20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You often start by reviewing patient charts in MEDITECH or a paper record, then measure vitals and record them. Expect to run exercise stress tests, measure oxygen consumption with a metabolic cart, or use spirometers for lung tests in the morning.
Afternoons usually include writing individualized exercise prescriptions in Microsoft Word, training staff or leading behavior-modification classes, and entering results or scheduling follow-ups with Microsoft Outlook. Time goes to testing, counseling, data entry in Excel, and occasional emergency care if a participant shows distress.
You'll commonly use MEDITECH for electronic health records, Microsoft Word for reports and exercise prescriptions, Microsoft Excel for tracking measurements, and Outlook for scheduling and messages. PowerPoint is used for presentations at meetings.
You also use a web browser to look up guidelines or research, and lab interfaces for sending routine blood tests (cholesterol, glucose) to the lab. Learning basic MEDITECH workflows and Excel spreadsheets is especially useful.
According to the U.S. Bureau of Labor Statistics (BLS), about 8,560 people were employed as physiologists with a 2025 median pay of $59,460 per year. The lowest 10% earned about $42,760 and the top 10% about $80,560.
Those figures are national BLS statistics; local pay depends on employer type (hospital, university, private clinic), location, and your experience with testing and prescriptions.
Employers usually want at least a bachelor’s degree in exercise physiology, kinesiology, or a related field; many prefer a master’s for clinical or research roles. Certifications such as ACSM (American College of Sports Medicine) Clinical Exercise Physiologist or EP-C help.
You also need practical skills: running exercise stress tests, measuring VO2 or lung function, taking blood samples, and using MEDITECH/Excel. Volunteer or intern in a cardiopulmonary lab to get hands-on experience.
Yes, but cautiously. Use AI to draft patient education handouts, summarize research from web browser searches, or create presentation slides in PowerPoint. Always check facts against primary sources and your clinic protocols before giving anything to patients.
Never use AI to replace clinical judgment for prescriptions, diagnoses, or emergency care. Keep patient data out of public AI tools unless your workplace has a HIPAA-compliant, approved AI system.
Become proficient at administering and interpreting exercise stress tests, measuring VO2 and spirometry, and taking and processing basic lab samples (cholesterol, glucose). Those skills appear daily and affect safety and program quality.
Also learn to write clear exercise prescriptions in Word, log results in Excel, and use MEDITECH for patient records. Being calm in emergencies and able to teach safe exercise technique are equally critical.