It is a device that upgrades existing ICU bed to provide

• Real time & accurate patient weight information
• Monitors patient turn to improve turn compliance.

The system shares and displays information on hospital Nurse station through cloud application. The device also supports functionality for placing x-ray cassette without moving the patient on bed.

IOT C# Serverless reactjs nodejs Azure Cosmos db Android Kotlin QT C++ Security

• Owned Software product design of 2 phases/versions of the Smartmedic product and support technical sales while maximizing revenue generation and adopting cost optimization.


• Led the full lifecycle of Product development: Developing technology processes in adherence to company guidelines and procedures at every product development stage especially ISO13485 and IEC 62304 processes.


• Analyse user needs and software requirements to determine feasibility of design within time and cost constraints.


• Establishing the technology team and processes for design and developme of the product.


• Identifying and evaluating potential technologies and frameworks that can be used to implement the software system.


• Led reviews of design, codes, and test cases; providing post-implementation, application maintenance and enhancement support on product applications.


• Provided guidance and Developed solutions while handling various technical aspects and resolving team problems for end-to-end delivery.


• Completely own the product security related aspects of the Smartmedic product that includes :
• Threat modelling of the system architecture to identify potential security risks.
• Identifying and assessing product security risks as per the security procedures that could impact the product, and developing plans to mitigate them.
• Review of the penetration testing report and developing plans to mitigate the identified vulnerabilities.


• Create and maintain project related documentation (Requirements Document, Functional Requirements Document, Technical Design Document, DFMEA etc.) as per document standards and guidelines (ISO 13485) and medical device procedures for software system.

This software is for knee sugeries. The surgeons in Japan use this software to input Dicom CT images of knee, peform the segmentation on the image and plan the size and type of knee implants that can be utilized for the knee implant surgery.

C++ DICOM Security

• Identifying and assessing security risks that could impact the product, and developing plans to mitigate them.


• Acted as a subject matter expert in the field of product security, providing guidance and advice on security best practices and standards, and collaborating with other security experts.


• Provided guidance and training to the product development team on security best practices and how to identify and mitigate security risks.


• Collaborated closely with other teams, such as product management, engineering, and quality assurance, to ensure that the product is developed securely by putting adequate security controls.


• Build knowledge and understanding of the security procedures and guidelines to stay current with new security strategy of the company


• Oversaw the penetration testing and review reports to identify vulnerabilities in the product and develop plans to remediate them.


• Communicated with stakeholders for providing inputs on the identified security risks and issues and documenting them as part of risk management plan for the product

This medical device provides control and customization of compatible equipment from a single, intuitive touchscreen. Our goal is to increase efficiency and satisfaction by simplifying workflows, streamlining communication and connecting surgeons, staff and patients.

C# WPF MVVM .Net Framework C++ Javascript HTML

• Designing and implementing technical solutions that meet the needs of the project.


• Took responsibility of technical decisions that align with the project goals, and are in the best interest of the product.


• Identified and assessed technical risks and developed and implemented plans to mitigate those risks.


• Creating detailed design specifications, including software module design and documentation that clearly communicates the design to the development team.


• Leading the development team and coordinating with other stakeholders to ensure that the software is developed and tested as per design. Assisted the team with hands on coding and provide development guidance and problem solving assistance to team members.


• Continuously monitoring the progress of the project, identifying and resolving any issues or roadblocks that arise, and making adjustments to the module designs as needed.


• Collaborating with other members of the project team to ensure that the module design is aligned with the overall project goals and objectives.


• Make module level design decisions during various phases of project. Lead and Participate in Joint module Design sessions with the divisional teams.


• Create and maintain project related documentation (Functional Requirements Document, Technical Design Document, etc.) in accordance with QMS procedures and guidelines

This medical device connect the Operating Theatre to the rest of the hospital.

The need for Operating Theatre connectivity is more prevalent than ever, and Stryker ConnectSuite makes real-time video exchange throughout the hospital seamless and simple.

This platform utilises the hospital’s network infrastructure to facilitate video conferencing and broadcasting from within the Operating theatre. This network based communication eliminates the need for cumbersome cable runs and expands the Operating Theatre’s video presence to the desktop. Whether broadcasting a surgery for continued education or consulting with Pathology mid-procedure, this device provides an integrated, easy video streaming solution.

C# MVVM Silverlight Javascript HTML C++

• Defining the overall structure and organization of the software that included the modules, components, and interfaces that make up the system.


• Creating detailed design specifications, including software architecture diagrams and documentation that clearly communicates the design to the development team.


• Leading the development team and coordinating with other stakeholders to ensure that the software is developed and tested according to the defined architecture. Assisted the team with hands on coding and provide development guidance and problem solving assistance to team members.


• Ensuring that the software system is designed and built to be scalable, maintainable, and easy to test and debug.


• Continuously monitoring the progress of the project, identifying and resolving any issues or roadblocks that arise, and making adjustments to the architecture as needed to ensure that the project stays on track.


• Collaborating with other members of the project team to ensure that the software architecture is aligned with the overall project goals and objectives.


• Point of reference for the team and stakeholders, being able to explain the reasoning behind certain decisions and providing guidance on best practices and industry standards.


• Research and prototype new tools and technologies to meet requirements and design solutions such as common components and services for use across the team.


• Make architecture level design decisions during various phases of project. Lead and Participate in Joint Application Design sessions with the divisional teams.


• Create and maintain project related documentation (Business Requirements Document, Functional Requirements Document, Technical Design Document, etc.) in accordance with QMS procedures and guidelines

This device is the central point for managing Operating Theatre video and surgical devices. The intuitive interface allows you to easily control your Operating Room through features like one touch routing and video multiviewing capabilities.