This course offers a general overview and introduction to the profession of sonography and the role of the sonographer. Emphasis on Medical Terminology, ethical/legal aspects, written and verbal communication and professional issues relating to registry, accreditation, professional organization and the history of the profession are discussed.

This course offers a general overview and introduction to the profession of sonography and the role of the sonographer. Emphasis on Medical Terminology, ethical/legal aspects, written and verbal communication and professional issues relating to registry, accreditation, professional organization and the history of the profession are discussed.

This course offers a general overview and introduction to the profession of sonography and the role of the sonographer. Emphasis on medical terminology, ethical/legal aspects, written and verbal communication, and professional issues relating to registry, accreditation, professional organization and the history of the profession are discussed. This course Includes CPR, First Aid training, infection control, and sonography equipment maintenance.

This course introduces students to basic principles of medical imaging and equipment design and function. This course focuses on the physics, theories, application and instrumentation of imaging equipment. Imaging of body areas are discussed in relation to their anatomical composition, pathology, and physiology. Students identify imaging artifacts and determine the adjustment required for correction. Special Imaging Modalities are introduced.

This course offers an overview of ultrasound physics as applicable to the medical field. Emphasis is placed on ultrasound transmission in soft tissues, attenuation of sound energy, parameters affecting sound transmission, and resolution of sound beams. Topics include ultrasound wave generation and propagation, transducers, pulse echo imaging, Doppler, bioeffects, and safety. Lecture and Lab.

This course is designed as an introduction to the field of vascular sonography. Students are required to perform venous examinations of the lower extremity, arterial studies of the neck, and some Doppler studies within the abdomen. Emphasis is on the functional workings and settings associated with Doppler signals and waveforms. Topics include: machine/image settings for Doppler imaging; venous imaging of the lower extremities; arterial imaging of the neck; and vascular imaging of the abdomen, including aorta and its primary branches, vena cava, portal and hepatic veins, and renal arteries and veins.

This course focuses on the peripheral arterial-venous system. Students study the normal anatomy and physiology as well as the pathology of the arteries and veins of the upper and lower extremities. The course reviews various diagnostic and therapeutic options used in the treatment of peripheral arterial disease (PAD) while continuing scanning in the ultrasound-training laboratory. Students learn the scanning protocol for the upper and lower arterial system and the diagnostic criteria for assessing vascular diseases. This course includes duplex ultrasound, plethysmography (PVR), segmental blood pressures (SBP) and Direct Doppler waveform analysis. Lecture and lab.

This course combines the classroom laboratory experience. It introduces advanced abdominal anatomy, sonographic appearance and procedures, pathology, and pathophysiology for diagnostic medical sonography. Topics include: embryology; anatomy; protocols for all organs and organ systems of the abdomen and non-cardiac chest; variants of normal and congenital anomalies; function of organ and organ systems; patient history and indications for examination; scanning techniques; normal sonographic appearance; pathology and pathophysiology; related imaging and functional testing results; normal and abnormal Doppler and color flow characteristics. Lecture and lab.

This course comprises an advanced study of human anatomy in the transverse, longitudinal, and coronal planes with emphasis on the organs in the abdomen and pelvic cavity to include technical information and scanning techniques. Included is an extensive study of the disease process and physiological alterations, sonographic methods to visualize adult and pediatric abdomens, normal variants, congenital anomalies, physiology, and related laboratory tests. Lecture and lab.

This course introduces the student to the female reproductive and urogenital systems as they pertain to ultrasound examination. Starting with the basic female reproductive system, the course expands into early pregnancy sonographic evaluation. Normal and abnormal anatomy and physiology, instrumentation set-up, patient preparation, proper scanning technique, and normal and abnormal findings are presented. Lecture and lab.

This course is a continuation of DS-180 with emphasis on second trimester, third trimester, maternal and fetal complications involved in Obstetrical Sonography. This course include specific indications for obstetrical ultrasound examinations, interpretation of lab values, pathophysiology, image analysis, and differential diagnosis. Lecture and Lab.

This course is a basic study of two-dimensional, M-mode, Doppler echocardiography and left ventricular systolic function. There will be discussion of various pathologies which include congestive heart failure, pericardial diseases, cardiomyopathies, and cardiac masses. This course emphasizes the understanding of echocardiographic findings and treatment. The lab includes an introduction to basic scanning protocol, proper patient positioning, and correct ergonomics. In addition basic M-mode and Doppler echocardiography are presented. Imaging planes and windows are explained and demonstrated. Lecture and lab.

This course utilizes fundamentals to evaluate cardiac function and acquired disease states. Incorporates all forms of noninvasive cardiovascular evaluation with emphasis on performance and interpretation of M-mode, 2-dimensional, and Doppler echocardiography. Emphasis is placed on obtaining quality echocardiograms, and laboratory experience will demonstrate the application of theoretical principles and concepts. Topics include: valvular heart disease, cardiomyopathies, systemic and pulmonary hypertensive heart disease, pericardial diseases, systemic disease, cardiac transplantation, cardiac tumors/masses, diseases of the aorta, pericardial diseases, and miscellaneous topics. Lecture and lab.

The clinical Internship supplements the student's experience in the classroom and allows them to utilize their skills and techniques at an approved medical facility. This course permits the student to apply theory while acquiring real world knowledge of the medical sonography field. The intern is assigned to a clinical education center to practice and perfect sonography skills at the discretion of the Director of the program. Students are supervised by qualified sonographers and directed in specific experiences designed to meet the objectives for the semester. This course incorporates instruction for work ethics traits with clinical competence. Students are evaluated by the Clinical Coordinator from the College and the supervisor of the facility where they are placed. A total of 200 hours is required.

