STAR Campus

STAR Tower Living Wall

The Tower
at STAR

The Tower at STAR is a one-of-a-kind space that fosters innovation by being accessible, inviting and interconnected. 

The 120,000 square foot building is an integral part of the University of Delaware’s mission to train the next generation of healthcare professionals in a collaborative and inclusive interprofessional learning environment.

 

The research underway in the labs in the Tower at STAR directly influences the healthcare provided in the adjoining UD Health clinics.

04-alexis-mbakwe-20200204-Cardiovascular-Nutrition-Lab04-800x533

Health Services


Comprehensive clinical care services are offered at STAR Campus including:

health-coaching-TaraDiane021-crop
nutrition-counseling-20190117-CookingClass-DemoKitchen026
exercise-counseling

Living Wall



Nothing says wellness like The Nash M. Childs Living Wall in the atrium at the Tower at STAR, inviting inspiration, relaxation, and reflection among the swirl of colors and live plant varieties. 

Nash Childs graduated from UD in 1976 and served as executive vice president and partner of Bancroft Construction Company.

Living Wall at STAR Tower: youtube.com/watch?v=L2B_cyo3mxM

Floor One

This floor spotlights the University of Delaware’s deep connection to building healthy communities, starting with its light-filled atrium and living wall, featuring a unique live vertical garden.  A 300-seat multipurpose Audion and adjoining demonstration kitchen are used for events including healthy cooking demonstrations.  It offers a unique experiential learning space for faculty and students.   

Atrium, Audion, outdoor and demonstration kitchen space may be booked for events through UD Conference Services.

 

Becker Morgan

The first floor is also home to the Becker Morgan Group – a full service design firm specializing in architecture, engineering, surveying, land planning and interior design. They bring a holistic approach that encompasses the entire design process, from concept to occupancy. Their team listens and collaborates to achieve design excellence, incorporating budget and schedule conscious solutions every step of the way. Working with Becker Morgan Group, projects move smoother, expectations are better managed and with superior designs that stand the test of time.


 

Floor Two: Community Impact

This floor offers extensive opportunities for community engagement with UD researchers innovating in  prevention and wellness.  Expertise includes ways for community residents to take control of their own health, including  exercise intervention for chronic diseases, nutrition counseling, health coaching, stress testing, infant and maternal nutrition,  fitness counseling, neuroscience testing, cardiovascular research, metabolic research and programs for individuals with different abilities. A Design for Health Innovation Lab connects students and faculty to the community to support the development of adaptive apparel and wearable technology to empower independence and inclusion.

This space is equipped with tools for the development of wearable technology, software, and applications.  The new space also provides a unique venue for students to interact and learn from biomedical, business and local community partners. 

Exercise intervention enables older adults and individuals with chronic conditions to stay fit and fell their best. Supervised exercise training programs have been implemented for various conditions including Parkinson’s, chronic kidney and cardiovascular diseases.

Using an interdisciplinary approach, UD resources improve the understanding of how the nervous system controls movement and how neuromotor control changes with aging and in individuals with movement disorders.

Sensorimotor control and learning after neural injury requires robotic technology to assess and treat stroke recovery and other neurologic impairments. 

Fitness levels and exercise capacity are assessed for individuals with chronic disease, as well as in healthy individuals seeking to optimize performance and wellness. 

State of the art expertise and equipment enables the assessment of cardiovascular health. 

Health coaching improves health outcomes, reduces the impact of chronic conditions and provides tailored exercise programs.  Participants work with skilled professionals to meet goals that enhance health wellness.

Important research is focused on diet and energy mechanisms that contribute to weight changes, growth, and nutritional status in infants, children, and adults.

 

High-quality interdisciplinary research improves health, physical activity, equity, quality of life, and independence among persons with different abilities focuses on the development and evaluation of comprehensive behavioral interventions and service efforts.  Experts create and evaluate new and existing community-based fitness and wellness programs, as well as develop and test the effectiveness of new supportive and assistive technologies.


 

Floor Three: Health Sciences Collaboratory 

The ‘collaboratory’ encourages interdisciplinary collaboration. Here the Department of Behavioral Health & Nutrition, the Department of Kinesiology & Applied Physiology, the School of Nursing, and Center for Health Assessment, Research & Translation faculty collaborate on the future of health innovation.

DesignHealthInnovation025

 

Floor Four: Simulation

Simulation is a cornerstone of College of Health Sciences faculty expertise. The unique Research and Education for Adaptive Living Apartment is a key learning laboratory.  Along with the Healthcare Theatre, undergraduate and graduate students simulate living environments using virtual and augmented reality that mimics real-life.  The fourth floor offers opportunities for strengthening interprofessional team practice through training, education and collaboration with academic and clinical partners. 

