Executive Summary
Khalifa University students face academic burnout partly due to dorm environments that rely on artificial lighting, limited study spaces, and minimal connection to nature. Survey results show over 85% dissatisfaction with current facilities, with strong demand for quiet, well-lit, and more engaging study areas. This highlights a clear gap in supporting student wellbeing, focus, and daily living experience.
We propose a vertically integrated dormitory concept that combines a nature-based study sanctuary, flexible communal spaces, and a supervised pet interaction facility. The top-level study area uses natural light, greenery, and calming elements to support long study sessions. Lower levels include social and recreational spaces, while the pet-care zone provides structured interaction with animals to reduce stress. This approach is innovative by combining biophilic design and animal-assisted wellbeing into one system.
The project aims to improve concentration, reduce stress, and enhance academic performance while strengthening community within dorms. It primarily benefits dormitory students, especially those under high academic pressure. Implementation can be phased, starting with study space upgrades and expanding to other features.
The design is feasible through scalable construction, low-maintenance systems, and alignment with KU’s focus on innovation and student wellbeing. This proposal offers a practical way to improve student life while delivering long-term academic and social benefits.
Introduction
Academic burnout is a direct consequence of the static environments where students live and work. At Khalifa University, the intensity of the curriculum is compounded by Abu Dhabi’s extreme climate, which forces students to remain in artificial, indoor settings for most of the year. While research suggests that interaction with natural elements can significantly reduce stress and improve attention [1], the local 45°C heat makes traditional outdoor rejuvenation physically impossible. This reliance on enclosed, fluorescent-lit dormitories creates a disconnect that actively depletes mental reserves and academic motivation.
We propose a vertically integrated architectural ecosystem. The ground floor serves as a high-engagement hub, containing social areas, recreation rooms, and a supervised pet-care zone for allergy-safe animal interaction. Residential units and facilities such as cafeteria, gyms, etc. occupy the intermediate levels, culminating in a topmost floor dedicated to a nature-integrated study sanctuary. Inspired by the House of Wisdom and Qasr Al Hosn, this top-level space utilizes soaring ceilings, indoor waterfalls, and UV-filtered natural light to recreate the benefits of the outdoors within a climate-controlled environment. The objective is to implement a scalable architectural pathway that ensures mental rejuvenation.
Literature Review & Survey
Recent literature shows that university dorms can be improved by combining nature-based study areas with animal-support spaces. Research on biophilic learning environments consistently finds that contact with nature reduces stress and supports learning. Determan et al. reported that a classroom with views of nature, daylight, and biomorphic patterns lowered student stress and improved learning outcomes compared with a traditional classroom [1]. Similarly, Davis et al. found that biophilic school design was linked to better mood, lower absenteeism, fewer behavior referrals, and stronger academic performance [2].
For higher education, Peters and D’Penna argue that university students face heavy emotional, academic, and social pressures, so restorative design is especially important [3]. Their review shows that green views, indoor plants, natural materials, daylight, and comfortable study spaces can improve wellbeing, creativity, and productivity in university settings [3]. These findings suggest that dormitories should include quiet study spaces with greenery, natural light, and outdoor access.
Animal-based support also appears beneficial. Crossman et al. found that a short dog-assisted session significantly improved university students’ mood and wellbeing while reducing anxiety [4]. Adams et al. also noted that campus interactions with dogs may help students manage stress, anxiety, and depression, especially for those who do not seek formal counseling [5]. More recently, Brock found that pet therapy produced the largest drop in stress and was associated with better exam performance among allied health students [6].
Overall, the literature supports dorm improvements that combine biophilic design with carefully managed pet-support spaces. Nature-based study areas can strengthen focus and calmness, while pet shelters or supervised animal spaces may reduce stress and improve students’ daily quality of life [1]–[6]. To be effective, these spaces should be hygienic, optional, supervised, and designed to protect both student comfort and animal welfare within the shared residential environment for all student dorm residents.
Survey Analysis
To determine the students’ preferences about the improvement of the study environment in the dormitories, a survey questionnaire was conducted among 30 students of both genders residing in the dormitories. The survey questionnaire contained 13 questions based on the study environment preference, satisfaction with existing facilities, attitude toward nature based design, and interest in pet friendly facilities. To facilitate honest feedback, the survey was conducted anonymously. The findings confirm that there is continuous demand for better designed study facilities. In excess of 85% of the respondents were unhappy due to lack of quiet rooms, poor lighting, and restricted hours of usage. Concerning the nature based study rooms with plants and natural light, about 67% of the respondents viewed this idea as “very attractive” while an additional 19% perceived it as “moderately attractive.” Nature based lighting received top priorities with 69% considering it “very essential.” Some respondents preferred combining indoor and outdoor options with equal importance given to aesthetic and functional purposes. As such, these results imply that students do not seek more space; rather, they want peaceful and well lit environments.
Addressing the problem
We propose a nature-integrated study area in the new dormitory complexes. The space will be designed to allow for increased natural sunlight while maintaining a comfortable environment for students. It will use natural vegetation and materials to create an atmosphere that improves productivity and supports focused work. One key feature is the strategic placement of windows, along with shading systems and treated glazing to allow sunlight while controlling glare and heat. In addition, there will be communal areas for group work as well as quieter spaces for individual study. The space will also include greenery such as vertical plant walls, indoor plants, and water features, along with wood finishes to create a more natural feeling.
