Professional Certificate of Competency in Clinical Engineering Fundamentals
This course is designed to provide a practical and comprehensive introduction to the clinical engineering sub-specialty of biomedical engineering.
Duration
3 months
Intakes
March
TuitionFee
Vary*
Location
Online
CRICOS
03567C
*Please get in touch for more details on fees
About the program
This course covers the principles of operation, maintenance, and application of key medical equipment used in general and specialist healthcare settings, including radiology, cardiology, neurology, and critical care. Students will also gain a working understanding of human anatomy and physiology to support effective communication and decision-making in clinical environments.
This course offers an intensive, practical, and interactive learning experience that covers foundational knowledge, common equipment, applications, and trends in the field of clinical engineering.
Throughout the 12-week program, students will explore equipment used in hospital departments including, operating rooms, intensive care units, medical imaging, and laboratories. Topics include fault detection, safety standards, service protocols, and emerging technologies in medical imaging and diagnostics. By the end of the course, students will be able to assess equipment requirements, support installation and maintenance, and identify trends in medical equipment innovation. This course is ideal for engineers, technicians, and healthcare professionals seeking to enhance their technical competencies and career prospects in the clinical/biomedical field.
Certification
To obtain a certificate of completion for EIT’s Professional Certificate of Competency, students must achieve a 65% attendance rate at the live, online fortnightly webinars. Detailed summaries/notes can be submitted in lieu of attendance. In addition, students must obtain a mark of 60% in the set assignments which could take the form of written assignments and practical assignments. Students must also obtain a mark of 100% in quizzes. If a student does not achieve the required score, they will be given an opportunity to resubmit the assignment to obtain the required score.
Modules included
Fundamentals of Clinical Engineering
Medical Equipment – Design and Maintenance
Medical Equipment Principles in the Cardiovascular System
Medical Equipment Principles in the Respiratory System
Medical Equipment Principles in the Nervous and Renal Systems
This Associate Degree in Electrical Engineering course from Engineering Institute of Technology prepares graduates with practical and theoretical expertise in power systems,…
This Associate Degree in Electrical Engineering course from Engineering Institute of Technology prepares graduates with practical and theoretical expertise in power systems, automation, renewable energy, and smart infrastructure.
This Online - Master of Engineering - Applied Research (Industrial Automation) course from Engineering Institute of Technology is a two-year postgraduate degree…
This Online - Master of Engineering - Applied Research (Industrial Automation) course from Engineering Institute of Technology is a two-year postgraduate degree for engineers seeking to advance their expertise in emerging automation technologies and industrial data systems.
This On-Campus Master of Engineering - Applied Research (Industrial Automation) course from the Engineering Institute of Technology is a two-year postgraduate degree…
This On-Campus Master of Engineering - Applied Research (Industrial Automation) course from the Engineering Institute of Technology is a two-year postgraduate degree for engineers seeking to advance their expertise in emerging automation technologies and industrial data systems.
This Online - Master of Engineering - Applied Research (Civil - Structural) course from Engineering Institute of Technology is a two-year postgraduate…
This Online - Master of Engineering - Applied Research (Civil - Structural) course from Engineering Institute of Technology is a two-year postgraduate degree for engineers seeking to advance their expertise in structural engineering, modelling, and analysis of various materials and structural systems.
This On-Campus Master of Engineering - Applied Research (Civil - Structural) course from Engineering Institute of Technology combining cutting-edge research skills and practical problem-solving…
This On-Campus Master of Engineering - Applied Research (Civil - Structural) course from Engineering Institute of Technology combining cutting-edge research skills and practical problem-solving to drive innovation in real-world engineering challenges.
This Online - Master of Engineering - Applied Research (Electrical Systems) course from Engineering Institute of Technology is a two-year postgraduate degree…
This Online - Master of Engineering - Applied Research (Electrical Systems) course from Engineering Institute of Technology is a two-year postgraduate degree addresses real-world challenges in modern electrical engineering.
This On-Campus Master of Engineering - Applied Research (Electrical Systems) course from Engineering Institute of Technology combining cutting-edge research skills and practical problem-solving to…
This On-Campus Master of Engineering - Applied Research (Electrical Systems) course from Engineering Institute of Technology combining cutting-edge research skills and practical problem-solving to drive innovation in real-world engineering challenges.
This Online - Master of Engineering - Applied Research (Mechanical) course from Engineering Institute of Technology is a two-year postgraduate degree for…
This Online - Master of Engineering - Applied Research (Mechanical) course from Engineering Institute of Technology is a two-year postgraduate degree for engineers seeking to advance their expertise in mechanical design, materials behavior, and advanced simulation tools.
This On-Campus Master of Engineering - Applied Research (Mechanical) course from the Engineering Institute of Technology is a two-year postgraduate degree for…
This On-Campus Master of Engineering - Applied Research (Mechanical) course from the Engineering Institute of Technology is a two-year postgraduate degree for engineers seeking to advance their expertise in mechanical design, materials behavior, and advanced simulation tools.
This course is designed for engineers and professionals aiming to deepen their understanding of environmentally friendly smelting technologies, with a…
This course is designed for engineers and professionals aiming to deepen their understanding of environmentally friendly smelting technologies, with a focus on hydrogen-based reduction methods. Participants will explore the principles, technologies, and applications of green smelting, emphasizing the transition from traditional carbon-intensive processes to sustainable alternatives.
This professional development course is designed for engineers and technicians who need to gain practical knowledge of selection, installation, and…
This professional development course is designed for engineers and technicians who need to gain practical knowledge of selection, installation, and commissioning of industrial instrumentation and control valves.
The Professional Certificate of Competency in Advanced Plant Maintenance & AI-Driven Predictive Technologies is a specialized program designed for professionals in mining,…
The Professional Certificate of Competency in Advanced Plant Maintenance & AI-Driven Predictive Technologies is a specialized program designed for professionals in mining, energy, oil & gas, and manufacturing.