About the Course
This course bridges the gap between biological sciences and medical technology, preparing students for careers in healthcare, biotechnology, and biomedical engineering. Through hands-on laboratory experiences, students explore how technology is revolutionizing medicine and human health.
From understanding human anatomy at the cellular level to operating diagnostic equipment and exploring cutting-edge medical devices, students develop skills that are directly applicable to today's healthcare industry.
Hands-on medical lab techniques
Molecular biology fundamentals
Drug development & testing
Diagnostic technology
Unit 1
Build the core knowledge every healthcare professional needs — the language of medicine and the ethical framework that guides patient care
Master medical prefixes, suffixes, and root words. Explore CT vs MRI imaging technology, play terminology games, and build your medical vocabulary.
Explore the ethical and legal framework of healthcare. Understand patient rights, informed consent, privacy laws, and the principles that guide medical decision-making.
Unit 2
Develop hands-on patient care skills — from measuring vital signs to identifying cells and pathogens under the microscope
Learn to measure and interpret vital signs: blood pressure, pulse, respiration, and temperature. Diagnose patient conditions based on vital sign patterns.
Examine blood smears, tissue samples, and microorganisms under virtual microscopes. Identify cell types, pathogens, and abnormalities.
Unit 3
Learn to interpret clinical tests and diagnostic data — the tools healthcare providers use to identify disease and guide treatment
Learn the ABO and Rh blood typing systems. Perform virtual agglutination tests to determine blood types and understand transfusion compatibility.
Perform chemical dipstick tests and microscopic examination of urine samples. Detect signs of infection, diabetes, kidney disease, and more.
Learn to read electrocardiograms and identify normal vs. abnormal heart rhythms. Diagnose arrhythmias, heart attacks, and other cardiac conditions.
Unit 4
Put your skills to the test in high-stakes patient simulations where fast, accurate decisions save lives
Unit 5
Explore the cutting edge of medicine — from genetic analysis to the molecular technologies shaping the future of healthcare
Allied Health Specialty
Explore the science of movement, rehabilitation, and patient care through the lens of physical therapy
Discover the field of physical therapy — the roles of PTs and PTAs, the settings they work in, and the conditions they treat. Explore what it takes to pursue a career in rehabilitation.
Learn how physical therapists evaluate patients using goniometry, muscle strength grading, and posture analysis. Practice reading and interpreting clinical assessment data.
Explore the design and function of prosthetic limbs and orthotic devices. Learn how PTs work alongside prosthetists and orthotists to restore mobility and improve patient quality of life.
Apply everything you've learned to design a rehabilitation plan for a virtual patient. Integrate assessment findings, therapeutic exercises, and patient education into a full treatment approach.
Hands-On Experience
Students learn to operate industry-standard biomedical equipment