The clinical Internship supplements the student's experience in the classroom and allows them to utilize their skills and techniques at an approved medical facility. This course permits students to apply theory while acquiring real world knowledge of the medical sonography field. The intern is assigned to a clinical education center to practice and perfect sonography skills at the discretion of the Director of the program. Students are supervised by qualified sonographers and directed in specific experiences designed to meet the objectives for the semester. This course incorporates instruction for work ethics traits with clinical competence. Students are evaluated by the Clinical Coordinator from the College and the supervisor of the facility where they are placed. A total of 200 hours is required.

The clinical Internship supplements the student's experience in the classroom and allows them to utilize their skills and techniques at an approved medical facility. This course permits the student to apply theory while acquiring real world knowledge of the medical sonography field. The intern is assigned to a clinical education center to practice and perfect sonography skills at the discretion of the Director of the program. Students are supervised by qualified sonographers and directed in specific experiences designed to meet the objectives for the semester. This course incorporates instruction for work ethics traits with clinical competence. Students are evaluated by the Clinical Coordinator from the College and the supervisor of the facility where they are placed. A total of 200 hours is required.

The clinical Internship supplements the student's experience in the classroom and allows them to utilize their skills and techniques at an approved medical facility. This is the first clinical course that permits the student to apply theory while acquiring real world knowledge of the medical sonography field. The extern is assigned to practice and perfect sonography skills at the discretion of the Director of the program. Students are supervised by qualified specialty credentialed sonographer- instructor and directed in specific experiences designed to meet the objectives for the semester. This course incorporates instruction for work ethics traits with meeting mandatory sonography proficiency requirements. Students are evaluated by the Clinical Coordinator from the College and specialty clinical instructor. A total of 320 hours is required.

The clinical Internship supplements the student's experience in the classroom and allows them to utilize their skills and techniques at an approved medical facility. This course permits students to apply theory while acquiring real world knowledge of the medical sonography field. The extern is assigned to a clinical education center to practice and perfect sonography skills at the discretion of the Director of the program. Students are supervised by qualified credentialed site facilitators-sonographers and directed in specific experiences designed to meet the objectives for the semester. This course incorporates instruction for work ethics traits with completion of the required mandatory and elective DMS clinical competencies. Students are evaluated by the specialty Clinical Coordinator from the College and the clinical site preceptors or supervisor of the facility, credentialed in the designated DMS specialty areas, where the students are placed. A total of 320 clock hours of the field experience and completion of the mandatory and elective practicum scanning competencies are required.

The clinical Internship supplements the student's experience in the classroom and allows them to utilize their skills and techniques at an approved medical facility. In this course students are continuing to apply theory while acquiring real world knowledge of the medical sonography field. The extern is assigned to a clinical education center to practice and perfect sonography skills at the discretion of the Director of the program. Students are supervised by qualified credentialed site facilitators-sonographers and directed in specific experiences designed to meet the objectives for the semester. This course incorporates instruction for work ethics traits with completion of the required mandatory and elective DMS clinical competencies. Students are evaluated by the specialty Clinical Coordinator from the College and the clinical site preceptors or supervisor of the facility, credentialed in the designated DMS specialty areas, where the students are placed. A total of 320 clock hours of the field-experience and completion of the mandatory and elective practicum scanning competencies are required.

The health industry involves a battery of practitioners, with an elaborate network of specialized knowledge, rapidly advancing technologies, techniques, therapies, and management diverse in their organization and modes of delivery. This course provides a general overview of the United States health care industry its policy makers, values and priorities. Major influences in the continuing growth and change of the American health care delivery system are examined, along with the important legislative, political, economic factors. The effects of medical education, scientific advances, rising costs, changing population demographics, and American values and assumptions regarding health care are also addressed.

This introductory study of health issues facing communities in the United States increases student knowledge and awareness of basic health information, the wellness concept, healthy lifestyle choices, and accepting personal responsibility for achieving optimal health. The course emphasizes issues such as stress-management, mental and nutritional health and wellness, substance use and abuse, infectious and noninfectious diseases, as well as environmental and consumer health.

This course introduces students to information technology, computers, computer networks, and their application in the health care industry. Students gain a sound but basic understanding of information technology in health care, how computers and information systems are incorporated into health care facilities, how communications systems can help boost productivity, and how the internet can influence the workplace. The course offers health care and technology professionals an understanding of the rapidly evolving field of Health Informatics and its integral role in the health care industry.

This course will provide students with an overview of the historical development of medical nomenclature and classification systems including ICD-9-CM and CPT coding. This course concentrates on the coding of diseases, operative procedures, and abstracting clinical diagnostic data from medical information.

This course provides students with the ability to engage in basic Spanish conversation with patients and their family members in a variety of health care settings. The course offers the essential tools, enabling health care providers to communicate medical terminology, phrases, and questions to conduct patient interviews, physical exams, and record medical histories. Students also learn important cultural aspects of the various Spanish-speaking communities to understand the diversity of views on health care.

This course introduces students to health insurance claims processes and billing procedures. Students learn to: abstract patient records; accurately code all diagnoses, procedures, and services using ICD10 for diagnoses and CPT codes; apply knowledge of insurance rules and regulations for major insurance programs; operate the bookkeeping software; accurately post charges, payments and adjustments to patient accounts; and review insurance payments and explanation-of-benefits forms.

This course equips health care and technology professionals with practical, comprehensive knowledge of electronic health records, including their adoption, implementation, function and use in various health care settings.

