The Software Engineer - Applications is responsible for designing and developing core software for a next-generation medical device platform, including clinical workflows, treatment session management, alarm management, Android platform software, device communication, and connectivity features. This role partners closely with the Software Architect, Systems Engineering, V&V;, and Quality teams to deliver high-quality, regulatory-compliant medical device software.

Develop and maintain clinical software features including HMI UI, Treatment Session Manager, Workflow Engine, State Machine, Alarm Manager, Clinical Dashboards, and Reporting.
Design and develop Android applications using Kotlin, Java, Jetpack Compose, MVVM, SQLite, and Android SDK.
Participate in software architecture reviews, design reviews, code reviews, and technical decision-making activities across the software platform.
Lead FMEA participation for software subsystems, driving hazard analysis inputs, risk control definitions, and verification traceability in accordance with ISO 14971.
Establish and enforce coding standards, static analysis policies, software design guidelines, and review checklists across the team.
Support IEC 62304 software lifecycle activities including software planning, requirements traceability, risk management, verification, validation, and design documentation.
Collaborate with Systems Engineering, Firmware, Hardware, Cybersecurity, and V&V; teams to deliver robust and compliant product features.
Support regulatory submissions by producing high-quality design documentation and responding to technical queries from Regulatory Affairs and Quality teams.
Drive root cause investigations and resolution of software defects, customer issues, field complaints, and CAPA-related activities.
Contribute to connectivity, interoperability, and digital health initiatives including remote monitoring, HL7/FHIR integration, telemetry, and cloud-connected solutions.
Continuously improve software quality through automated testing, static analysis, architecture governance,



and engineering best practices.

B.E./B.Tech or M.Tech in Computer Science, Electronics, Biomedical Engineering, Embedded Systems or an equivalent engineering discipline.

- 3+ years of software development experience with Android, Embedded Linux, Medical Devices, or other safety-critical software platforms.
- Solid hands-on experience in Java, Kotlin, and/or C++ application development.
- Experience developing Android applications using Android SDK, Jetpack Compose, MVVM, SQLite/Room, and up-to-date Android architecture patterns.
- Experience working with Linux-based systems and device communication technologies including UART, CAN, TCP/IP, and telemetry frameworks.
- Strong understanding of software architecture concepts including State Machine Design, Workflow Engine Design, Alarm Framework Design, Event-Driven Architecture, and Clean Architecture principles.
- Experience designing and implementing clinical workflows, treatment management applications, alarm handling systems, and device communication services.
- Experience integrating software with embedded controllers and medical device hardware through standardized communication interfaces.
- Experience with software quality tools and practices including SonarQube, Coverity, static analysis tools, unit testing frameworks, integration testing, and automation frameworks.
- Working knowledge of software development best practices including object-oriented programming, design patterns, coding standards, code reviews, source control management using Git, and Agile development methodologies.
- Experience of DevOps, Software Automation, HIL/SIL Testing, Release Management,



and modern software delivery practices
- Experience working within regulated development environments and applying IEC 62304, ISO 13485, Medical Device SDLC, Risk Management, Requirements Traceability, Verification & Validation, and design control processes.
- Experience participating in software architecture reviews, design reviews, FMEA activities, hazard analysis, CAPA investigations, and regulatory documentation activities.

Experience working on regulated Medical Devices such as Infusion Pumps, Patient Monitoring Systems, Ventilators, Critical Care Devices, or other life-sustaining healthcare products.
Experience developing Android-based Medical Device Software with exposure to Android BSP, HAL, JNI, Linux platform integration, and device communication frameworks.
Experience implementing Medical Device Cybersecurity controls including Secure Boot, Authentication, Authorization, Encryption, Certificate Management, and Secure Software Update mechanisms.
Knowledge of healthcare interoperability standards and connected health ecosystems including HL7, FHIR, Remote Monitoring Platforms, Cloud Connectivity Solutions, and Digital Health applications.
Experience working with Web Technologies, REST APIs, Device Telemetry Platforms, Remote Device Management Solutions, and Cloud-native architectures.
Familiarity with AI-enabled healthcare solutions, clinical analytics platforms, predictive maintenance systems, and digital patient engagement applications.
Knowledge of IEC 62366 Usability Engineering, Human Factors Engineering, and workflow-driven user interface design for healthcare applications.

Exposure to Android, Embedded Linux, Connectivity, Clinical Software, and Medical Device Architecture.
Collaboration with multidisciplinary teams across Systems, Clinical, Firmware, Platform, Verification, and Quality.
Career progression toward Architect and Technical Leadership roles.
Opportunity to shape digital health, cloud-connected, and AI-enabled solutions.

📌 App Software Developer - Remote (Bengaluru)
🏢 Zydus Medtech
📍 Bengaluru