Upon successful completion of the course, students will be able to: define healthcare information technology; summarize the major healthcare legal practices and regulations; identify proper communication methods for use in healthcare workplace; comprehend Electronic Health Records (EHR)  and Electronic Medical Records (EMR); access roles and responsibilities for using Protected Health Information (PHI); explain how to set up, troubleshoot, and configure devices to a desktop workstation using computing resources and languages; assist in setting up basic networks with EHR/EMRs in mind; identify the uses for clinical software, and describe the steps in the clinical process; explain and identify medical interface components and diagnostics processes; describe different modes of data protection; identify areas of vulnerability and ways to protect wireless networks; and define encryption and how it can be used to secure healthcare data.

Upon successful completion of the learning experience, students will be able to: analyze management of diversity issues in a changing health care environment; examine managing a health care facility with ethics and social responsibility; assess decision making and problem solving in human resources, strategic planning and other areas of health care; investigate the fundamentals of planning in a health care setting; compare organizational cultures in a health care setting; formulate the fundamentals of leadership in health care, using communication and interpersonal skills; examine the use of information systems for healthcare management functions; compare managing for quality vs. managing for competitive advantage in health care; analyze the trade offs between patient care issues and financial accountability; and investigate human resources management in health care organizations.

Upon successful completion of the course, students will be able to: recognize that medical terminology has both constructed and non-constructed terms; identify each of the three word parts (word roots, prefixes, and suffixes) used to construct medical terms; identify, define and spell prefixes and suffixes often used in medical terminology; define and spell the word parts used to create terms for the human body and identify the building blocks,  organ systems, and cavities of the human body; describe anatomical planes, regions, and directional terms used to describe areas of the body; describe the five major diagnostic imaging techniques; define the word parts used to create medical terms of the integumentary system, musculoskeletal, lymphatic, cardiovascular, respiratory, digestive, urinary, nervous, endocrine and reproductive systems, and special senses; breakdown and define common medical terms used for symptoms, diseases, disorders, procedures, treatments and devices associated with these organ systems and special senses; and build medical terms, pronounce and spell common medical terms associated with these organ and special sensory systems.

Upon successful completion of the course, students will be able to: describe various pharmaceutical milestones that occurred throughout the 1800-1900s, the origin and content of the various drug consumer safety laws, and function of the FDA; differentiate between the chemical, generic, and trade/brand names of a drug; identify the various forms in which drugs are manufactured; explain the difference between various types of tablets, and distinguish an ointment, cream, or lotion; describe and differentiate the 10 different routes of drug administration, the advantages, and disadvantages of each; describe how the liver metabolizes drugs, and how doses are adjusted for patients with liver or kidney diseases, elderly, or premature infants; identify the seven rights of drug administration, how to reverse drug toxicity, and recognize certain drugs allergies, and drug-food interactions; discuss therapeutic effects of the different categories of drugs used to treat urinary, gastrointestinal, musculoskeletal, cardiac, pulmonary, hematologic, gynecologic, endocrine, neurologic, psychiatric, ophthalmic, ENT (ear, nose, and throat), analgesic conditions; identify the component parts of the immune response, and how vaccines work; and compare and contrast how local, regional, spinal, and epidural anesthesia drugs are given.