This course focuses on more advanced level of coding of the diseases and operative procedures, abstracting clinical diagnostic data from medical information, and coding of procedures and services rendered in both inpatient and outpatient settings to the highest level of specificity.

This internship provides undergraduate students with the opportunity to work in a supervised, administrative setting in a health care facility. Students gain experience in an approved health care delivery setting under the direct supervision of medical office personnel. Students observe the daily routines and procedures of the medical setting and apply knowledge and skills acquired in the classroom by participating in basic administrative functions and procedures. Approved internship settings may include acute care hospitals, managed care organizations, long-term care facilities, and community health centers. Prerequisite: Sophomore standing.

This internship course provides undergraduate students with the opportunity to work in a supervised, administrative setting in a health care facility. Students gain experience in an approved health care delivery setting under the direct supervision of medical office personnel. Students observe the daily routines and procedures of the medical setting and apply knowledge and skills acquired in the classroom by participating in administrative functions and procedures. Examples of approved internship settings include acute care hospitals, managed care organizations, long-term care facilities, and community health centers.

This course offers an in-depth analysis of the nature and operations of managed care systems in the United States. Students discuss the purpose and implementation of various plans and how they function. Students also analyze provider, manager, and consumer perspectives, as well as the integration of health care delivery systems and the resulting financial implications.

This course explores the fundamental concepts of management theory and examines the organizational structure of the health care delivery system and administrative processes such as planning, problem- solving, decision-making, and quality productivity improvement. The course focuses on major issues and problem areas confronting health service administrators. This course also surveys topics covered in higher level courses and describes the broader environment in which individual services are grounded.

This course provides a comprehensive overview of alternative health care delivery with a focus on long-term care. Students learn the operating characteristics of health care systems designed for seniors, children, mental health patients, veterans, and rehabilitation patients. This encompasses the provision of care via nursing facilities, home health agencies, hospices, and assisted living facilities.

This course covers the major concepts and issues in occupational health and safety with special emphasis on the strategies for identifying and removing barriers that affect health and work performance. This class will cover the basics of a company safety and health program and the minimum requirements under Federal OSHA and State OSHA. The course will also focus on the techniques, administrative practices and costs that are required to initiate and maintain programs and procedures that are aimed at reducing work related injuries, illnesses and discomforts. This course also covers Occupational Safety and Health Administration (OSHA) safety guidelines including electrical, chemical, and hazardous material safety. Ergonomic considerations to include repetitive motion, plant layout, and machine design. Industrial safety awareness, accident cost and prevention, and workman's compensation issues will also be discussed.

This course focuses on how to effectively provide cross- cultural services and develop an awareness of the biases and prejudices that can hamper communication, compliance, and outcomes in the health care industry. Students explore some of the critical issues in working with culturally diverse populations, and are trained to develop a higher level of cultural competency.

This course is a continuation of the Intermediate Medical Coding course. It offers further examination of the ICD-10 and CPT coding conventions, along with their applications pertaining to the coding of diseases, operative and other procedures are presented. Students explore principles of inpatient and outpatient settings to obtain the highest level of coding accuracy, speed, and specificity.

This course focuses on the legal, moral, ethical, and social behaviors of those who participate in the provision of health care. Students gain a working and applicable knowledge of issues such as confidentiality, scope of practice, informed consent, defamation, reproductive issues, end-of-life care, and allocation of health care resources. Students are expected to engage in the active exchange of ideas and critical thinking processes.

This internship provides undergraduate students with the opportunity to work in a supervised, administrative setting in a health care facility. Students gain experience in an approved health care delivery setting under the direct supervision of a site supervisor. Students observe and participate in basic administrative and clinical office procedures, as well as perform tasks and apply skills learned in the classroom. Internships sites include acute care hospitals, managed care organizations, long-term care facilities, and community health centers. Prerequisite: Senior standing.

This internship provides undergraduate students with the opportunity to work in a supervised, administrative setting in a health care facility. Students gain experience in an approved health care delivery setting under the direct supervision of a site supervisor. Students observe and participate in basic administrative and clinical office procedures, as well as perform tasks and apply skills learned in the classroom. Internships sites include acute care hospitals, managed care organizations, long-term care facilities, and community health centers.

This internship provides students with the opportunity to apply skills learned in the classroom within their discipline to a corporate experience. The experience allows students to prepare for their chosen profession by gaining practical experience while being immersed in a corporate setting. Students are required to complete 320 hours at the corporate internship setting. Junior standing.

This course focuses on the management of quality indicators in various health care disciplines. It is an interdisciplinary course that provides health professionals with the tools they need to implement quality measures and assess outcomes in their health care institution. This course provides the theoretical framework and evolution of modern quality and performance improvement methods.

This course examines the major financial issues related to health care services, such as budgeting, cost containment, reimbursement policies, and financial strategies.

This course provides students of Health Services Administration and Public Health with an introduction to scientific research methodologies in health care. Students learn the basics of defining research problems, designing and testing hypotheses, conducting literature reviews, developing procedures, designing surveys, and analyzing data. The course emphasizes applied health care research to help serve the local community. Senior Standing.

This course introduces students to the basic competencies and skills necessary for entry-level medical assisting and provides students with the foundation for assisting physicians in providing optimal patient care. Students learn the role and responsibilities of the medical assistant and how the performance of routine clinical and administrative duties ensures the smooth operation of the health care facility. Topics include the medical assistant profession, the health care team, an overview of the history of medicine, communications, coping skills, and legal and ethical considerations. Additionally, preparation for credentialing and employment strategies are also emphasized. Lecture and lab.

