PROJECT 2: Wellness App Implementation & Data Integration for Bhakti Wellness Center

Bhakti Wellness Center provides holistic health services through neurofeedback, acupuncture, and bodywork. They aim to develop a wellness monitoring app that translates smartwatch sensor data into actionable health insights with a focus on heart rate variability (HRV) and breath pacing. Building on the research and design phase, this project will focus on implementing the wellness monitoring app. Learners will develop the breath pacer module, integrate smartwatch data, and construct the functional interface based on the design specifications provided by Project 1. The focus will be on creating a working prototype that can be tested for data accuracy, usability, and health monitoring efficacy.

Wellness Monitor App Development

The Bhakti Wellness Center aims to empower individuals to take control of their health by developing a user-friendly app that utilizes smartwatch sensor data. The primary goal of this project is to create an application that can interpret heart rate variability and other key health indicators, providing users with real-time feedback. This app will enable users to monitor their health metrics and receive training suggestions to improve their overall wellness. The project will focus on integrating smartwatch data with an intuitive interface that translates complex health data into actionable insights. By leveraging classroom knowledge in app development and data analysis, learners will gain practical experience in creating a health-focused digital tool. The project will involve tasks such as designing the app interface, developing algorithms to process sensor data, and testing the app for usability and accuracy.

Home based Bioelectric Medicine for brain health/mental health

There is an epidemic of need for accessible, affordable, convenient, safe, effective brain health/mental health treatment options. Anxiety and depression are at an all time high, the rate of neurodegenerative conditions are increasing as well. My company specializes in at-home neuromodulation technologies and treatment plans and support that have shown to be many times more effective than current pharmaceutical approaches with no significant side effects. For the students: identifying a specific/ideal population, gathering relative statistics as a rational for construction a management program for this population, crafting an integrative treatment program identifying potential barriers and proposing solutions for the same, projecting impact of the program across multiple quality of life, economic and healthcare savings indicators.

Biomedical Engineering Device Development

We are looking either for a single student or a group of students to complete this project. The main goal of the project: - Building and developing a working prototype microcurrent device with the purposes of healing oral trauma/ disease/ disfunction. (It's not microcurrent generation, rather it's microcurrent delivery at the tissue level - in the oral cavity) - Possibly using a 3D printer to produce a final end result * This would be the final deliverable for the project Other deliverables prior to the completion of this project may include: - Research component: Project overview, needs analysis, patent search. - Create a plan for the end-goal of the project - Outline what is going to be the best way to accomplish the main goal for this goal for this project.