Sandeep Bhandari Email and Phone Number

I led the design and development of the ultrasound mobile application for the GE VScan Air product. I was responsible for integrating the application into GE's digital ecosystem. This required ensuring seamless compatibility with other GE's systems, synchronizing data, and delivering a cohesive experience for users managing multiple VScan Air devices.My role extended to designing and implementing the features that allowed medical facilities to efficiently register and manage their VScan Air devices. This encompassed user authentication, device identification, and tracking functionalities.1. Ultrasound Mobile Application: I led the design and development of the ultrasound mobile application for both Android and iOS platforms. This application is likely the central interface through which users can interact with the VScan Air device and access its features.2. Digital Ecosystem Integration: The mobile application is designed to be part of a larger digital ecosystem. This could involve various software and hardware components that work together to provide a comprehensive solution for users. This ecosystem likely includes features such as data management, device configuration, and more.3. Fleet Management and Device Registration: The application allows for the management of multiple VScan Air devices, commonly referred to as "fleet management." This likely involves functionalities such as tracking device status, configurations, and possibly allowing for remote updates or troubleshooting. 5. Remote Sharing via Zoom Integration: The application integrates with Zoom, a popular video conferencing platform. This suggests that users can potentially share live ultrasound images or video feeds during remote meetings or consultations, enhancing telemedicine capabilities.6. Cloud Image Upload using DICOM Standard: The application likely supports the upload of ultrasound images to the cloud using the DICOM (Digital Imaging and Communications in Medicine) standard.

I contributed to the development of the GE Maternal Infant Care Monitoring System by designing and implementing several key features. I played a pivotal role in setting up the system to monitor vital signs crucial for both maternal and infant health, such as maternal and fetal heart rates, uterine activity, blood pressure, oxygen saturation, and temperature. Here's a breakdown of the key components and functionalities:1. Monitor Patient Vital and Alarm Conditions: The system monitors vital signs and alarm conditions related to both the mother and the infant. This could include parameters such as maternal heart rate, fetal heart rate, uterine activity, blood pressure, oxygen saturation, and temperature.2. Maternal Heart Rate and Fetal Heart Rate: Monitoring the mother's heart rate and the fetal heart rate provides crucial insights into the well-being of both individuals. Changes in heart rates can indicate distress or potential issues.3. Digital Cardiotocograph: A cardiotocograph (CTG) is a device used to monitor the fetal heart rate and uterine contractions. The digital cardiotocograph in this system likely provides real-time graphical representation of these parameters.4. Integrated Novii Wireless Monitoring Device: The Novii wireless monitoring device is integrated into the system, enabling wireless monitoring through Bluetooth technology. This enhances mobility for the pregnant woman, allowing her to move around more freely while still being monitored.Overall, the GE Maternal Infant Care Monitoring System seems to offer a comprehensive solution for monitoring pregnant women and their infants, promoting safer pregnancies and more informed medical interventions. Please note that my knowledge is based on information available up until September 2021, and there might have been advancements or changes in this field since then.

Responsible for designing and overseeing the architecture of mobile applications developed by Dell for their products or services. Here's an overview of what the role might entail:1. Architecture Design:• Collaborate with cross-functional teams to understand business requirements and translate them into effective mobile application architectures.• Design the overall structure, components, and interactions of mobile applications, ensuring they align with Dell's technological and business goals.2. Platform Considerations:• Understand the nuances of different mobile platforms (iOS, Android) and design applications that provide a seamless experience across these platforms.• Optimize applications for performance, user experience, and compatibility with a variety of devices.3. Technology Stack:• Choose the appropriate programming languages, frameworks, and tools that best suit Dell's application development needs.• Evaluate third-party libraries and components to enhance application features and functionality.4. Security and Compliance:• Implement robust security measures to protect user data and ensure compliance with industry standards and regulations.• Collaborate with security teams to perform security audits and vulnerability assessments.5. User Experience (UX):• Work closely with UI/UX designers to translate design concepts into functional and user-friendly interfaces.• Ensure that the application's architecture supports intuitive navigation, responsive design, and consistent branding.6. Integration and APIs:• Design architecture that seamlessly integrates with various backend systems, databases, and APIs, enabling data exchange and real-time updates.7. Performance Optimization:Identify and address performance bottlenecks through effective architectural decisions, caching strategies, and efficient data handling.

Software Engineering Team Lead Responsibilities:1. Technical Leadership: Provide technical guidance and architectural oversight to the team, ensuring adherence to best practices, coding standards, and design principles.Review code submissions, offer feedback, and conduct code reviews to maintain code quality and promote knowledge sharing.Lead the team in researching and adopting new technologies, tools, and methodologies to improve development processes and product quality.2. Team Management: Lead a cross-functional team of software engineers, providing guidance, mentorship, and support to enhance their technical skills and professional growth.Coordinate team activities, distribute tasks, and ensure alignment with project goals and timelines.Conduct regular one-on-one meetings and performance evaluations to assess team members' progress and provide constructive feedback.3. Project Planning and Execution: Collaborate with product managers and stakeholders to define project requirements, scope, and objectives.Develop comprehensive project plans, including task breakdowns, resource allocation, and risk assessment, to ensure successful project delivery.Monitor project progress, identify potential roadblocks, and implement mitigation strategies to keep projects on track.4.Collaboration and Communication: Foster a culture of open communication, collaboration, and knowledge sharing within the team and across departments.Act as a liaison between the technical team and non-technical stakeholders, conveying complex technical concepts in an understandable manner.Participate in cross-functional meetings, providing updates on team progress, challenges, and potential solutions.

In my role, I played a significant part in the development of Microsoft Business Applications for Nokia phones. My responsibilities included designing and implementing features that enabled the integration of Microsoft Office tools on mobile devices, specifically those manufactured by Nokia. The features I worked on were centered around seamlessly incorporating Microsoft Lync (now known as Skype for Business) functionality into various Symbian native applications, such as calendar, email, and email active sync (EAS) applications. The key contributions I made encompassed the following aspects:1. Enabling Lync Launch from Native Applications: I successfully implemented a feature that allowed users to initiate the Microsoft Lync application directly from Symbian native applications. This integration provided users with quick access to essential communication tools like instant messaging, presence status, and online meetings, all from within familiar apps like calendar and email.2. Facilitating Online Meeting Participation (Lync): I was responsible for enabling the capability to join online meetings through the Microsoft Lync application. This feature made it convenient for users to participate in virtual meetings, collaborating with colleagues, clients, or partners using their Nokia phones.3. Incorporating Conference Call Functionality: My contributions extended to integrating features that enabled users to join conference calls through the Microsoft Lync application. This enhancement improved the device's ability to engage in audio or video conference calls, thus enhancing overall communication experiences.4. Developing the Enhanced Organizer Server (Middleware Component): As part of my role, I took an active role in developing a middleware component referred to as the "enhanced organizer server." This component acted as a bridge, ensuring seamless communication between Symbian native applications and Microsoft Lync features.