This course introduces the student to important concepts related to human diseases. A comprehensive, in-depth study of the human body encompassing basic concepts of cell structure and function. An anatomical and physiological approach to each of the following systems is pursued with medical ramifications where applicable. Cells and tissues, skin, skeletal system, muscular system, central nervous system, nervous system, the sense organs, endocrine system, circulatory system, blood and lymph, respiratory system, digestive system, urinary system. The principles and concepts pertinent to the understanding of pathophysiology are also emphasized. Recommend completing EN-111.

Medical Assisting II is a continuation of Medical Assisting I with clinical and administrative skills at a more complex level. This course provides students with the clinical skills and competencies necessary for entry-level medical assisting. Topics include medical asepsis, medical history, vital signs and measurements, physical examinations, obstetrics and gynecology, male reproductive system, examinations of body systems, assisting with minor surgery, rehabilitation, nutrition, pharmacology, introduction to HIPPA, emergency and first aid procedures, patient teaching, medication and nutrition. Lecture and lab.

This course provides students with an understanding of the terminology used in the health care industry. By examining and identifying prefixes, suffixes and word roots, students practice formation, analysis and reconstruction of diagnostic, surgical, therapeutic, symptomatic, and pathological terms. Emphasis is placed on spelling, definition, pronunciation, and proper usage and enunciation. Student involvement is expected, encouraged, and required. Recommend completing EN-111.

This course introduces students to the basic principles of emergency first aid and cardiopulmonary resuscitation (CPR). The course examines all of the major body systems and the common emergency illnesses and injuries associated with each system. Students learn to identify symptoms and apply the appropriate emergency treatments and stabilization techniques. Topics include patient assessment, airway management, CPR, shock, bleeding, wounds, body area injuries, poisoning, burns, cold and heat emergencies, bone injuries, medical emergencies, emergency childbirth, and first aid skills. The course emphasizes practical application of the skills learned, and leads to CPR certification upon successful and timely completion of requirements.

This comprehensive, three-part course provides an overview of the historical development of medical nomenclature and classification systems. It introduces the coding of the diseases, medical conditions, and operative procedures, both in the inpatient and outpatient setting to the highest level of specificity. Students learn to research and apply knowledge of insurance rules and regulations, manage bookkeeping and patient accounts, as well as analyze the legal issues impacting the profession.

The course, which examines the study of human disease, will enable students to demonstrate an understanding of the etiologies, risk factors, diagnostic criteria, treatment modalities, and potential complications most commonly associated with particular pathophysiological states. Additionally, epidemiological and societal factors which influence disease processes will be presented.

This course covers the basic medical laboratory techniques and introduces students to the concepts and competencies required for conducting hematology, immunology, serology, clinical chemistry, microbiology, and parasitology lab tests. To successfully conduct waivered test analyses of body specimens, students learn the use of standard laboratory equipment and processing methods. Additionally, students learn how to perform safely and effectively in a medical laboratory environment. Lecture and lab.

This course covers the basic administrative competencies and skills necessary for employment in the medical field and provide students with the foundation for assisting the physician in providing patient care. Topics include creating the facility environment, computer use, telephone techniques, patient scheduling, medical records management, written communications, transcription, and managing facility finances. Recommend completing EN-111.

This first part of a two-part course serves as a foundation for relevant studies in pharmacology to effectively equip the pharmacy technician and medical assistant with the necessary information to function efficiently in a pharmacy and other medical setting. Students gain an understanding of essential concepts, mechanisms of action, and clinical applications in pharmacology to provide excellent patient care and properly dispense drugs. Students learn common forms and types of drugs, parts of a prescription, enteral and parenteral routes of drug administration, administration techniques, drug dosages, classes of drugs, side effects, drug interactions, units of measure, and metric system nomenclature.

Students enrolled in this course study the theory and practice of the techniques for obtaining correct blood specimens through venipuncture and performing electrocardiography (EKG). Students develop an understanding of the basic anatomy and physiology of the cardiovascular system, proper collection of specimens for laboratory examination, specimen processing and handling, quality assurance, safety procedures, medico-legal aspects of phlebotomy and effective communication skills. Students also study and perform the proper techniques involved in performing 12-Lead EKG. Lecture and lab.

All Medical Assisting students are required to perform internship duties prior to graduation and upon completion of the in-school portion of their training. Students perform as interns in the capacity of a Medical Assistant for a period of fourteen weeks at the rate of fourteen hours per week. Students have the opportunity to hone the competencies learned in all the required courses. Students are assigned to various clinical specialties within the respective facility and training activities in the particular clinical competency are supervised and evaluated accordingly. They achieve the expected level of clinical competency and administrative proficiency, which enables them to secure employment. Students are evaluated on specific dimensions of work ethic and clinical competency.

This course presents an overview of roles, responsibilities, educational requirements, and licensure/certification requirements of various health care professionals. Students are introduced to the U.S. health care systems, interprofessional health care teams, and basic regulations governing healthcare facilities and professionals.

This course offers students a perspective on the meaning of public health, its value to the general public, and the ability to interpret and analyze the global implications of significant health concerns. Students learn aspects of public health policy, health statistics, infectious, genetic, and chronic disease, and contributing health behaviors.

This course provides an introduction to key issues affecting women's health in the United States with special emphasis on cultural values, health care in minority populations, disease prevention, and consumer health concerns. In addition, the course addresses important ethical and policy issues concerning health care access, reproductive status, the valuation of caretakers, and medical social control. The course gives students a greater appreciation and understanding of the overall health and ill-health that women face in general and how to better educate themselves and others to deal with these issues.

