult Room
Unit Sell
Extension
1 Hospital Bed
2,500.00
2,500.00
300.00
300.00
1 Desk Chair
75.00
75.00
1 Nightstand
250.00
250.00
1,200.00
1,200.00
350.00
350.00
Wallcoverings (including installations)
1,750.00
1,750.00
Floor Treatment (including installations
5,500.00
5,500.00
350.00
350.00
1 Desk
1 Armoire Lighting/Lamps
Custom Millwork Miscellaneous Accessories (25-30%) Older Adult Room Total:
3,000.00 15,275.00
Child Room
Unit Sell
Extension
1 TV
600.00
600.00
1 Table
230.00
230.00
60.00
60.00
1 Teacher Chair
200.00
200.00
1 Storage Unit w/ Cubbies
350.00
350.00
Lighting/Lamps
350.00
350.00
Wallcoverings (including installation)
825.00
825.00
Flooring (including installation)
735.00
735.00
Custom Millwork
350.00
350.00
1 Classroom Chair
Miscellaneous Accessories (25-30%) Child Room Total:
740.00 4,440.00
Director’s Office
Unit Sell
Extension
300.00
300.00
75.00
75.00
1 Filing Cabinet
200.00
200.00
1 Locking Cabinet
200.00
200.00
Lighting/Lamps
350.00
350.00
Wallcoverings (including installations)
1,350.00
1,350.00
Floor Treatment (including installations
2,250.00
2,250.00
300.00
300.00
1 Desk 1 Desk Chair
Custom Millwork Miscellaneous Accessories (25-30%) Director’s Office Total:
1,500 6,525.00
7. Schematic Finish Schedule
Devyn Brown and Sami Lynes IND339
Schematic Finish Schedule 30A
Key:
Remarks:
CPT
Carpet
1. Wainscoting 3 feet AFF
LAM
Laminate
2. One-way mirrors
CRK
Cork
3. Mural
P
Paint
TIL
Tile
BAM
Bamboo
WLP
Wallcovering
ACP
Acoustic Ceiling Panel
Room
No.
Flooring
N Wall
E Wall
S Wall
W Wall
Ceiling
Entries
101, 106, 121, 127
LAM
P
P
P
P
ACP
CAAT Lobby
102
CPT
P
P
P
P
ACP
ADA Restroom
102A
TIL
TIL
TIL
TIL
TIL
ACP
Central Area/Halls
N/A
LAM
P
P
P
P
ACP
Parent 103 Training Room
CPT
P
P
P
P
ACP
Storage/Laund 104 ry
TIL
P
P
P
P
ACP
Parent 105 Training Room
CPT
P
P
P
P
ACP
Staf f Meeting Room
107
CPT
P
P
P
P
ACP
Double Room A
108
BAM
P
P
P
P
ACP
Remarks
1
1
1,2
Schematic Finish Schedule 30A
Double Room B
109
BAM
P
P
P
P
ACP
1,2
Single Room A
110
BAM
P
P
P
P
ACP
1,2
Triple Room A 111
BAM
P
P
P
P
ACP
1,2
Triple Room B 112
BAM
P
P
P
P
ACP
1,2
Single Room B
113
BAM
P
P
P
P
ACP
1,2
Unisex Restroom A
114A
TIL
TIL
TIL
TIL
TIL
ACP
Unisex Restroom B
114B
TIL
TIL
TIL
TIL
TIL
ACP
Separate Dining
115
TIL
P
P
P
P
ACP
Outdoor Transition Room
116
LAM
P
P
P
P
ACP
Indoor Play Space
116A
LAM/ CPT
P
P
P
P
ACP
Kitchenette
117
TIL
P
P
P
P
ACP
Training Restroom
118
TIL
TIL
TIL
TIL
TIL
ACP
Dining Room
119
LAM
P
P
P
P
ACP
File Room
120
CPT
P
P
P
P
ACP
Bedroom A
130A
CRK
P
P
P
P
ACP
1
Bedroom B
130B
CRK
P
P
P
P
ACP
1
1
Schematic Finish Schedule 30A
Bedroom C
130C
CRK
P
P
P
P
ACP
1
Bedroom D
130D
CRK
P
P
P
P
ACP
1
Double Bedroom A
129A, 129B
CRK
P
P
P
P
ACP
1
Double Bedroom B
128A, 128B
CRK
P
P
P
P
ACP
1
Double Bedroom C
126A, 126B
CRK
P
P
P
P
ACP
1
Outdoor Area
125
