Inventor Biography
Mr. Mohamed Al-Jaifry - Founder and Lead Inventor of Jaifry
Mr. Mohamed Al-Jaifry
A visionary biomedical engineer and entrepreneur with over 15 years of experience in innovating diabetes technology. Driven by personal experience to develop life-saving solutions for hypoglycemia prevention. Holds several patents in medical device technology with a proven track record of transforming research into commercial products.
Areas of Expertise
Medical Device Innovation
Specializing in developing cutting-edge medical devices with a focus on diabetes management and automated drug delivery systems.
Algorithm Development
Expert in creating predictive algorithms for glucose monitoring and hypoglycemia detection with 99.2% accuracy.
Biomedical Research
Extensive experience in pre-clinical and clinical research with a focus on validating diabetes technology and safety testing.
Technology Commercialization
Proven ability to transform research innovations into commercially viable products with successful regulatory pathways.
Education & Qualifications
| Degree | Institution | Year | Thesis/Focus |
|---|---|---|---|
| PhD in Biomedical Engineering | University of ______ | 2019 | Advanced Sensor Technology for Continuous Glucose Monitoring |
| MSc in Electrical Engineering | Institute of _____ | 2017 | Signal Processing for Medical Applications |
| BSc in Biomedical Engineering | University of ____ | 2015 | With Honors |
Professional Certifications
- Certified Clinical Research Professional (CCRP) - 2016
- Regulatory Affairs Certification (RAC) - 2017
- Project Management Professional (PMP) - 2018
- ISO 13485:2016 Lead Auditor - 2019
Professional Timeline
Founder & CEO, Jaifry
Established Jaifry to develop automated hypoglycemia prevention technology. Leading the company from concept to prototype development, securing $45 million in funding, and building an executive team.
VP of Medical Devices
Leading the R&D department with a focus on diabetes technology. Managing a team of 50+ engineers and researchers. Overseeing the development of three FDA-approved medical devices.
Senior Researcher
Specializing in sensor technology development for continuous glucose monitoring systems. Contributed to 5 patent applications and 12 peer-reviewed publications.
PhD Researcher, University of ____
Conducted ground-breaking research in advanced glucose sensing technology. Developed new enzyme-based sensors with improved accuracy and longer lifespan.
Patents & Intellectual Property
Automated Hypoglycemia Detection and Treatment System
An integrated continuous glucose monitoring system with automated glucagon delivery for the prevention of hypoglycemia.
Multi-Enzyme Glucose Sensor with Extended Stability
A new sensor design using multiple enzymes to improve accuracy and reduce calibration requirements.
Predictive Algorithm for Hypoglycemia Forecasting
A machine learning algorithm that predicts hypoglycemia events 30-60 minutes in advance with 95% accuracy.
Stable Liquid Glucagon Formulation
A new glucagon analog that remains stable in liquid form for extended periods at room temperature.
Selected Publications
Awards & Recognition
| Award | Organization | Year |
|---|---|---|
| Medical Technology Innovator of the Year | Medical Device Manufacturers Association | 2023 |
| Leadership in Technology Award | Tech Innovation Forum | 2022 |
| Outstanding Young Engineer Award | IEEE | 2021 |
| Distinguished Alumnus of University of ____ | _____ College of Engineering | 2020 |
| _____ Award | National Science Foundation | 2018 |