This course provides students with knowledge about racial and ethnic disparities in health and health care. Students examine the ways in which local and community factors and inequalities in socioeconomic status influence health behaviors, access to health care services, and health status outcomes. Additionally, characteristics such as acculturation, patient preferences, provider congruence and cultural competence are explored.

This course exposes students to the health disparities existing between developed and developing countries. Major areas of concern include infant mortality rates and HIV/AIDS as evidence of these disparities. In this course students study the impact of globalization on the spread of diseases, the effects of socioeconomics and cultural factors on health risks, and international delivery of health services to help address these issues.

This course offers a study of the field of Community Health that addresses the health issues facing communities in the United States. The course explores the meanings of health, disease and illness, the concept of community, and the ways in which health problems are considered. Additionally, students examine health behaviors, health promotion and disease prevention, environmental influences, and health care financing.

This course introduces students to the specific regional, national, and international public health programs established to respond to the needs of children and their families. Students are introduced to the history, causes, and systems that serve to promote the health and development of this demographic. The health and reproductive health status of women and the resulting political and societal implications are investigated. The course also covers factors that affect mother and child and resulting conditions that affect these two groups.

This course, the second part of a two-semester core course in the Public Health program, expands on the topics discussed in Public Health I. This course provides students with a perspective of the importance of public health, its value to the general public, and the ability to interpret and analyze the global implications of significant health concerns. Students discuss tobacco use as a public health threat, the effects of poor diet and physical inactivity, intentional and unintentional injuries, maternal and child health, agricultural and environmental hazards, consumer safety, population growth, the medical care system and healthcare reform, and goals of public health in the 21st Century.

In this course, students learn and apply basic concepts of epidemiology to multiple domains of public health. We illustrate and practice using epidemiology to better understand, characterize, and promote health at a population level. The class engages students in active and collaborative learning through team activities, individual projects, case studies, group discussion, and individual projects.

This course is an introduction to the fundamental concepts of health attitudes and behavior within the contexts of sociological, psychological, and biological systems. Students explore the use of behavior change theories as a basis for the development of behavior change intervention programs. Consideration is given to social, interpersonal, and individual factors that influence health behavior and status.

This course provides a comprehensive overview of the public health function of environmental and occupational health. Students investigate various aspects of environmental health, including air, surface water, and ground water contamination, food safety, occupational health, radiation, chemical and physical hazards, vector control, drug use, and injuries. Students also discuss the health effects of global climate change and rapid industrialization, and developing nations' perspectives on potable water supply, water pollution, indoor and ambient air pollution, sanitation, and waste.

This course combines required seminar participation and supervised internship hours. The internship allows students to apply theories learned in classroom in various health settings. Students are required to submit internship logs highlighting learning activities and to participate in assigned field-based activities. Specialization areas may include reproductive health, substance abuse, and community health education, among others. Senior Standing.

This course is an overview of the design strategies and interventions used to meet the health care needs of individuals and communities. These strategies encompass preliminary needs assessments, stepwise sequences of development, problem identification and problem-solving, data collection, and analysis to determine outcomes.

This course introduces students to the science of nutrition, examination of nutrients, and the study of their digestion, absorption, transport, metabolism, storage and excretion. Students will study the roles of carbohydrates, fats, proteins and other essential nutrients on health and wellness. Students will align the basic nutritional needs with foods and sources satisfying those needs. The consequences of over-, under-, and mal-nutrition will be discussed. Emphasis is placed on the application of nutritional principles to develop healthy and age appropriate diets given various scenarios.

This course is a conceptual physics course for non-science majors. It is the goal of conceptual physics to facilitate student understanding of the rules of nature by learning its foundations. This course covers forces and motion, conservation laws, heat, fluids, vibrations and waves, electricity and magnetism, and sound and light. Students will study the concepts of physics with a minimum of mathematics. The goal of this course is: to provide students an overview of the basic concepts of physics and of scientific principles in general; to make students aware of how physics relates to their everyday and professional lives; to help students understand the principles of physics in the context of how everyday objects work; to introduce the language of physics and the history of scientific discoveries in physics.

Environmental Science is the study of Earth as a dynamic system, including Earth's atmosphere, biosphere, hydrosphere, and lithosphere. This course is an interdisciplinary study of the effects of human use and misuse of Earth's resources. The course focuses on Earth's natural processes; the role of technology in society, its capacity to alter natural processes, and how it can be used to solve problems caused by human impact, and the complex cultural and social processes of human populations. Topics include Earth's structure and the constant interactions of Earth's spheres. Also studied are population explosion, decline in ecosystems, atmospheric pollution, water pollution, soil pollution, environmental toxicology, and decline in biodiversity.

This course is an introduction to the general principles of biology. It explores the fundamental characteristics of living matter from the molecular level to the ecological community with emphasis on general biological principles. The course provides an introduction to the diversity of living organisms, their structure, function, and evolution. It presents a study of human genetics, development, and anatomy and physiology that enables students to relate to the chemical activities of the cell to the overall function of the human being. The course presents information that will enable the student to understand and recognize the evolutionary and environmental relationships that exist among all organisms. Topics include organization of the human body, metabolism and energy, behavior, genetics, evolution, animal behavior, and ecology. This course is designed for non-science majors.

This is the first lecture course of the Human Anatomy and Physiology sequence. The course focuses on an in-depth study of major biological theories. Topics covered include body organization, chemistry of life and cell function. Gross and microscopic anatomy and physiology of the integumentary, skeletal, muscular, and nervous systems are discussed in detail. Each student is responsible for the dissection of various specimens as well as extensive laboratory exercises involving microscope work, experimental procedures, and mastery of models, charts, and computer programs in anatomy and physiology. Prerequisite: Must have met the requirements for credit Math and English.

