Geetika B.

Hi, I’m Geetika, a healthcare software engineer focused on building secure and dependable applications for healthcare organizations, HealthTech companies, and medical technology teams. Healthcare applications often need to bring together patient information, clinical workflows, connected devices, APIs, cloud services, and multiple categories of users. I help develop these systems with attention to secure data handling, reliable application behavior, and practical healthcare workflows. I can contribute to projects involving: • Healthcare SaaS applications • Patient portals and healthcare applications • Medical device software • Remote patient monitoring solutions • Health tracking applications • Clinical and administrative dashboards • Patient and provider workflows • Healthcare APIs and integrations • Connected medical-device applications • Real-time health-data workflows • Secure data storage and transfer • User authentication and authorization • Role-based healthcare applications • Audit and activity tracking • Existing healthcare application modernization I approach healthcare software by looking at the complete application environment rather than treating individual features separately. This includes understanding what information is handled, how users interact with the system, where information moves, which services are connected, and what controls are required around sensitive data. For healthcare applications, I can help implement functionality such as: • Secure authentication and authorization • Role-based permissions • Patient and provider access controls • Protected API workflows • Encryption-aware data handling • Audit logging and activity tracking • Session management • Consent-related workflows • Secure file and document handling • Backup and recovery workflows • Integration with external healthcare services I can also work on medical-device and connected-health applications where software needs to receive, process, or display information generated by connected devices. These solutions may involve: • Device authentication • Bluetooth connectivity • Real-time data transmission • Health-data validation • Monitoring dashboards • Alerts and notifications • Error handling and recovery • Cloud-based processing • Secure storage • Activity and event logging My healthcare project experience includes work across digital health and connected healthcare environments, including remote monitoring, patient applications, clinical workflows, and healthcare platforms. **Huma** A digital health and remote patient monitoring platform supporting connected patient-care workflows and healthcare delivery. **Biocalculus / MyBioCalculus** Healthcare technology involving real-time monitoring, connected health information, large-scale data processing, and medical analytics. **Mental Health Platform** A digital healthcare solution focused on patient engagement, secure communication, and healthcare service workflows. **Shoorah** A mental health and wellness platform supporting user engagement, personalized experiences, and digital wellbeing features. **FamilyDoctor GPCE** A connected healthcare ecosystem supporting medical professionals, healthcare services, and digital healthcare workflows. **Mommy & Me 4D** A maternity and prenatal healthcare application involving appointment functionality and access to healthcare information. When working on an existing healthcare product, I can help identify areas where the application can be strengthened, including authentication, permissions, API communication, data handling, connected-device workflows, logging, and application reliability. For products that handle sensitive healthcare information, I consider security throughout the software lifecycle rather than adding it only after development. Access should be controlled according to user responsibilities, information should be handled securely, and important application activity should be traceable. I can also support teams preparing an existing application for security reviews by helping identify technical weaknesses and implementing improvements across the application, APIs, databases, cloud services, and third-party integrations. My development approach typically includes: • Understanding the application and healthcare workflow • Identifying users, sensitive information, and system dependencies • Reviewing application and integration architecture • Designing secure workflows and access controls • Developing and integrating required functionality • Testing critical data and user flows • Adding validation, error handling, and monitoring • Supporting deployment and ongoing improvements For HIPAA-related environments, technical safeguards can include authentication, authorization, encryption, audit logging, secure storage, controlled access, and appropriate data-handling practices. Compliance itself depends on the broader organizational and operational environment, so I focus on building the technical foundati