The primary activity in this area is to support long, uninterrupted study sessions. Current dormitories rely heavily on enclosed environments with artificial lighting, which can lead to decreased concentration and shorter study durations. Studying in the same type of environment repeatedly can also reduce motivation and retention over time. Research in environmental psychology indicates that exposure to natural elements improves attention span, memory retention, and overall mental wellbeing. By providing a more engaging and less repetitive environment, the design aims to counteract the negative effects of artificial settings.
The intended outcome will be a dedicated study area that improves student productivity and overall academic performance. The space is expected to reduce stress levels and improve student satisfaction with the dormitories. This addition can also make the university more attractive to prospective students, as housing is an important factor when choosing a university. Over time, improved study conditions may contribute to better student outcomes and overall academic success.
In addition to the previous suggestion, we propose a supervised pet care and animal interaction space located near the dormitories. One feature of this space is the ability for students to volunteer in caring for animals under proper supervision. Research shows that interacting with animals and engaging with the environment can improve mental and overall wellbeing, which can have positive effects on academic performance. The design may also include a café-style seating area where students can interact with animals in a controlled setting.
The main goal of this initiative is to support students who have pets back home, especially since universities do not allow pets in dormitories. Students are often responsible for their pets, and when they move away, there may not always be someone available to take care of them, which can lead to neglect. By providing a structured and managed space for pet care, this ensures that animals receive the necessary attention even when their owners are busy or unavailable. This also reduces the stress students may feel about their pets not receiving adequate care.
Through this program, students can feel more at home by maintaining a connection with animals during their studies. Students who do not have pets can also benefit by visiting the space or volunteering to help care for the animals. Having an environment where students can interact with animals can improve morale, support wellbeing, and create a stronger sense of community within the dormitories. Additionally, the facility can attract international students by offering a sense of familiarity and connection to home through interaction with animals.
The communal spaces are designed to combine movement, relaxation, and creativity while supporting social interaction and mental reset. Features like the indoor slide add a playful break from routine and make the space more engaging. Recreational areas with pool tables, table tennis, and gaming give students a clear way to unwind and connect after studying. Creative spaces like the fine arts room offer a quieter outlet for painting or other projects, allowing students to relax in a more focused way. Bringing these elements together avoids single-purpose spaces and supports different ways students recharge. This range increases use, reduces stress, and helps students stay engaged while building a stronger sense of community in the dormitory.
Expected Challenges
One of the main challenges concerns structural adaptations to ensure additional access to natural light. Implementation of such changes as larger windows, skylights, open space, and similar features should be conducted very carefully, but there are ways to overcome this obstacle. For example, some of the research assignments involve looking into the experience of similar constructions in other cases. By using the standard building techniques and examining other examples, this challenge can easily be dealt with. It is a planning challenge rather than a technical one.
Another problem related to fulfilling the project's objectives lies in finding a way to combine the functional needs of students with the desired elements of nature in the design. The students' requirements for the living area include having proper study space, sleeping space, and leisure space, but this entails introducing nature-oriented design solutions like vegetation and open spaces. However, it seems like creating such combinations is a matter of good layout design. We intend to cope with this issue via brainstorming and drawing several ideas.
Long-term maintenance of plants and shared areas poses a question about how to ensure continuous support of this design in time to come. This might be somewhat challenging, but the usage of low-maintenance plants and sustainable materials exclusively enables us to deal with it effectively. Also, student-led maintenance activities may be included.
Concerning the budget, it can be said that despite higher costs of some of the suggested features, their use promises energy savings and benefits for the well-being of the students, which makes these costs worth it. Moreover, the choice has been made so that the budget would stay realistic in terms of cost-effectiveness.
Conclusion
This project addresses key limitations in current dormitory environments by integrating nature-based study spaces, flexible communal areas, and supervised animal interaction. These elements work together to improve focus, reduce stress, and support overall student wellbeing. The proposal is grounded in research and student feedback, making it both relevant and practical. Its phased and scalable design ensures feasibility while maintaining long-term benefits. If implemented, it can enhance academic performance, increase student satisfaction, and strengthen community within the dormitories. Overall, it redefines student housing as an active part of academic success rather than just a place to live.
[1] J. Determan et al., “The Impact of Biophilic Learning Spaces on Student Success,” 2019.
[2] C. G. Davis et al., “Outcomes of Biophilic Design for Schools,” Architecture, vol. 4, no. 3, pp. 479–492, 2024.
[3] T. Peters and K. D’Penna, “Biophilic Design for Restorative University Learning Environments: A Critical Review of Literature and Design Recommendations,” Sustainability, vol. 12, no. 17, p. 7064, 2020.
[4] M. K. Crossman et al., “The Effect of Dog-Assisted Intervention on Student Well-Being, Mood, and Anxiety,” Int. J. Environ. Res. Public Health, vol. 14, no. 5, p. 483, 2017.
[5] T. Adams et al., “The mental health benefits of having dogs on college campuses,” Modern Psychological Studies, vol. 22, no. 2, 2017.
[6] C. Brock, “The Impact of Pet Therapy on Stress Reduction and Academic Performance Among Allied Health Students,” Int. J. Allied Health Sci. Pract., vol. 23, no. 4, 2025.