State-of-the-art resources support training the next generation of healthcare pre-professionals for the complex nature of team-based, patient-centered health and social care delivery. Fully immersive and adaptable, suites offer hospital, home, and community care settings, as well as emergency and disaster simulation.  Versatile space can also be utilized for more traditional learning environments such as seminars, breakout sessions, group-based huddles, presentations, and faculty development. 

This simulated apartment provides opportunities for functional status research, home-based healthcare and focus group research.  This state-of-the-art space provides learning and training opportunities for students, educators, and researchers along with community health care providers. The flexible apartment configuration supports community engagement research and training. The creation of a home environment with observational windows and media allows for both real time and recorded interactions.

IPE-3

 

Floor Five: Research and Collaboration

Critical research enhances interdisciplinary collaborations within the University and with community partners. Facilities include audiology booths, a sleep lab for studies of language acquisition, hearing and speech development, and allows faculty from the School of Nursing and the Department of Communication Sciences and Disorders to move research forward and to foster new collaborations in the areas of symptom sciences, aging and chronic disease, public health and diabetes research.

Examining biological, psychological, and social factors associated with a variety of symptoms (pain, mobility impairments, sleep, cognitive impairments), outcomes (falls, functional ability), and the promotion of healthy aging using real-time locating system technologies, other activity monitors, physiological sensory nerve testing equipment and sensorimotor tracking systems.

Investigating how infants and young children acquire language, researchers review how factors such as bilingualism, hearing loss, and environmental elements like background noise play a role in children’s language learning. 

 

Research utilizes an eye tracker to study how young children process sentences.  Tracking children’s eye gaze allows a sensitive measurement of how children align what they see with what they hear and is particularly important for children who have limited verbal abilities. 

 

Fine-grained measurements of sleep through polysomnography (PSG), examines the electrophysiological correlates of memory consolidation during sleep, and the impact of sleep on learning outcomes. 

Inside-Tower-62

 

Floor Six: Assessment and Outcomes

One of the goals of University researchers is to foster biomedical research and technology capabilities across the University. Programs such as Delaware INBRE, the BADER Consortium and the newly created Data Science Institute are realizing interdisciplinary collaboration and innovation. 

The BADER Consortium facilitates optimal rehabilitation care for wounded soldiers. Delaware’s IDEA Network of Biomedical Research Excellence (INBRE) is building the state’s biomedical research capability providing key research resources and enhancing the biomedical science and technology knowledge of the workforce.

Research evaluates how children learn multiple languages while evaluating grammar and syntax through interventional studies.

Home to both the Measure What Matters Lab and the Aphasia & Rehabilitation Outcomes Lab, researchers develop tools for assessing quality of life with cognitive and language disorders, and explore psychosocial factors and their influence on neurological impairments.  

 

Focused on voice and voice disorders, researchers consider exercise physiology, psychological physiology, wound healing, and mind-body influences in the voice.

 

Researchers assess  quality of life for people with cognitive language disorders such as stroke and Alzheimer’s, and also assess medical outcomes for those with spinal cord and traumatic brain injuries. 

 

Inside-Tower-48

 

Floor Seven: Health Sciences Synergy

As the nexus of one of the state of Delaware’s premier academic health centers, the College’s leadership and its team provide infrastructure and strategic support for faculty, affiliated organizations, community members and key stakeholders.  The team develops partnerships and facilitates interdisciplinary collaboration across the University, state and beyond. 

STAR-Professional-Photography-181005_Page_13

 

Floor Eight:

  • Wilmington Area Planning Council
    The Wilmington Area Planning Council (WILMAPCO) is the regional transportation planning agency for New Castle County, Delaware and Cecil County, Maryland.  As the federally designated Metropolitan Planning Organization (MPO), WILMAPCO is charged with planning and coordinating transportation investments for the region based on federal policy, local input, technical analysis, and best practices.

  • Predictive Analytics Group
    Helping companies optimize their profits and returns, identify regulatory and compliance opportunities, enhance marketing, credit, fraud or collection strategies, and helping the understanding of what data is saying.

WILMAPCO

 

Floor Nine

This floor is available for lease. Contact Jamie Vari of JLL for more information. 


 

Floor Ten: ILC Dover 

Recognized globally for their flexible containment solutions, ILC Dover serves customers in a diverse range of industries, including pharmaceutical and biopharmaceutical manufacturing, personal care, food and beverage, chemical, aerospace, healthcare and government agencies. 

 

ILC-Dover2