Semikons Embedded Technologies is an Embedded and VLSI Design & Development
Healthcare and Medical Devices
Medical Device Concept & Feasibility
- Initial ideation and technical validation of medical device concepts.
- Includes market research, clinical needs assessment, and regulatory landscape review.
- Focuses on defining device functionality, user requirements, and risk factors.
- Supports early-stage prototyping and proof-of-concept development.
- Ensures alignment with healthcare standards and patient safety.
Embedded System Design
- Development of embedded hardware and firmware for medical devices.
- Supports real-time monitoring, control, and data acquisition.
- Includes microcontroller selection, sensor integration, and power management.
- Designed for reliability, low power, and compact form factors.
- Complies with IEC 60601 and other medical electronics standards.
Sensor Integration & Signal Processing
- Integration of biomedical sensors for vital signs and diagnostics.
- Includes ECG, SpO₂, temperature, pressure, and motion sensors.
- Signal conditioning and filtering for accurate data capture.
- Supports analog front-end design and digital signal processing.
- Critical for wearable and diagnostic medical devices.
Wireless Communication & IoT
- Enables remote monitoring and data transmission via Bluetooth, Wi-Fi, or cellular.
- Supports secure cloud connectivity and mobile app integration.
- Includes protocols like BLE, MQTT, and HL7 for healthcare data.
- Designed for interoperability with hospital systems and telemedicine platforms.
- Ensures HIPAA-compliant data handling.
Power Management & Battery Design
- Design of efficient power systems for portable medical devices.
- Includes battery selection, charging circuits, and power optimization.
- Supports long battery life and safe operation under medical conditions.
- Incorporates protection features like overcurrent and thermal shutdown.
- Essential for wearable and implantable devices.
User Interface & HMI Design
- Development of intuitive interfaces for patients and healthcare professionals
- Includes touchscreens, LEDs, buttons, and voice feedback systems.
- Focuses on usability, accessibility, and error prevention.
- Supports multilingual and adaptive UI for diverse users.
Enhances device interaction and patient compliance.
Compliance & Regulatory Support
- Guidance on meeting global medical device regulations.
- Includes FDA, CE, ISO 13485, and IEC 62304 compliance.
- Supports documentation, risk analysis, and validation protocols.
- Ensures safety, efficacy, and market readiness.
- Critical for certification and product launch.
Prototyping & Clinical Testing
- Rapid development of functional prototypes for evaluation.
- Supports bench testing, usability studies, and clinical trials.
- Includes 3D printing, PCB fabrication, and enclosure design.
- Validates performance in real-world healthcare environments.
- Bridges the gap between design and deployment.