Defining Nutrition Informatics

Nutrition Informatics is an effective retrieval, organization, storage, and optimum use of information, data, and knowledge for food- and nutrition-related problem solving and decision-making. Nutrition informatics is the management of the information dietetics professionals need to practice successfully while tailoring recommendations to meet each patient’s specific needs.

Why the need?

  • Nutrition informatics describes intersection of nutrition, information, and technology, and it underlies all areas of dietetics practice.
  • Growing opportunity to facilitate technology-enabled behavioral change interventions to support NI research and practice.
  • Management and interpretation of data could help clarify the relationships and interrelationships of diet and disease at international, national and regional levels.
  • Need to prepare a NI workforce that could provide valuable tools to address the double burden of nutrition.
  • The program combines theoretical aspect with presentation of practical solutions in real world settings.

Skills Student Acquire

  • Use data for problem solving and improving practice outcomes.
  • Use of systems for the effective collection, organization, and interpretation of data.
  • Use of clinical information systems to find information related to patient care.
  • Evaluation of quality of health information over the internet.
  • Design and develop innovative solutions to address issues related to nutrition.
  • Competency in the analysis, management, and evaluation of technology and applications.
  • Examination of role of data, policy, and technology enabled behavioral change interventions to support nutritional informatics research and practice.
  • Guiding consumers to apply the information available to them through informatics systems

Program Benefits

  • Become a member and participate in nutrition informatics research team.
  • Opportunity to develop technology based interventions to address problems related to nutrition.
  • Opportunity to work in technological settings and communicate data and information effectively.
  • Show nutrition informatics knowledge to better qualify for higher education.
  • Integrate knowledge of nutrition informatics into nutritional care to enhances the quality of nutrition care.
  • Improve the efficiency and quality of work with enhanced digital literacy.

Program Features

  • Synchronous and Asynchronous learning
  • Weekly interactive lectures
  • Weekly discussions
  • Problem solving exercises
  • Case studies
  • Quizzes
  • Research Seminar
  • Experiential learning
  • Research advisor assigned
Course numbers 16 weeks, 240 teaching hours, 16 live lectures, 32 hours of discussion and mentoring, 40 hours tutorials,

Defining Nutrition Informatics

Nutrition Informatics is an effective retrieval, organization, storage, and optimum use of information, data, and knowledge for food- and nutrition-related problem solving and decision-making. Nutrition informatics is the management of the information dietetics professionals need to practice successfully while tailoring recommendations to meet each patient’s specific needs.

Why the need?

  • Nutrition informatics describes intersection of nutrition, information, and technology, and it underlies all areas of dietetics practice.
  • Growing opportunity to facilitate technology-enabled behavioral change interventions to support NI research and practice.
  • Management and interpretation of data could help clarify the relationships and interrelationships of diet and disease at international, national and regional levels.
  • Need to prepare a NI workforce that could provide valuable tools to address the double burden of nutrition.
  • The program combines theoretical aspect with presentation of practical solutions in real world settings.

Skills Student Acquire

  • Use data for problem solving and improving practice outcomes.
  • Use of systems for the effective collection, organization, and interpretation of data.
  • Use of clinical information systems to find information related to patient care.
  • Evaluation of quality of health information over the internet.
  • Design and develop innovative solutions to address issues related to nutrition.
  • Competency in the analysis, management, and evaluation of technology and applications.
  • Examination of role of data, policy, and technology enabled behavioral change interventions to support nutritional informatics research and practice.
  • Guiding consumers to apply the information available to them through informatics systems

Program Benefits

  • Become a member and participate in nutrition informatics research team.
  • Opportunity to develop technology based interventions to address problems related to nutrition.
  • Opportunity to work in technological settings and communicate data and information effectively.
  • Show nutrition informatics knowledge to better qualify for higher education.
  • Integrate knowledge of nutrition informatics into nutritional care to enhances the quality of nutrition care.
  • Improve the efficiency and quality of work with enhanced digital literacy.

Program Features

  • Synchronous and Asynchronous learning
  • Weekly interactive lectures
  • Weekly discussions
  • Problem solving exercises
  • Case studies
  • Quizzes
  • Research Seminar
  • Experiential learning
  • Research advisor assigned
Course numbers 16 weeks, 240 teaching hours, 16 live lectures, 32 hours of discussion and mentoring, 40 hours tutorials,

Defining Nutrition Informatics

Nutrition Informatics is an effective retrieval, organization, storage, and optimum use of information, data, and knowledge for food- and nutrition-related problem solving and decision-making. Nutrition informatics is the management of the information dietetics professionals need to practice successfully while tailoring recommendations to meet each patient’s specific needs.

Why the need?

  • Nutrition informatics describes intersection of nutrition, information, and technology, and it underlies all areas of dietetics practice.
  • Growing opportunity to facilitate technology-enabled behavioral change interventions to support NI research and practice.
  • Management and interpretation of data could help clarify the relationships and interrelationships of diet and disease at international, national and regional levels.
  • Need to prepare a NI workforce that could provide valuable tools to address the double burden of nutrition.
  • The program combines theoretical aspect with presentation of practical solutions in real world settings.

Skills Student Acquire

  • Use data for problem solving and improving practice outcomes.
  • Use of systems for the effective collection, organization, and interpretation of data.
  • Use of clinical information systems to find information related to patient care.
  • Evaluation of quality of health information over the internet.
  • Design and develop innovative solutions to address issues related to nutrition.
  • Competency in the analysis, management, and evaluation of technology and applications.
  • Examination of role of data, policy, and technology enabled behavioral change interventions to support nutritional informatics research and practice.
  • Guiding consumers to apply the information available to them through informatics systems

Program Benefits

  • Become a member and participate in nutrition informatics research team.
  • Opportunity to develop technology based interventions to address problems related to nutrition.
  • Opportunity to work in technological settings and communicate data and information effectively.
  • Show nutrition informatics knowledge to better qualify for higher education.
  • Integrate knowledge of nutrition informatics into nutritional care to enhances the quality of nutrition care.
  • Improve the efficiency and quality of work with enhanced digital literacy.

Program Features

  • Synchronous and Asynchronous learning
  • Weekly interactive lectures
  • Weekly discussions
  • Problem solving exercises
  • Case studies
  • Quizzes
  • Research Seminar
  • Experiential learning
  • Research advisor assigned
Course numbers 16 weeks, 240 teaching hours, 16 live lectures, 32 hours of discussion and mentoring, 40 hours tutorials,