The Digital Health Ontario College Graduate Certificate program helps you understand the ever-changing realities of the healthcare system, shifting towards a digital health ecosystem. This program provides you with the skills to lead and implement projects and contribute to their effectiveness and ultimately, to patient safety. Through online, in-class, and simulation activities, you gain both theoretical and practical knowledge.

The BS in Health Informatics degree program prepares students in the field of health informatics, which integrates health sciences, information technology, computer science, data science, and behavioral sciences. The program combines interdisciplinary knowledge from these areas with practical, specialized skills in health informatics to improve patient care, and individual and population health.

The mission of the Health Informatics and Information Management Program is to provide students with specialized training in using information technology to support effective health care administration, innovative health care services delivery, secure patient-centric health care, leadership skills, quality assurance, finance, and legal and regulatory requirements.

This degree course educates students to become computer scientists in the health industry. Informatics-based, medical, scientific and technical knowledge in healthcare and in the healthcare industry are influential in management. This course provides knowledge and skills to design information systems for the healthcare sector and throughout the healthcare industry to develop, configure, operate, and comply with the applicable rules and regulations.

Bachelor of Science in Data Science and Health Analytics prepares you for a career in a growing field within the healthcare industry, where organizations ranging from hospitals to technology companies to biopharmaceutical companies increasingly employ experts in data science and analytics.

Bachelor of Science in Health Information Management and Technology prepares you for a career in health information management at a hospital, life sciences company, or related organization that collects, analyzes, stores and safeguards valuable information.

Health Science offers a variety of programs including a major with different options leading to the Bachelor of Science in Health Science.

When studying medical technology, you acquire broad technical know-how for classic and new medical products. Dynamic fields of technology such as bionic prostheses and artificial intelligence enable effective treatment methods. Students learn modern technologies for the design and manufacture of these products and put them into practice.

Biomedical engineering is the combination and application of the principles of physics, mathematics, biology, and technology to research and manufacturing technical equipment for health care treatment, including diagnosis, monitoring, and therapy.

BSc In Medical Informatics there is a growing demand for biomedical engineers with interdisciplinary knowledge of medicine, computer science, and medical devices. Such a background is indispensable to meet the demands of the rapidly changing healthcare system, which strives to accommodate the needs of patients and healthcare personnel. This specialty is addressed to inquisitive students interested in biomedical applications of artificial intelligence, big data, mobile and wearable devices, augmented and virtual reality.

Thiel College medical technology majors receive individual attention from highly qualified professors and get hands-on experience in their chosen fields. Plus, our adherence to a liberal arts curriculum means that you’ll learn to think both critically and creatively—two critical skills you’ll need to pursue a successful career. Once your graduate, you’ll be ready to develop and supervise laboratory testing used to diagnose and treat disease and to provide vital data for research studies. Your degree is also a great foundation for advanced degrees in medicine or science or for a career as a physician assistant.

Medicine faces great challenges and as a consequence engineering, basic sciences and health sciences are experiencing unprecedented advancement. For this reason, the need arises for a career as Biomedical Engineering that combines these three areas and contributes to improving health well-being and people's quality of life.

Become an IT professional with know-how in healthcare! In our healthcare-focused computer science program you'll develop IT & AI solutions and learn management basics. Join us now and start your career in an exciting and growing industry.

The programme develops students’ capacity in applying knowledge and applied skills regarding Health Information Management with reference to the competency frameworks of international professional associations for Health Information Management.

The mission of the Biomedical Engineering program is to bridge the gap between conventional engineering and life sciences so that graduates are equipped with the theoretical knowledge and practical skills necessary for pursuing a successful professional career in the healthcare industry. The program also prepares its students for graduate studies.