This is the first laboratory course of the Human Anatomy and Physiology sequence. Topics covered include microscopy, laboratory safety, body organization, chemistry of life, and cellular and tissue functions for the integumentary, skeletal, muscular, and nervous systems. Laboratory activities will include extensive laboratory exercises involving microscopic examinations, experimental procedures, dissections, reviews of models and charts, and computer programs in anatomy and physiology. The course requires a mastery of factual materials, laboratory techniques, and problem-solving skills. Prerequisite: Must have met the requirements for credit Math and English.

This course is the continuation of Human Anatomy and Physiology I. The course focuses on the gross and microscopic structure and function of the sense organs, endocrine system, blood and cardiovascular systems, lymphatic and immune systems, and the respiratory, urinary, digestive and reproductive systems. The laboratory portion of the course focuses on practical applications of the lecture material including a number of diagnostic and laboratory tests and procedures. Students are responsible for the dissection of numerous preserved specimens.

This is the second laboratory course of the Human Anatomy and Physiology sequence. Gross and microscopic anatomy and physiology of the autonomic nervous systems, sensory organs, circulatory system, respiratory system, digestive system, urinary system and reproductive system, along with human development are discussed. Laboratory activities include extensive laboratory exercises involving microscopic examinations, experimental procedures, dissections, reviews of models and charts, and computer programs in anatomy and physiology. The course requires a mastery of factual materials, laboratory techniques, and problem-solving skills.

This course explores the world of microorganisms, including bacteria, viruses, fungi, and other microbes. Immunology is also studied in this course. Emphasis is placed on the nature and behavior of these organisms and their interrelationship with the human body in health and disease. The principles of prevention and control of infectious diseases are presented. Laboratory exercises develop techniques in the preparation, handling, and identification of a variety of microbial cultures.

This laboratory course is designed to teach the fundamentals of microbiology through the use of microbial cultures, staining techniques, cell metabolism, disinfection, and sterilization. Isolation of a culture of some normal flora and a survey of bacteria are included. The laboratory experiments are designed to facilitate the student's understanding of the lecture material.

Human Biology is an introductory course examining the fundamental concepts of human structure and function as the starting point for the exploration of principles common to all living systems and the interrelationships between humans and the rest of the biosphere. This course also introduces students to general scientific and biological principles through the study of humans as exemplary organisms. Lecture and laboratory exercises examine the structure and functions of the human body and other organisms in relation to health and disease, genetics, biotechnology, evolution, and current scientific issues. Aspects of health and disease are presented including basic elements of nutrition, exercise, cancer, and chemical addictions. Prerequisite: Must have met the requirements for credit Math and English.

This laboratory course emphasizes basic concepts within the field of human biology, as well as important laboratory skills and techniques. The laboratory experiments are designed to facilitate the student's understanding of the lecture material. Prerequisite: Must have met the requirements for credit Math and English.

This course provides an introduction to important theories and concepts in the broad area of general chemistry. The course emphasizes those topics which are essential as preparation for further work in the natural sciences and health care professions. The curriculum focuses on chemical measurements, the architecture of the atom, molecular structure and bonding, chemical reactions and calculations, molecular and chemical formulas, thermochemistry, the mole concept and its applications, and the properties of solids, liquids and gases. Basic problem-solving skills and critical thinking are also emphasized. Prerequisite: Must have met the requirements for credit Math and English.

This laboratory course is designed to teach laboratory techniques, measurement, chemical reactions, qualitative analysis, and quantitative chemistry techniques. The laboratory experiments are designed to facilitate the student's understanding of the lecture material. Prerequisite: Must have met the requirements for credit Math and English.

This course offers an overview of ultrasound physics as applicable to the medical field. Emphasis is placed on ultrasound transmission in soft tissues, attenuation of sound energy, parameters affecting sound transmission and resolution of sound beams. Topics include ultrasound wave generation and propagation, transducers, pulse echo imaging, Doppler, bioeffects, and safety. Lecture and Lab.

This course offers a general overview and introduction to the profession of surgical technology and the role of the practitioner. Emphasis will be placed on the scope of practice, legal and ethical obligations, and responsibilities of the surgical technologist in the context of the organizational structure of health care facilities.

This course provides an introduction to the perioperative skills required to function as a beginning Surgical Technologist in various health care environments. The course will focus on establishing, maintaining, and coordinating the methods required for quality patient care in the operating room according to established professional standards. Students will apply aseptic technique, surgical principles, and surgical conscience in the performance of the required skills.

In the first of three procedure courses, students are introduced to the relationship between surgical pathology and surgical procedures. This course will primarily focus on the principles and skills required to assist in surgical procedures for the general surgery, OB/GYN, genitourinary, and orthopedic specialties.

In this second of three procedures courses, students will explore the relationship between surgical pathology and surgical procedures. This course will primarily focus on the principles and skills required to assist in surgical procedures for cardiothoracic, peripheral vascular, plastic and reconstructive, and neurologic specialties.

In this final of three procedures courses, students refine the relationship between surgical pathology and surgical procedures. This course will primarily focus on the principles and skills required to assist in surgical procedures for ophthalmologic, otorhinolaryngologic, and maxillofacial specialties.

In this first of two clinical practicums, students will apply their classroom knowledge and laboratory competencies in perioperative areas at approved health care facilities. This course requires the student to apply theories, concepts, and skills in real world surgical environments. The student works under the supervision of the Program Director and designated facility supervisor to achieve the identified clinical competencies. This course will incorporate instruction for work ethics traits with clinical competence. Students will rotate through different surgical services, as necessary, to master the skills and achieve completion of the required 320 hours.

