LifeNet partners with community health centers to build their medical and administrative capacity and connect them with pharmaceuticals and equipment. By strengthening local capacity in every link of the healthcare delivery chain, we can transform primary care for Africa’s poor. LN's conversion franchise platform for primary care health centers is designed for impact, scale and sustainability, drawing on business principles to build in-country capacity and generate long-term effect. LN launched its conversion franchise model with 12 facilities in Burundi in 2012. Now, in 2017, LN's network has expanded to include 77 facilities in Burundi, Uganda, and the Eastern DRC, providing high quality care for over 1,000,000 patient visits per year. By 2025, LN plans to transform quality of care received in 20 million patient visits to 1,000 franchised health centers operating in 10 East African countries. LN has been recognized by the WHO as an innovative healthcare solution through Social Innovation in Health Initiative (SIHI) and is active in innovation networks including Innovations in Healthcare, the Social Enterprise Accelerator at Duke University (SEAD), the Center for Health Market Initiatives (CHMI), the International Center for Social Franchising (ICSF), the Pfizer Foundation, the Ecumenical Pharmaceutical Network (EPN), and the Segal Family Foundation.

Cypress Basin Hospice provides family-centered, quality end-of-life care that emphasizes compassion, dignity, independence and respect. For over 30 years, we have been the area's premier not-for-profit, community owned agency. We are committed to caring for individuals touched by life limiting illnesses, grief and loss. Our hope for our patients and families is that as we apply our training, experiences and compassion, we are able to relieve their physical, emotional and spiritual pain. Our patients and families have the assurance that they are being served by one of the oldest and most respected hospice programs in Northeast Texas.

I supported Dr. Garcia, Orthopaedic Spinal Surgeon, in developing a research design and study on two studies. The first study involves analyzing and calculating the pressure of local anesthesia in various anatomical areas (ex. Sacroiliac Joint, Shoulder, Medical Branch, Knees, Hips) from various needle ranges (18-gauge, 20-gauge, 22-gauge). The other focused on measuring the injection distances of Epidurals and Medical Branch / Sacroiliac Joint Blocks, to construct a guide system to assist and diminish radiation, time, and better outcomes. Both studies required Institutional Review Board (IRB) approval which I supported in writing. Besides supporting the creation of the study, I play a key role in data collection and interpersonal communication with UC Merced faculty for support.