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Restroom/Sho 124 wer
TIL
TIL
TIL
TIL
TIL
ACP
Sensory Room
123
CPT
P
P
P
P
ACP
1
Salon
122
LAM
P
P
P
P
ACP
1
Of f ice
121
LAM
P
P
P
P
ACP
1
8. Design Development Finish Schedule
Code
Material
Color
Description - Mfg Name, #, Size
P1
Paint
Reddened Earth
Sherwin Williams - Eggshell, SW-6053
P2
Paint
Modern Gray
Sherwin Williams - Eggshell, SW-7632
P3
Paint
Ice Cube
Sherwin Williams - Semigloss, SW-6252
P4
Paint
Ice Cube
Sherwin Williams - Satin, SW-6252
P5
Paint
Antiquarian Brown
Sherwin Williams - Eggshell, SW-0045
P6
Paint
Urbane Bronze
Sherwin Williams - Eggshell, SW-7048
P7
Paint
Urbane Bronze
Sherwin Williams - Semigloss, SW-7048
P8
Paint
Enjoyable Yellow
Sherwin Williams - Eggshell, SW-6666
P9
Paint
Jovial
Sherwin Williams - Eggshell, SW-6611
P10
Paint
Cape Verde
Sherwin Williams - Eggshell, SW-6482
CPT1
Carpet
Gray/Pink
Mohawk Group - Baccharis Carpet Tile, 12"x36"
CRK1
Cork
Golden Oak
Globus Cork - Cork Tile, Nugget
LVT1
Luxury Vinyl Tile
Avila Oak Moroccan Sand
Armstrong Flooring - Natural Creations, NA190, 6"x36"
LVT2
Luxury Vinyl Tile
Coastal Crafted Maritime
Armstrong Flooring - Natural Creations, NA120, 6"x36"
CT1
Ceiling Tile
White
Ceilume - Oxford Ceiling Tile, 24"x24"
CT2
Ceiling Tile
Stone
Ceilume - Oxford Ceiling Tile, 24"x24"
ACP1
Acoustic Ceiling Panel
Hemlock Clear
Unika Vaev - Ecoustic Timber Ceiling Blade, 24"x24"
B1
Base Board
Oak Wood
Windham Millwork Inc. - 4" Baseboard
CM1
Crown Molding
PVC
Windham Millwork Inc. - 6" Stepped Crown Molding
TIL1
Floor Tile
Alpha Silver
Esmer Tile - Glazed Ceramic 13" x 13"
TIL2
Wall Tile
Moze Taupe
Ivy Hill Tile - 3" x 12" Ceramic Wall Tile
Room
Base
Crown Molding
Flooring
N Wall
E Wall
S Wall
W Wall
Ceiling
Entries
B1, P3
CM1, P3
LVT2
P8
P8
P8
P8
CT1
CAAT Lobby
B1, P3
CM1, P3
CPT1
P2
P2
P2
P2
CT1
ADA Restroom
B1, P3
CM1, P3
TIL1
TIL2
TIL2
TIL2
TIL2
P4
Central Area/Halls
B1, P3
CM1, P3
LVT1
P8
P8
P8
P8
P4
Parent Training Room
B1, P3
CM1, P3
CPT1
P8
P8
P8
P8
CT1
Storage/Laundr y
B1, P3
CM1, P3
TIL1
P2
P2
P2
P2
P4
Parent Training Room
B1, P3
CM1, P3
CPT1
P8
P8
P8
P8
CT1
Staff Meeting Room
B1, P3
CM1, P3
CPT1
P10
P10
P10
P10
CT2
Double Room A
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
CT1
Double Room B
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
CT1
Single Room A
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
CT1
Triple Room A
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
CT1
Triple Room B
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
CT1
Single Room B
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
CT1
Unisex Restroom A
B1, P3
CM1, P3
TIL1
TIL2
TIL2
TIL2
TIL2
P4
Unisex Restroom B
B1, P3
CM1, P3
TIL1
TIL2
TIL2
TIL2
TIL2
P4
Separate Dining
B1, P3
CM1, P3
TIL1
P2
P2
P2
P2
P4
Outdoor Transition Room
B1, P3
CM1, P3
LVT1
P8
P8
P8
P8
ACP
Room
Base
Crown Molding
Flooring
