Certificate, Components, Competencies


Upon successful completion of the Certificate in Health Informatics graduates will possess skills and competencies that potential employers are looking for in the following areas (from the CAHIIM Curriculum Map):

  • Healthcare organization, systems and workflow

  • Health information systems characteristics, strengths and limitations 

  • Health information systems assessment methods and tools

  • Quality assessment including total quality management, data quality, and identification of best practices for health information systems

  • Health IT standards

  • Use of healthcare terminologies, vocabularies and classification systems   

  • Health information exchanges (HIE)

  • Electronic health records and personal health records

  • Patient rights and HIPAA

  • Privacy and confidentiality of patient health information

  • Information security practices

  • Management of information systems including life cycle analysis, system design, planning methods and tools

  • Knowledge management systems

  • Workflow process re-engineering

  • Professional ethics and professional business etiquette

  • Strategic planning

  • Finance and budgeting and cost-benefit analysis for information systems

  • Assessment of commercial vendor products and software applications    

  • Policy development and documentation

  • History of health informatics development and health informatics literature 

  • Medical decision-making: principles, design, implementation

  • Development of healthcare terminologies, vocabularies and ontologies

  • Clinical data standards theory and development

  • Clinical data and clinical process modeling (such as UML-Unified Modeling Language, UP-Unified Process)

  • Artificial intelligence

  • Biomedical simulations

  • Computer science theory and methods

  • Programming language(s) (such as SQL, JAVA)

  • Software applications – design, development, use

  • Systems testing and evaluation

  • System integration tools

  • Networking principles, methods, design

  • Principles of data representation

  • Electronic data exchange

  • Health Information systems architecture, database design, data warehousing 

  • Technical security applications and issues

  • IT system documentation

  • Business continuity and disaster recovery

  • Biomedical Sciences (such as medical terminology, anatomy, physiology, pathophysiology)