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What to Bring & What Not to BringEvery audience member deserves a unique and undisturbed experience. Please don’t make yourself the headline of someone else’s event. What Not to Bring | Prohibited Items: Alcohol and Drugs: Alcoholic beverages, illegal drugs, drug paraphernalia, cannabis products Animals: Pets or comfort animals (service animals are allowed) Drones: Remotely controlled, small unmanned aircraft systems Food and Beverages: Outside food and beverages (factory-sealed water is

from teenagers to adults. Together, we can tackle complex issues like trauma, anxiety, depression, and learning disabilities. I look forward to learning about your unique experiences and working together to find solutions that work for you. My approach to therapy is a collection of evidence-based theories, including internal family systems, narrative, and cognitive behavioral therapy. My priority is to create a welcoming environment for you to share your feelings. Therapy is an opportunity for you

Justin Mootz, Therapist in TrainingI believe everyone has the capacity for change and healing, even when it’s hard to see how. My goal is to create a safe space where you and your loved ones can experience growth. Here, there’s no judgment, just a place to explore your life and relationships. As a systems therapist, I look at the whole you, including your thoughts, beliefs and emotions, all in the context of your closest relationships. Whether you’re an individual, a couple, or a family seeking

cultivate meaningful connections. I would also love to collaborate with my clients to unearth their strengths, develop healthy coping strategies, and enact positive changes in their lives and relationships. Or, to just simply listen and be there for them. As a systemic therapist, I am committed to exploring how all the different systems (like family, culture, gender, sexuality, etc.) shape clients’ experiences and perspectives. Whether addressing issues related to mental health and disorders

Systems & Patient Care Technology (2) GNUR 795 Project Proposal (1) GNUR 796 Project Seminar (2) GNUR 798 Project hours (1) (60 hours)2 Credits 1 Credit 2 Credits 1 Credit Year 2 SummerGNUR 797 DNP Project Seminar (1) GNUR 798 DNP Project hours (2) (120 hours)1 Credit 2 Credits FallGNUR 797 DNP Project Seminar (1) GNUR 798 DNP Project hours (2) (120 hours)1 Credit 2 Credits J-TermGNUR 797 DNP Project Seminar (1) GNUR 798 DNP Project hours (1) (60 hours)1 Credit 1 Credit SpringGNUR 799 Final DNP

ensure safe, quality health care. 2. Integrate knowledge of technology, information systems, policy, organization, and financing into the improvement of health care delivery and health outcomes. 3. Demonstrate a commitment to ethical decision making, social justice, and advocacy for vulnerable and diverse populations. 4. Develop and use collaborative leadership and management strategies that foster safety and quality improvement throughout a healthcare system. 5. Advance the profession through

Systems & Patient Care Technology (2) GNUR 795 Project Proposal (1) GNUR 796 Project Seminar (2) GNUR 798 Project hours (1) (60 hours)2 Credits 1 Credit 2 Credits 1 Credit Year 2 SummerGNUR 797 DNP Project Seminar (1) GNUR 798 DNP Project hours (2) (120 hours)1 Credit 2 Credits FallGNUR 797 DNP Project Seminar (1) GNUR 798 DNP Project hours (2) (120 hours)1 Credit 2 Credits J-TermGNUR 797 DNP Project Seminar (1) GNUR 798 DNP Project hours (1) (60 hours)1 Credit 1 Credit SpringGNUR 799 Final DNP

ensure safe, quality health care. 2. Integrate knowledge of technology, information systems, policy, organization, and financing into the improvement of health care delivery and health outcomes. 3. Demonstrate a commitment to ethical decision making, social justice, and advocacy for vulnerable and diverse populations. 4. Develop and use collaborative leadership and management strategies that foster safety and quality improvement throughout a healthcare system. 5. Advance the profession through

collaboration in group and team environments, such as group problem solving and laboratory experiments. A detailed list of collaborative activities is provided within the learning outcomes of each course, included in the course syllabus. Learners will be able to computationally solve physics and/or engineering problems using software packages such as spreadsheets, numerical integration, matrix multiplication tools, or symbolic manipulation (computer algebra) systems, as appropriate for employment or for