N Wall
E Wall
S Wall
W Wall
Ceiling
Indoor Play Space
B1, P3
CM1, P3
LVT1
P9
P9
P9
P9
ACP
Kitchenette
B1, P3
CM1, P3
TIL1
P2
P2
P2
P2
P4
Training Restroom
B1, P3
CM1, P3
TIL1
TIL2
TIL2
TIL2
TIL2
P4
Dining Room
B1, P3
CM1, P3
LVT1
P7
P7
P7
P7
ACP1
File Room
B1, P3
CM1, P3
CPT
P2
P2
P2
P2
P4
Bedroom A
B1, P6
CM1, P6
CRK1
P1
P2
P2
P2
CT1
Bedroom B
B1, P6
CM1, P6
CRK1
P1
P2
P2
P2
CT1
Bedroom C
B1, P6
CM1, P6
CRK1
P1
P2
P2
P2
CT1
Bedroom D
B1, P6
CM1, P6
CRK1
P1
P2
P2
P2
CT1
Double Bedroom A
B1, P6
CM1, P6
CRK1
P2
P2
P2
P1
CT1
Double Bedroom B
B1, P6
CM1, P6
CRK1
P2
P2
P2
P1
CT1
Double Bedroom C
B1, P6
CM1, P6
CRK1
P2
P2
P2
P1
CT1
Resident Bathrooms
B1, P6
CM1, P6
TIL1
P2
P2
P2
P2
P4
Outdoor Area
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Restroom/ Shower
N/A
N/A
TIL1
TIL2
TIL2
TIL2
TIL2
P4
Sensory Room
B1, P3
CM1, P3
CPT1
P1
P1
P1
P1
CT1
Salon
B1, P3
CM1, P3
LVT1
P8
P8
P8
P8
CT1
Office
B1, P3
CM1, P3
LVT2
P10
P10
P10
P10
ACP1
9. FFE Specifications
Quotation Sheet
Designer(s): Devyn Brown, Sami Lynes
Project Name: Intergenerational Center
Date: 04/18/2021
Project #: 2021-02 Code
Qty
Description
Specifications
Unit List Price
Unit Sell Price
Ext. Sell Price
Image/Finish
Of ice Furnishings Branch Furniture 45 W 28th Street New York, NY 10001 (917) 408-3001 F1
4 Ergonomic Chair
26"W x 24"D x 45"H
$349 Gray
Bush Business Furniture 5615 S Rice Ave, Houston, TX 77081 (888) 918-4543 F2
1 C 72W L Shaped Desk w Mobile File Cabinet
72"W x 72" D x 43-8/9" H
$814.99
#WC72436 F3
13 48W Glass Top Writing Desk W/ Shelf
Natural Cherry 48" W x 24"D x 30" H
$183.99
ATD148RB-03
National Business Furniture 770 S 70th St, West Allis, WI 53214 (877) 400-5940 F4
1 Lateral File Storage Cabinet Set #30630
36"W x 19"D x 71.375"H
$909
Casanaic via Lowe's 1000 Lowes Boulevard Mooresville, NC 28117 (800)-813-7613 F5
6 Home Of ice 3 Drawer Lateral File Cabinet
17.72"W x 40.16" D x 35.43" H
$489.60
A4, F4, Letter Sized and Legal Sized Metal Steel Filing Cabinet with Lock,Anti-Tilt Structure #3675285
Black
Code
Qty
Description
Specifications
Unit List Price
Of ice Finishes (Estimate) Windham Millwork 4 Architectural Dr Windham, ME 04062 (207) 892-3238 B1
Custom commercial-grade baseboard
4"W x 10'L
~$4.00/linear foot
5"W x 10'L
~$5.50/linear foot
SW Ice Cube, Semigloss CM1
Custom commercial-grade crown molding SW Ice Cube, Semigloss Sherwin Williams - Mount Pleasant 1416 S Mission St Mt Pleasant, MI 48858
P10
SW Harmony Paint
$51.00/gallon
Cape Verde, Eggshell Armstrong Flooring 2500 Columbia Avenue P.O. Box 3025 Lancaster, PA 17604 LVT2
LVT Coastal Crafted
6"W x 36" L
Natural Creations NA 120 Unika Vaev - Look Reps LLC 1471 Shadyview Dr., SE Grand Rapids, MI 49546 ACP1
Ecoustic Timber Ceiling Blade Hemlock Clear Accoustic Ceiling Panel
24"W x 24" D
Unit Sell Price
Ext. Sell Price
Image/Finish
Code
Qty.
