Farwaniya, Kuwait
I am a Biomedical Engineer with hands-on experience in surgical support, AI-powered radiology, and digital implant workflows. At New Osler, I work closely with surgeons and clinics across Kuwait — attending surgeries, introducing custom-made implants for severe atrophic patients, and coordinating the adoption of orthognathic solutions, surgical guides, and intraoral scanners. My role combines sales, service, and clinical coordination, ensuring doctors are supported before, during, and after surgery. Previously, at Life Quality Medicine (LQM), I introduced SwiftMR, an AI-powered MRI acceleration software, across Kuwait. I coordinated installations and staff training in 6 government hospitals and a private hospital, helping reduce scan times by 40% and improve image quality by 20%. I also prepared distribution proposals for embassies and ministries, supporting international expansion initiatives in Iraq and beyond. With this mix of clinical experience, AI healthcare exposure, and coordination skills, my mission is to bridge biomedical engineering and artificial intelligence to deliver smarter, faster, and more patient-focused healthcare solutions.
I support surgeons directly in the operating room, assisting in more than 10 complex surgeries involving custom-made implants and orthognathic solutions. My role goes beyond sales — I ensure doctors are fully supported before, during, and after surgery. I introduced BTK custom implants for severe bone atrophy patients who previously had no treatment options, and helped implement digital solutions such as surgical guides and intraoral scanners to improve surgical precision and clinical workflows. By coordinating with surgeons, hospitals, and clinical teams, I make sure each case runs smoothly from planning to post-surgery follow-up.
I led the introduction of AI-powered MRI acceleration software (SwiftMR) across Kuwait, achieving full market coverage in both government and private hospitals. I coordinated installations and trained over 50 radiology staff across 6 government hospitals and one private hospital. The solution reduced scan times by 30% and improved image quality by 20%, significantly increasing patient throughput. I also developed a Notion-based system to track hospital interactions, market forecasts, and product insights, improving efficiency by 40%. In my final months, I focused on expansion opportunities outside Kuwait, preparing proposals for ministries and embassies to adapt the software in Iraq and beyond. As the sole field engineer in Kuwait, I managed demos, installations, training, and technical support independently.
Worked on biomedical software projects, designing and prototyping iOS, Android, and web applications using MAUI. Resolved over 15 technical issues, reducing debugging time by 20%, while gaining exposure to cloud-based development with Azure and biomedical software troubleshooting.