Session: ASME Undergraduate Student Design Expo

Paper Number: 172071

Building for Energy Efficiency: Innovation in Sustainable Healthcare Design 

This report explores innovative methods for enhancing energy efficiency in healthcare and other facility types through sustainable design and advanced science. As climate change intensifies and resource consumption increases, there is growing pressure to reduce carbon emissions and prioritize energy conscious architecture. The integration of quantum mechanics, smart building systems, and renewable energy sources has led to revolutionary approaches in both retrofitting existing buildings and new construction. Facilities of all types are being reimagined as dynamic environments that interact intelligently with occupants and respond efficiently to environmental changes.

 

Quantum physics, the foundation of modern science at microscopic scales, plays a subtle but emerging role in sustainability efforts. Recent breakthroughs in quantum materials and nanoscale energy transfer mechanisms have opened new pathways to maximize energy efficiency. Quantum tunneling and entanglement principles are being explored to create ultra efficient sensors and switches within smart building systems. These allow real time energy modulation based on occupancy and usage, significantly reducing waste and enhancing performance.

 

Ongoing scientific studies of the four fundamental states of matter solid, liquid, gas, and plasma have brought attention to plasma as a transformative medium for energy efficiency. Plasma, often referred to as the fourth state of matter, consists of highly energized particles and is commonly found in applications such as energy efficient lighting, air purification, and sterilization technologies. In healthcare settings, plasma based systems can sterilize air and surfaces without chemical byproducts, improving indoor air quality while minimizing energy use. The adaptability of plasma technology offers tremendous potential for sustainable facility operations, especially in mission critical environments like hospitals.

 

Kaiser Permanente San Diego stands as a premier example of a healthcare facility implementing next generation energy strategies that drastically reduce consumption while maintaining occupant comfort and functionality. This facility integrates passive solar design, advanced HVAC controls, daylighting, and on site renewable energy. Smart controls optimize resource use by adjusting lighting, temperature, and ventilation based on real time data and quantum enhanced sensors.

 

By leveraging passive design strategies, quantum inspired innovations, and intelligent building systems, facilities can dramatically reduce environmental impact and operational costs. Furthermore, these methods can be adapted across various building types, including schools, offices, and industrial spaces. This paper outlines strategic methods rooted in both architectural ingenuity and scientific advancement, evaluating their outcomes and potential for scalability. As technology evolves, combining quantum science with sustainable design will be instrumental in shaping the next generation of energy efficient infrastructure.

Presenting Author: Rashiek Barber New York City College of Technology

Presenting Author Biography: As a Black American with 24 years of experience in engineering stemming out of high school and with over 16 years in leadership roles, I have developed a deep commitment to professional growth and societal impact. My career, academic, and vocational goals are intertwined with a passion for leadership, mentorship, and sustainable innovation. Through dedication and strategic planning, I aim to merge my engineering expertise with leadership capabilities to create a lasting legacy of positive change.

My primary career goal is to lead transformative projects within the fields of engineering and facility management, focusing on sustainability and global warming mitigation. I aspire to combine technical expertise with strategic leadership to address critical environmental challenges while fostering inclusive work environments.

In addition too inclusive environments, I envision mentoring the next generation of engineers, particularly underrepresented minorities, to help them navigate their professional journeys.

Leadership and mentorship play a pivotal role in my aspirations. As a member of two honor societies; National Society of Leadership and Success (NSLS), National Society of Collegiate Scholars (NSCS) and various academic clubs such as ASME, ASHRAE, NSBE, BMI, IFMA, ASCE, I have developed a strong foundation in motivating others and guiding them toward their goals. As a undergraduate research scholar I remain part of STTEM, CRSP, C2SMARTER, LSAMP research groups. My ultimate objective is to inspire individuals to recognize their potential and strive for excellence, particularly in STEM fields. As part of the student Advisory Board and Member ship outreach chair for New York City College of Technology my engagement with others achievements is pivotal to my journey and inspiration to others.

Some of my academic goals are currently pursuing a bachelor’s degree in Facility Management at NYCCT CUNY College, I am on track to graduate in June with My AAS in Environmental control technology, while set to graduate Spring 2026 with my Bachelor’s in Facility Management. This degree is a critical step in advancing my technical knowledge and leadership capabilities. It enables me to bridge the gap between engineering principles and modern management techniques, equipping me to oversee complex projects and lead multidisciplinary teams effectively.

I am actively engaged in undergraduate research at CUNY, focusing on projects aimed at reducing global warming, LL97, Biodiversity, climate change and energy efficiency. This academic pursuit not only enhances my technical expertise but also aligns with my passion for environmental sustainability. By contributing to innovative solutions, I aim to influence policy changes and industry practices in favor of eco friendly engineering.

In addition to my formal education, I have completed over 1,500 continued learning courses and earned certifications from institutions such as the Local 94 Institute IOEU, GSA Online University, Red Vector, LinkedIn, EPA, Google, Museum of natural history, Yale and Turner Institute. These accomplishments demonstrate my commitment to lifelong learning, a principle that will guide my professional development in the future. I plan to continue acquiring certifications in cutting edge technologies, such as AutoCAD, Primavera 6 and advanced management software, to remain competitive in the evolving job market.

Strategies to Achieve These Goals
Achieving these ambitious goals requires a multifaceted approach. First, I will continue leveraging my current roles in NSLS and other leadership organizations to refine my mentoring skills and expand my professional network. These connections will open doors to new opportunities and collaborations.

Second, I will seek scholarships and funding to alleviate the financial burden of my education. As a first generation college student supporting a family of four, managing financial challenges is essential to maintaining focus on my academic pursuits. The unfortunate stigmas and bias in a industry that trends favoritism, nepotism and positive bias; I've had to over come hurdles and obstacles most do not experience in order to flourish to each of my accomplishments. This has pushed me to be great and take nothing for granted. My greatest inspiration and mentor was my single mother who raised and taught me to be proud of who I was and where I was going. She would reinforced, no matter what circumstances tried to shatter my ambition dreams focus goals and most importantly health.

Lastly, I will integrate my learning experiences into actionable projects, ensuring that each step aligns with my broader mission of creating a more sustainable and inclusive world. By prioritizing resilience and adaptability, I am confident in my ability to overcome obstacles and achieve my vision.

Through determination and strategic planning, I am poised to make meaningful contributions to my field while inspiring others to do the same.

Authors:

Rashiek Barber New York City College of Technology