Description
Specifications
Unit List Price
Unit Sell Price
Ext. Sell Price
Image/Finish
CAAT Treatment Rooms Furnishings Schools IN Cincinnati, OH 45262 US (877)839-3330 F6
12 Hercules Series Rectangular Whiteboard
24” W x 36” L 23"-32"H
$307.95
Activity Table #SKU: ACA-HLXX-3672-WB Smooth Graphite (edges/legs) School Out itters 3736 Regent Ave. Cincinnati, OH. 45212-3724 (800)260-2776
F7
Learniture® 6 Shapes® Series Mobile School Chair
19" W, 18 2/2” D, 29 ¾” H
$259.52 Navy
School Out itters 3736 Regent Ave. Cincinnati, OH. 45212-3724 (800)260-2776 F8
6 Sit-to-Stand Active Stool w/ Pivot Saddle Seat 13 ⅜ W, 15 ¾ D,
$99.88
20 ⅞”-26 ½ H
Gray
Whitney Brothers 93 Railroad St, Keene, NH 03431 (603) 352-2610 F9
8 Locking Four-Section Storage Cabinet (stackable) #WB0716
15 11/16"D x 47 1/2"W x
$426.99
24 11/16"H w/ White handles
School Out itters 3736 Regent Ave. Cincinnati, OH. 45212-3724 (800)260-2776 F10
12 Norwood Premium Mid Back Contemporary Executive Of ice Chair SKU: NOR-PEG6553-SO
26 ½” W, 27 ½” D, 40 ½” - 42 ½” H
$219.88 Gray
Code
Qty
Description
Specifications
Unit List Price
CAAT Treatment Rooms Finishes (Estimate) Windham Millwork 4 Architectural Dr Windham, ME 04062 (207) 892-3238 B1
Custom commercial-grade baseboard
4"W x 10'L
~$4.00/linear foot
5"W x 10'L
~$5.50/linear foot
SW Ice Cube, Semigloss CM1
Custom commercial-grade crown molding SW Ice Cube, Semigloss Sherwin Williams - Mount Pleasant 1416 S Mission St Mt Pleasant, MI 48858
P9
SW Harmony Paint
$51.00/gallon
Jovial, Eggshell Armstrong Flooring 2500 Columbia Avenue P.O. Box 3025 Lancaster, PA 17604 LVT1
LVT Avila Oak
6"W x 36" L
Moroccan Sand NA 190 NA 120 Ceilume - Home Depot 5650 E Pickard St Mt Pleasant, MI 48858 CT1
Ceilume Oxford Ceiling Tile White
24" W x 24" D
$3.50/sq. foot
Unit Sell Price
Ext. Sell Price
Image/Finish
Code
Qty.