In this second of two clinical practicums, students will apply their classroom knowledge and laboratory competencies in perioperative areas at approved health care facilities. This course requires the student to apply theories, concepts, and skills in real world surgical environments. The student works under the supervision of the Program Director and designated facility supervisor to achieve the identified clinical competencies. This course will incorporate instruction for work ethics traits with clinical competence and requires completion of 320 hours. Students will rotate through different surgical services, as necessary, to master required skills.

This course provides an understanding of the fundamental concepts, mechanisms of action, and clinical applications of drugs in the operating field, in addition to drugs taken by patients, that may affect the delivery of optimal care to patients. Specific attention will be on administration techniques, drug dosages, classes of drugs, side effects and drug interactions, units of measure, and metric system nomenclature.

Health Administration elective courses

This course examines the wide range of legal and regulatory issues encountered by health care administrators in diverse settings. Students apply these principles to a variety of compliance situations related to cost, quality, and access to health care. Topics include the right to treatment, health care contracts and claims, provider licensure, credentialing, peer review, and privileges, scope of practice, research compliance, institutional liability, informed consent, and advance directives.

This course explores the core microeconomic theories and their relationship to the structure and function of the United States health care system. Topics such as measurement and determinants of health, health disparities, unhealthy behaviors and health insurance are covered in detail. Furthermore, students examine the effect of the market on the provision of health services and how public policy can influence these markets.

This course examines the nature of the scientific method and basic techniques in social science research as applied to the collection, analysis, and interpretation of social and public data. It explores the use of quantitative, qualitative, and mixed methods as different approaches to research design, and covers the ethical issues in research involving human subjects. Students develop critical thinking skills through analysis of assigned readings and classroom discussions.

This course provides the student with the principles of information and technology management that are used to implement the strategic plan of the health care institution, improve the quality of services, and clinical care provided to the consumer. Emphasis is placed on data access, interpretation, and evaluation for decision-making.

This course focuses on the strategic planning and marketing processes of health care institutions. Students learn to apply a market-oriented perspective to the analysis of environmental factors and organizational resources, to formulate collective business goals, and design customer driven marketing that achieves a sustainable competitive advantage. The course emphasizes critical thinking skills by concentrating on the use of marketing case studies. Topics include health consumer behavior, clinical staff needs, environmental analysis, product pricing, advertising, and new product development.

This course provides students with the tools they need to improve the quality of health care across the spectrum of institutions, by applying systematic measures to identify opportunities for improvement, implement change, and assess outcomes. This course provides the theoretical framework and the practical skills to understand the processes under the auspices of quality improvement and real-world examples.

This course, taken in the final semester, synthesizes information acquired from prior courses to design, execute, and present a scholarly project that presents a solution to an actual health care delivery issue. The course incorporates knowledge and competencies in project management, teamwork, research methods, and presentation approaches.

This course provides an introduction to public health concepts and practice by examining the philosophy, purpose, history, organization, functions, tools, activities, and results of public health practice at the national, state, and local levels. The course also addresses important health issues facing the public health system. Case studies and a variety of practice-related activities serve as a basis for learner participation in real world public health problem-solving exercises. This course also fosters and enhances skills related to the use of technology for accessing information and communicating with various audiences.

The course examines the application of social and behavioral sciences knowledge to public health. The basic principles of psychology, sociology, anthropology, and other social sciences are used to underscore the social determinants and consequences of health and health- seeking behaviors, and to understand the contribution of socio-behavioral science to our understanding of the distribution, etiology, and solution of public health problems through planned interventions.

This course provides a foundation for planning health promotion programs for diverse populations. It facilitates discussion of contemporary issues and challenges of health promotion and program planning. Students are provided with the knowledge and skills necessary to collaborate with communities to develop effective, efficient, culturally appropriate health promotion programs.

This course examines environmental principles, methods, risk factors, prevention and control, and policies related to human health. It also examines the biological, physical and chemical factors in the environment at the local and global levels, and how they impact human health.

This course provides an understanding of the structure and function of the U.S. Health Care System. The general principles of planning, management, evaluation, policy, and behavior of the public health system on the local, state and federal levels are addressed. Students learn how the public health system is organized and the roles of essential stakeholders. Students analyze critical management concepts through discussion, case analysis, and practical applications in a variety of health care settings.

This course examines the models and processes to systematically plan and evaluate public health interventions. It presents students with methods for identifying population-based needs for public health programs, developing strategies to meet those needs, and evaluating the effectiveness of these public health interventions. The course integrates knowledge and skills from research methods, epidemiology, biostatistics, proposal writing, budget planning, project management, and program evaluation.

This course introduces statistical concepts and analytical methods as applied to data encountered in public health research and biomedical sciences. It emphasizes the basic concepts of experimental design, quantitative analysis of data, and statistical inferences. The course provides students a foundation to evaluate information critically to support research objectives and product claims. Introduction to a statistical computer package such as SPSS is provided.

This course is a continuation of PH-660 and expands on the statistical concepts and analytical methods as applied to data encountered in public health research. Emphasis is placed on the choice of the appropriate method for specific problems, common aspects of model construction, the testing of model assumptions through influence and residual analyses, and the use of graphical and other methods to present results that are readily understood by clinicians.

This course engages students in economic and financial issues related to the operation of organizations, personnel, providers, and patients in the health care system. Specifically, it explores the sources and uses of financing and the built-in incentives of the health care system. It also explores this ever-changing industry, and explicitly considers the determinants of national health spending and the role of government in private and public health.

