Job Title: Full Stack Developer Company Name: Dance4Healing Job Url: https://www.simplyhired.com/job/zt1bus8EeL4xspbh8_nYdAnC6XCjb3N4Cx6xZSXvMFBU-qJjM7_Igw Job Description: Full Stack Developer with ReactJS experience for live video telehealth platform Dance4Healing Remote Job Details Contract $94,779 - $104,033 a year Benefits Flexible schedule Qualifications Application Integration UI development Node.js CSS React Full-stack development Scientific research AWS Certification Research MongoDB Mid-level UI design JavaScript frameworks AWS JavaScript Application design Telehealth experience System architecture design WebRTC Sensors HTML Full Job Description Summary Dance4Healing, a Harvard/Stanford startup, is seeking a full stack software developer with experience in webRTC for our National Institute on Minority Health and Health Disparities (NIMHD) study. Apply at https://bit.ly/D4H_NIHStudy_Talent if interested. Only applications through this link will be evaluated. We are seeking a skilled full stack software engineer with experience in WebRTC to support a research project for the NIH. The ideal candidate will have a strong understanding of video conferencing solutions and will be able to integrate AWS Chime into our existing systems. Your role will involve developing and maintaining software solutions that enhance our research capabilities. If you are passionate about technology and want to contribute to essential health studies, we would love to hear from you! Company Description Dance4Healing (D4H) is an award-winning social venture founded by a UX and behavior expert months after recovering from Stage IV cancer. We are a technology-driven organization rooted in neuroscience, using patented AI to recommend music, dance, and groups based on emotion and condition. The ecosystem features at-home training with movement feedback and a platform that fosters a community centered on personalized music and dance for therapeutic purposes. Dance4Healing has won 20+ awards for its innovative approach to healthcare and technology. Guided by The NIMHD Research Framework, this research will study the effects of intersectional identities on racial/ethnic equity, reduce Artificial Intelligence (AI) bias, and develop a culturally sensitive novel habit-building algorithm for minority Diabetes Mellitus (DM) patients using Creative Arts Therapy (CAT: Music, Dance, Arts) for remote activity engagement systems with multilevel data tracking and effective behavior prompts. We will partner with Stanford, the Institute on Aging, Koelsch Communities, Generation United, and Heritage On The Marina to develop a groundbreaking, innovative platform integrating biosensors and a Telehealth Live Video Platform (TLVP). This project aims to gather insights into various domains (Biological, Behavioral, Physical/Built Environment, Sociocultural Environment, and Healthcare System) and levels (Individual, Interpersonal, Community, and Societal) that influence healthy habits. It will then analyze the data to adapt D4H, improving patients’ mobility and social connections. D4H’s proprietary personalization will be tailored to users’ needs and desires, pairing them with compatible buddies to build lasting habits through recorded and live video classes (think YouTube + Zoom + eHarmony for health buddies). WebRTC Software Engineer Role: This is a remote contract position for a software engineer with experience in AWS Chime. The person will be responsible for full-stack development and object-oriented programming tasks. * Create a user-friendly interface that caters to diverse preferences, mobility needs, and accessibility requirements. * Determine how tracking and adaptive video technology can be utilized to develop a personalized habit-building platform that incorporates cultural awareness and sensitivity. * Design changes or additions to the current telehealth platform, particularly in incorporating body tracking or additional musical feedback elements. * Select platforms, plan features, and define the architecture and technology roadmap. * Adopt an appropriate development methodology: estimate costs and timelines. * Integrate bio-sensors to telehealth platforms (AWS Chime, ReactJS, WebRTC, MongoDB, HTML, CSS, JavaScript). Why this study: 34.2 M Americans with DM cost $327 B in 2018. 68% of them will die from cardiovascular disease. Research indicates that dance can improve diabetes management (DM) and reduce cardiovascular deaths by 46%. There are many exercise programs and live video tools available, but they rarely cater to an individual’s specific mobility and accessibility needs. Hence, there is an unmet need for an easy-to-adopt telehealth platform enticing patients to dance from home. AI Bias: Integrating AI into clinical practice requires addressing biases. Three types of bias can be identified in healthcare: data-driven, algorithmic, and human. AI algorithms that propagate deeply rooted societal bias can have catastrophic impacts. Consequently, some patient groups, such as ethnic and gender minorities underrepresented in existing datasets, can be misdiagnosed, further amplifying inequalities. Every step of the algorithm development process can be influenced by bias. It begins when designing the study and collecting data, continues with data entry, cleaning, and algorithm design, and ends with implementing the models and disseminating the results. Impact and Next Step: This study will establish clear metrics of health equity success; outcomes will be publicized (papers/conferences) to incentivize action and influence policymakers. It will lay the groundwork for a multicenter trial with the American Heart Association to integrate more biosensors, voice user interfaces, and culture-sensitive AI, further increasing adoption and engagement and reducing health disparities. Job Type: Contract Pay: $94,779.00 - $104,033.00 per year Benefits: Flexible schedule Application Question(s): Have you applied at this link? https://bit.ly/D4HNIHStudyTalent (Only applications submitted through this link will be reviewed) Work Location: Remote