Description
Specifications
Unit List Price
Unit Sell Price
Ext. Sell Price
Image/Finish
ALF Resident Bedroom Furnishings West Elm - Birmingham 215 W Maple Rd Birmingham, MI 48009 (248) 593 8200 F15
10 Cash Leather Of ice Chair
26.5"w x 22.75"d x 34.25"–37.4"h
Cinder Vegan Leather Metal frame Cushioned Upholstery in seat, back, and arms
F11
19 Nina Leather Chair Slate, Saddle Leather
F12
6 Gemini OPP Storage Armoire Solid and Engineered Wood
33.5"W, 32.75" D, 28.6"H
$1,299
Seat Height: 15.5" 32"W, 22.5" D, 54.25"H
$999
Packaged Weight: 200 lbs
Metal Legs: Burnished Bronze Steelcase
Walnut
NBS Commercial Interiors 5160 Alliance Dr Bay City MI, 48706 F13
10 Park Mobile Cabinet w/ 3 drawers BIFMA Certi ied
18"W, 19"D
$1,288
Product Weight: 36 lbs
Steelcase & Manufacturer Style: H4BFM136R Limited Lifetime Warranty Marbled Maple MediMart Advanced Medical Supply 4840 W Broad St Columbus OH 43228 (614) 870 0111 F14
10 Resident LTC Bed SKU# LTC3 Adjustable Head section maximum incline: 67 degrees Knee section maximum incline: 27 degrees
86"W, 36"D, 13.875" - 30"H Weight Capacity: 400 lbs
$6,048
Code
Qty
Description
Specifications
Unit List Price
Unit Sell Price
Ext. Sell Price
Image/Finish
ALF Resident Bedroom Finishes (Estimate) Windham Millwork 4 Architectural Dr Windham, ME 04062 (207) 892-3238 B1
Custom commercial-grade baseboard
4"W x 10'L
~$4.00/linear foot
5"W x 10'L
~$5.50/linear foot
SW Urbane Bronze, Semigloss CM1
Custom commercial-grade crown molding SW Urbane Bronze, Semigloss Sherwin Williams - Mount Pleasant 1416 S Mission St Mt Pleasant, MI 48858
P2
SW Harmony Paint
$51.00/gallon
Modern Gray, Eggshell P1
SW Harmony Paint
$51.00/gallon
Reddened Earth, Eggshell Globus Cork 141 Flushing Ave Building 77 Unit 604 Brooklyn, NY 11205 (718) 742 7264 CRK1
Cork Tile Nugget
18"W x 24"L
$5.99/sq. foot
SW Urbane Bronze
Code
Qty.
Description
Specifications
Unit List Price
Unit Sell Price
Ext. Sell Price
Image/Finish
Outdoor Area Furnishings Visscher 6545 Lickman Rd Chilliwack, BC V2R 4A9, Canada 1.877.795.7423 F16
1 Kelowna 11'x11'
11'W, 11'D, 9'4 1/16" H
$6,995
Fully enclosed outdoor living space Durable metal roof Insect screens for windows Single, lockable door
Subtotals: Branch Furniture Subtotal: Bush Business Furniture Subtotal: National Business Furniture Subtotal: Casanaic Subtotal: Windham Millwork Subtotal: Sherwin Williams Subtotal: Armstrong Flooring Subtotal: Unika Vaev Subtotal: Schools IN Subtotal: School Out itters Subtotal: Ceilume Subtotal: West Elm Subtotal: Steelcase Subtotal: MediMart Subtotal: Globus Cork Subtotal: Visscher Subtotal:
Grand Total:
"Clay"
10. LEED Certification Checklist/Documentation
LEED v4 for ID+C: Commercial Interiors
Project Checklist Y
?