This course provides information that enables students to deal effectively with emergency management issues. Students develop an understanding of disaster preparedness, emergency management procedures and responsibilities, management mitigation, and response and recovery actions for different disasters. It also explores public health's role in bio-terrorism and dealing with people with disabilities during and after a disaster.

This course provides public health students with a foundation of American health policy and law. Students learn the legal framework governing health care systems and public health, including the evolution, application, and evaluation of regulatory requirements and health policies. for the interplay among n governmental and nongovernmental organizations is examined, with a focus on process improvement.

This course reviews the main contributors to the global burden of disease and discusses current interventions and possible future approaches. Topics related to maternal and child health, nutrition, infectious disease, chronic illness, and environmental health are examined. Each section provides a historical and cultural overview and includes consideration of cultural competence and humility. Students engage in learning about country-specific health data and descriptive information about the health system.

This course introduces epidemiological concepts and tools to study patterns of disease and injury, incidence, prevalence, and risk, with the goal of broadening the understanding of population health, health inequality, and the influence on public policy. Epidemiological methods as applied to environmental health, infectious disease, and the behavioral and social factors of disease are explored.

This course covers topics such as malnutrition, excess nutrition, complex eating disorders, maternal and child health, and chronic diseases that affect people globally. Students learn how to identify and address major nutrition-related public health problems.

This course allows students to synthesize and apply the knowledge and skills acquired in all previous courses to develop a thesis proposal. Students prepare research question(s) and hypothesis, literature review, and a proposed methodology to answer the research question(s). Students work closely with their thesis chairperson/advisor and committee member throughout the semester to write and defend a scientifically sound thesis proposal.

This course is the second part of the thesis process. It focuses on students' ability to collect and analyze data, and interpret the findings. Students use the methodology presented in their proposal to conduct their research and develop their thesis. Students must complete their thesis independently, and are expected to work closely with their thesis chairperson/advisor and committee member throughout the semester. Students are expected to write and defend a scientifically sound thesis.

This course examines the nature of the scientific method and basic techniques in social science research as applied to the collection, analysis, and interpretation of social and public data. It explores the use of quantitative, qualitative, and mixed methods as different approaches to research design, and covers the ethical issues in research involving human subjects.

This course is designed to provide an introduction to epidemiological research theory, methods, and practice. The course focuses on the design, implementation, analysis, and interpretation of cohort, case-control, and cross-sectional epidemiological studies. Students will become proficient in the interpretation of epidemiologic data and the application of epidemiologic approaches to the investigation of infectious and non-infectious diseases.

This course is a continuation of PH-771, Epidemiological Research Methods I, and as such will further refine students' ability to analyze and interpret data form various epidemiologic study designs. Students gain experience in analysis of original research reports, writing critiques of epidemiologic articles, data management, preparing appropriate tables and graphs, designing and analyzing observational studies.

This course provides students with the knowledge of Geographic Information Systems (GIS) and Spatial Analysis as they apply to public health. Students focus on the collection, maintenance, and interpretation of spatial data to study health concerns, specifically disease clusters, access to health care, health outcomes, risk factors, health status disparities, and emergency response operations. Students will use a variety of downloadable software such as ArcGIS to gain hands-on experience and supplement the case studies provided.

This course prepares students to design, evaluate, and operate a public health surveillance system; analyze and interpret surveillance data; apply surveillance to various settings, diseases, and public health emergencies; understand how surveillance is used to develop public policy; and appreciate the legal and ethical implications of surveillance. Students learn the procedures used to investigate and track infectious and communicable diseases as well as non-infectious chronic diseases in the United States and developing countries.

In this course students integrate the theories learned in the classroom with real world practical experiences. The Public Health internship allows students to gain valuable skills to be effective in the workplace and to demonstrate public health competencies to their assigned tasks.

This course serves as the Capstone experience for the Biostatistics and Epidemiology concentration of the MPH degree. Students utilize the information acquired from the core and concentration courses to design, execute, and present a scholarly project. The course integrates knowledge and competencies in project management, teamwork, research methods, and presentations approaches. Taken in the Final Semester.

The Capstone course is designed to synthesize the knowledge and skills acquired in all previous courses and apply them to the development of a thesis proposal or a capstone project. Students are expected to work closely with their capstone advisor, committee member and external partner throughout the semester. The capstone is undertaken near the end of the course of study. Principles of Biostatistics, Principles of Epidemiology and Research Methods in Public Health must be completed prior to registering for the Capstone course. Capstone Options: Students who choose to develop a thesis proposal are guided through the preparation of the research question(s) and hypothesis, and literature review. A community-based capstone project option requires collboration with an institution such as a hospital, an NGO or a community center. The aim is to address a public health issue in an under-served community through the lense of management, quality improvement, program planning, policy, or practice.

Capstone II is designed to synthesize the knowledge and skills acquired in all previous courses and apply them to the development of a thesis proposal or a capstone project. Students are expected to work closely with their capstone advisor, committee member and external partner throughout the semester. Capstone II culminates in a presentation of the thesis proposal or capstone project to the capstone advisor, committee member, external partner and college community. The capstone is undertaken near the end of the course of study. Students who choose to develop a thesis proposal are guided through the preparation of a proposed methodology for answering the research question(s), completing PH760. A community-based capstone project option requires collaboration with an institution such as a hospital, an NGO or a community center. The aim is to address a public health issue in an under-served community through the lense of management, quality improvement, program planning, policy, or practice.