Certificate in Infection Prevention and Control

Explore microbiology and pathogens, classify microorganisms by their characteristics, identify common pathogens and associated diseases, and examine host-pathogen interactions to inform infection prevention and control.

Explore microorganisms and infectious agents, and learn their classification into bacteria, viruses, fungi, and parasites with examples like Escherichia coli, influenza virus, Candida albicans, and Plasmodium.

Explore common pathogens and diseases, such as Staphylococcus aureus, E. coli, influenza virus, tuberculosis, hepatitis B, and HIV, and examine host-pathogen interactions from colonization to immune response and virulence.

Explore modes of transmission: contact, droplets, airborne, vector borne, and factors influencing spread, and explain the chain of infection and how to disrupt it to improve infection prevention and control.

Explore how age, immune status, and health conditions affect host susceptibility, and how sanitation, climate, and vectors shape infection risk and the chain of infection.

Break the chain of infection by interrupting transmission through hand hygiene, vaccination, isolation, cleaning and disinfection, respiratory hygiene, vector control, and food and water practices.

Master hand hygiene as a core infection prevention practice by learning effective hand-washing techniques, 20-second scrubs, and 60% alcohol sanitizers, with moments before and after patient contact.

Practice infection prevention with PPE, gloves, gowns, masks, and eye protection to block contact with infectious materials. Promote respiratory hygiene and cough etiquette to reduce droplet spread and protect others.

Explore environmental hygiene through cleaning, disinfection, and sterilization principles, plus the management of health care associated infections, and the environment's role in transmission and prevention.

Explore the environment's role in infection prevention through cleaning, disinfection, and sterilization, covering surface and instrument disinfection levels and methods like autoclaving and bleach.

Explore how the healthcare environment influences infection transmission and how cleaning, disinfection, waste management, air quality, and hand hygiene prevent healthcare associated infections and protect patient safety.

Explore diverse data sources for surveillance: clinical records, laboratory reports, patient interviews, and electronic health records for real-time outbreak detection. Highlight case definitions and data quality to ensure accurate reporting.

Recognize outbreaks by comparing current cases to a baseline using statistical methods, such as attack rates, chi-square tests, and epidemic curves, to confirm spikes and identify sources for containment.

Confirm an outbreak by assessing whether cases exceed baseline using data, assemble a multidisciplinary team, define cases, and gather data to develop hypotheses about sources and guide control measures.

Investigate outbreaks with tools like epidemiologic curves, attack rates, food histories, and environmental assessments to identify sources and guide control measures.

Learn how effective communication drives outbreak management by coordinating with stakeholders, empowering communities, and building trust through transparent, culturally sensitive, two-way messaging that combats misinformation.

Master standard precautions and transmission-based precautions—contact, droplet, and airborne—while applying hand hygiene, PPE, self-injection practices, isolation techniques, and informed patient placement to prevent infection in healthcare settings.

Apply standard precautions in all patient care to prevent infection transmission. Learn essential elements—hand hygiene, PPE, respiratory hygiene, safe injection practices, and rigorous equipment, environment cleaning and disinfection.

Discuss contact precautions for infections like MRSA, PPE use with gloves and gowns, and single-room or cohorted patient layouts to curb spread.

Explain droplet precautions with masks blocking inhalation of larger respiratory droplets spread by sneeze, talk, or cough, in private rooms, and contrast airborne precautions with N95s and negative-pressure rooms.

Implement standard and transmission based precautions with isolation rooms, signage, hand hygiene stations, clear communication, assess contagion risk, and match precautions to disease characteristics.

Learn how to protect health care workers through occupational health and safety practices, including PPE, hand hygiene, immunization, and strategies to prevent needle sticks and exposure to bloodborne pathogens.

Explore needlestick injuries, defined as accidental puncture wounds from needles, and how safety devices and proper disposal reduce transmission risks from bloodborne pathogens like HIV and hepatitis B and C.

Learn how occupational exposure protocols manage incidents through rapid action, immediate medical evaluation, post-exposure prophylaxis considerations, reporting to supervisors and occupational health, and follow-up to protect healthcare workers and patients.

Explore antimicrobial stewardship principles, emphasizing rational antibiotic use, appropriate selection, dosing, and duration to combat resistance and improve infection prevention and patient care.

Explore antimicrobial stewardship as a coordinated program to promote judicious antibiotic use, safeguard patient safety, and reduce resistance through rational prescribing, culture and sensitivity testing, infection control, and public education.

Explore how infection prevention and antimicrobial stewardship reduce transmission and drug-resistant infections in health care settings, improving patient safety through rational antibiotic use and multidisciplinary collaboration.

Explore antimicrobial stewardship programs with guidelines, protocols, surveillance, and feedback for improving antibiotic use. Learn team roles and ongoing assessment by pharmacists, nurses, physicians, and microbiologists, plus patient education.

International health regulations provide a global framework to prevent disease spread, enable early detection and rapid response, and guide vaccination programs, personal protective equipment use, and health care system strengthening.