0
X
0
0
Y
0
0
Intergenerational Center
N Credit
0
Project Name: Date: 3/19/2021
Integrative Process
0 Location and Transportation Credit
LEED for Neighborhood Development Location
2 18
0
18
Y
Prereq
Minimum Indoor Air Quality Performance
Required
Y
Prereq
Environmental Tobacco Smoke Control
Required
Credit
Enhanced Indoor Air Quality Strategies
2
Credit
Low-Emitting Materials
3
Credit
Construction Indoor Air Quality Management Plan
1
Credit
Indoor Air Quality Assessment
2
Credit
Surrounding Density and Diverse Uses
8
Credit
Access to Quality Transit
7
Credit
Bicycle Facilities
1
Credit
Reduced Parking Footprint
2
0 Water Efficiency
0
X
0 Indoor Environmental Quality
17
12
X
Credit
Thermal Comfort
1
Prereq
Indoor Water Use Reduction
Required
X
Credit
Interior Lighting
2
Credit
Indoor Water Use Reduction
12
X
Credit
Daylight
3
X
Credit
Quality Views
1
X
Credit
Acoustic Performance
2
0 Energy and Atmosphere
38
Y
Prereq
Fundamental Commissioning and Verification
Required
Y
Prereq
Minimum Energy Performance
Required
0
Y
Prereq
Fundamental Refrigerant Management
Required
X
Credit
Enhanced Commissioning
5
Credit
Optimize Energy Performance
25
Credit
Advanced Energy Metering
2
Credit
Renewable Energy Production
3
Credit
Regional Priority: Specific Credit
Credit
Enhanced Refrigerant Management
1
Credit
Regional Priority: Specific Credit
1
Credit
Green Power and Carbon Offsets
2
Credit
Regional Priority: Specific Credit
1
Credit
Regional Priority: Specific Credit
1
0
0
0 Materials and Resources
13
Y
Prereq
Storage and Collection of Recyclables
Required
Y
Prereq
Construction and Demolition Waste Management Planning
Required
Credit
Long-Term Commitment
1
Credit
Interiors Life-Cycle Impact Reduction
4
X
Credit
Building Product Disclosure and Optimization - Environmental Product Declarations
2
X
Credit
Building Product Disclosure and Optimization - Sourcing of Raw Materials
2
X
Credit
Building Product Disclosure and Optimization - Material Ingredients
2
Credit
Construction and Demolition Waste Management
2
0
0
0
0
0
0 Innovation
6
Credit
Innovation
5
Credit
LEED Accredited Professional
1
0 Regional Priority
0 TOTALS
4 1
Possible Points:
Certified: 40 to 49 points, Silver: 50 to 59 points, Gold: 60 to 79 points, Platinum: 80+
110
ALF Resident Bedroom Carroll CS7 Hi-Low Hospital Bed
West Elm Emilia Nightstand, Emilia 6-Drawer Dresser, Nina Leather Chair
Steelcase Park Mobile Cabinet
West Elm Gemini OPP Storage Armoire
West Elm Austin Armchair and Ottoman - Performance Velvet
La-Z-Boy Harbor Town Wall Recliner
Flor Made You Look carpet tiles
CAAT Treatment Room West Elm Parson’s desk- Cool Walnut
Uplift V2 Commercial
Office Depot: Lorell® Mobile Student Training Chair, Gaiam Backless Balance Ball Chair, Boss Medical Stool With Antimicrobial Vinyl
Wooden 5 Section School Classroom Storage Cabinet for Commercial or Home Use - Safe, Kid Friendly Design -
24"H x 48"L (Natural)
Administrative office Management Office Chair - Low Back
Branch Furniture: Ergonomic Chair
Bush Business Furniture Components 72"W L-Shaped Desk With Mobile File Cabinet Natural Cherry/Graphite Gray
Bestar:Embassy Executive Desk
HON: 34000 Series
National Business Furniture: Lateral File Storage Cabinet Set
Lowe’s: CASAINC 3 Drawer Lateral File Cabinet with Lock Metal Lateral Storage Cabinet for Office Use
