• 3+ years in medical device software development
• Participated in clinical deployment of a smart anesthesia delivery system
• Supported over 200+ clinical cases in operating rooms
• Experience in medical device verification, validation and regulatory documentation
• Working at the intersection of healthcare, software engineering and intelligent systems

I am a Robotics Engineering graduate currently working as a Software & Algorithm Engineer in the medical device industry.

My professional experience focuses on:

• Smart Anesthesia Systems
• Infusion Pump Control Systems
• Clinical Trial Support
• Medical Device Software Development
• Medical Device Regulatory Documentation
• Human-Machine Interaction Systems

I am particularly interested in:

• Medical Robotics
• Intelligent Healthcare Systems
• Robot Perception
• Robot Control
• ROS2
• Digital Health
• AI for Healthcare

My long-term goal is to develop intelligent robotic systems that improve healthcare delivery and patient safety.

Software & Algorithm Engineer

Medical Device Industry

Responsibilities include:

• Infusion pump communication and integration
• Medical software development using Python and Qt
• Closed-loop control implementation
• Clinical trial technical support
• Medical device verification and validation
• Medical device registration documentation

Developing intelligent robotic systems for healthcare applications.

Combining sensing, AI and control systems to improve patient monitoring and treatment.

Designing safe and reliable robotic systems for clinical environments.

Closed-loop control, feedback systems and autonomous decision-making.

A ROS2-based learning and development platform for medical robotics.

Topics include:

• ROS2 Publisher / Subscriber
• Service & Action Communication
• Distributed Robotics Software Architecture
• Medical Device Simulation
• Patient Monitoring Nodes
• Alarm Management Systems

Tech Stack:

ROS2 Python Ubuntu

A software simulation platform inspired by real-world smart anesthesia systems.

Features:

• Virtual infusion pump
• Drug delivery simulation
• Closed-loop control
• Patient physiological models
• Medical alarm system
• Clinical data logging

Tech Stack:

Python PyQt6 SQLite

An experimental medical assistant robot prototype.

Features:

• Medical object recognition
• Visual perception
• ROS2 communication
• Robot decision making
• Servo control
• Monitoring dashboard

Tech Stack:

ROS2 OpenCV OpenMV Python

• Python
• C++
• SQL
• Qt

• ROS2
• Robot Control
• Motion Planning
• Sensor Integration

• Infusion Systems
• Patient Monitoring
• Clinical Trial Support
• Medical Device Verification & Validation

• Git
• GitHub
• Linux
• Database Systems

Project Experience:

Participated in the development and clinical deployment of an intelligent anesthesia delivery platform.

Contributions included:

• Infusion pump integration
• Database communication
• Closed-loop feedback implementation
• Clinical trial support in operating rooms
• Regulatory documentation support
• Product verification activities

Bachelor of Engineering

Robotics Engineering

Currently preparing for postgraduate study in:

• Robotics
• Intelligent Systems
• Medical Robotics
• Digital Health

Interested in interdisciplinary research combining:

Medical Devices + Robotics + AI + Healthcare

GitHub: https://github.com/dear7hermione

Email: dear7hermione@gmail.com