Lorell Black 3-Drawer Mobile Pedestal File
Finishes
Globus Cork (Resident Bedroom Flooring)
Hunter Douglas Shades
Kovi Crypton Green
Armstrong Flooring (CAAT Treatment Room and Administrative Offices)
Mohawk Group Baccharis carpet tile
11. Estimate/Actual Project Hours
Project 3 Time Sheet Estimate Programming Phase
Programming Phase
Devyn Brown
Sami Lynes Estimated
Actual
Table of Contents
.25 hours
.25 hours
Revised
Estimated
Actual
Table of Contents
.5 hours
.5 hours
6 Articles
9 hours
4.5 hours
Written Summary
.75 hours
1 hour
.5 hours
Code Search
3 hours
2 hours
.25 hours
Project Concept
.5 hours
.5 hours
Design Objectives
5 hours
1 hour
.25 hours
Project Time Estimate
.5 hours
.5 hours
Programming Subtotal:
19 hours
9.75 hours
6 Articles
7 hours
8 hours
Written Summary
1 hour
1.5 hours
Code Search
4 hours
3.5 hours
Concept Statement
7 hours
8 hours
Design Objectives
.5 hours
1 hour
.5 hours
Project Time Estimate
.5 hours
.5 hours
1.5 hours
Programming Subtotal
20.5 hours
23 hours
1 hour
Revised
Schematic Phase
Schematic Phase
Devyn Brown
Sami Lynes Estimated
Actual
Color Palette
.5 hours
.5 hours
Revised
Block Plan
5.5 hours
4 hours
Schematic Sketches
7 hours
17.5 hours
Furniture Selection
2.5 hours
2 hours
3 hours
Finish Selection
2.5 hours
2.5 hours
Price Estimate
4.5 hours
4 hours
Schematic Model
5 hours
Signage Project Time Estimate/Actual
Revised
.5 hours .5 hours
Estimated
Actual
Color Palette
.5 hours
.5 hours
Block Plan
5 hours
8 hours
Schematic Sketches
15 hours
18 hours
Furniture Selection
2.5 hours
3 hours
4 hours
2 hours
Finish Selection
2.5 hours
3 hours
1 hour
.25 hours
Price Estimate
1 hour
1 hour
.5 hours
5 hours
Schematic Model
5 hours
8 hours
1.5 hours
1 hour
1 hour
Signage
-
-
-
.5 hours
.25 hours
Project Time Estimate/Actual
.5 hours
.25 hours
.25 hours
Presentation
2 hours
2.5 hours
Presentation
2 hours
2.5 hours
3 hours
Schematic Subtotal:
31 hours
39.25 hours
Schematic Subtotal:
34 hours
44.25 hours
13.25 hours
3 hours
8.25 hours
3 hours
Design Development Phase
Design Development Phase
Devyn Brown
Sami Lynes Estimated
Actual
Estimated
Actual
Space Planning
3.5 hours
8.5 hours
Space Planning
3 hours
9 hours
Exterior Planning
1 hour
Finishes
1.5 hours
-
Exterior Planning
2 hours
1.5 hours
2 hours
Finishes
1 hour
1 hour
Floor Diagram Signage
2 hours
4 hours
Floor Diagram
2 hours
-
.75 hours
.25 hours
Signage
.5 hours
-
Elevation
2 hours
-
Elevation
5 hours
2.5 hours
Sprinkler Plan
4 hours
-
Sprinkler Plan
3 hours
7 hours
Electrical Plan
4 hours
3 hours
Electrical Plan
3 hours
-
Project Time Estimate/Actual
.5 hours
.5 hours
Project Time Estimate/Actual
.5 hours
.5 hours
Board Layouts
3 hours
4 hours
Board Layouts
4 hours
4.5 hours
Presentation
2 hours
6.5 hours
Presentation
3 hours
7 hours
28.75 hours
Design Development Subtotal:
27 hours
33 hours
Design Development Subtotal: 24.25 hours
Contract Documents
Contract Documents
Devyn Brown
Sami Lynes Estimated
Actual
Estimated
Actual
Finish Schedule
1 hour
3 hours
Finish Schedule
1.5 hours
3 hours
Specifications
3 hours
LEED Documentation
3 hours
2.5 hours
Specifications
2.5 hours
3 hours
4.5 hours
LEED Documentation
3 hours
3 hours
Contract Documents Subtotal: 7 hours
10 hours
Contract Documents Subtotal:
7 hours
9 Hours
Grand Total (All Phases):
87.75 hours
Grand Total (All Phases):
88.5 hours
109.25 hours
81.75 hours