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MaĂźtrise Ăšs sciences nutrition et biosciences alimentaires
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En bref
* Grade universitaire offert : MaĂźtrise Ăšs sciences (M.Sc.)
* Option de statut dâinscription : Temps complet
* Langue dâenseignement : Anglais
* Option dâĂ©tude (durĂ©e prĂ©vue du programme) :
+ avec thÚse (6 trimestres à temps complet, soit 24 mois consécutifs)
* UnitĂ©s scolaires : FacultĂ© des sciences de la santĂ©, Ăcole des sciences de la nutrition
Description du programme
La MaĂźtrise en nutrition et biosciences alimentaires se concentre sur le dĂ©veloppement des compĂ©tences de recherche avancĂ©es pour rĂ©pondre aux enjeux actuels dans les domaines de la nutrition et des biosciences alimentaires au Canada et dans le monde. Le champ d'application de ce programme de sciences fondamentales et appliquĂ©es couvre le continuum de la transformation des aliments Ă la santĂ© et au bien-ĂȘtre. Ce programme interdisciplinaire offre un enseignement avancĂ© dans trois domaines d'expertise principaux : la nutrition clinique et de santĂ© publique, les sciences alimentaires et la nutrition cellulaire et molĂ©culaire. Ce programme permettra aux Ă©tudiantes et aux Ă©tudiants dâacquĂ©rir une formation approfondie de la composition chimique et des caractĂ©ristiques physiques des aliments, qui dĂ©terminent leur valeur nutritive et leurs propriĂ©tĂ©s sensorielles. Les mĂ©canismes cellulaires et molĂ©culaires soulignant les effets mĂ©taboliques associĂ©s aux rĂŽles de la nutrition et de l'alimentation dans la promotion de la santĂ© et la prĂ©vention et le traitement des maladies dâordre nutritionnel seront Ă©tudiĂ©s. Le champ d'application de ce programme de sciences fondamentales et appliquĂ©es couvre tout le continuum de la formulation des aliments, au mĂ©tabolisme des nutriments, jusquâĂ la santĂ© et au bien-ĂȘtre.
Principaux domaines de recherche
Les membres de l'Ăcole des sciences de la nutrition sont impliquĂ©s dans trois domaines de recherche principaux :
* Nutrition clinique et de santé publique,
* Sciences des aliments,
* Nutrition cellulaire et moléculaire.
Coût et financement
* Frais reliés aux études :
Le montant estimé des droits universitaires de ce programme est disponible sous la section Financer vos études.
Les étudiantes et les étudiants internationaux inscrits à un programme d'études en français peuvent bénéficier d'une exonération partielle des droits de scolarité.
* Pour des renseignements sur les moyens de financer vos études supérieures, veuillez consulter la section Bourses et appui financier.
Notes
* Les programmes sont régis par les rÚglements académiques en vigueur pour les études supérieures.
* ConformĂ©ment au rĂšglement de lâUniversitĂ© dâOttawa, les travaux, les examens, les mĂ©moires, et les thĂšses peuvent ĂȘtre complĂ©tĂ©s en français ou en anglais.
Coordonnées du programme
Bureau des études, Faculté des sciences de la santé
125 rue Université, piÚce 232
Ottawa, Ontario, Canada
K1N 6N5
Courriel : fssante.bureau.des.etudes@uOttawa.ca
Pour connaĂźtre les renseignements Ă jour concernant les dates limites, les tests de langues et autres exigences d'admission, consultez la page des exigences particuliĂšres.
Pour ĂȘtre admissible, vous devez :
* Ătre titulaire dâun baccalaurĂ©at (ou lâĂ©quivalent) en sciences des aliments, sciences de la nutrition, sciences de la santĂ©, biologie, biochimie, microbiologie, sciences biomĂ©dicales ou disciplines connexes avec une moyenne minimale de 70 % (B), calculĂ©e selon les directives de l'UniversitĂ© d'Ottawa.
Note : Les candidates et les candidats internationaux doivent vĂ©rifier les Ă©quivalences dâadmission pour le diplĂŽme obtenu dans leur pays de provenance.
* Démontrer un haut niveau de réussite scolaire, comme en témoignent le relevé de notes officiel, les formulaires de référence académique et autres documents justificatifs.
* Avoir une confirmation Ă©crite dâau moins un membre du corps professoral prĂȘt Ă diriger votre recherche et votre thĂšse.
Il est recommandé de communiquer avec des directions de thÚse potentielles dÚs que possible.
* Fournir une dĂ©claration d'intĂ©rĂȘt et un curriculum vitae.
* Faire en sorte que deux formulaires de rĂ©fĂ©rence acadĂ©mique soient remplis et soumis pour appuyer votre demande dâadmission.
Exigences linguistiques
Comprendre et parler couramment la langue d'enseignement, soit l'anglais.
Produire son travail écrit ou sa thÚse en français ou en anglais.
Fournir une preuve de compétence dans la langue d'enseignement, si la langue maternelle n'est pas l'anglais.
Note : Les coĂ»ts des tests de compĂ©tences linguistiques devront ĂȘtre assumĂ©s par les candidates et les candidats.
Notes
* Les conditions d'admission décrites ci-dessus représentent des exigences minimales et ne garantissent pas l'admission au programme.
* Les admissions sont régies par les rÚglements académiques en vigueur pour les études supérieures.
MaĂźtrise avec thĂšse
Les exigences Ă remplir sont les suivantes :
Course List
Code Title crédits
Cours obligatoires 1
NUT 5101 Research and Communications in Nutrition and Food Biosciences 1.5 crédits
NUT 5102 Knowledge Translation and Transfer for Nutrition and Food Biosciences 1.5 crédits
1 crédit de cours en nutrition clinique et santé publique : 2 1 crédit
NUT 5111 Nutritional Epidemiology: Methods and Applications
NUT 5112 Social Nutrition: Understanding and Reducing Inequities
NUT 5113 Advances in Clinical Nutrition
NUT 5114 Impact of Nutrition in Health and Disease
NUT 5115 Indigenous Nutrition and Food Culture
NUT 5116 Digital Food Environments
1 crédit de cours en sciences des aliments : 2 1 crédit
NUT 5121 Food Composition
NUT 5122 Dependence of Food Properties on Structural Organization of Biomaterials
NUT 5123 Bioaccessibility of Bioactive Components
NUT 5124 Bioavailability of Bioactive Components
1 crédit de cours en nutrition cellulaire et moléculaire : 2 1 crédit
NUT 5131 Nutrition and Intestinal Health
NUT 5132 Composition and Function of Microbiome
NUT 5133 Nutrition and Neuroscience
NUT 5134 Food Function and Chronic Disease
3 crédits optionnels parmi : 3 crédits
NUT 5111 Nutritional Epidemiology: Methods and Applications
NUT 5112 Social Nutrition: Understanding and Reducing Inequities
NUT 5113 Advances in Clinical Nutrition
NUT 5114 Impact of Nutrition in Health and Disease
NUT 5115 Indigenous Nutrition and Food Culture
NUT 5116 Digital Food Environments
NUT 5121 Food Composition
NUT 5122 Dependence of Food Properties on Structural Organization of Biomaterials
NUT 5123 Bioaccessibility of Bioactive Components
NUT 5124 Bioavailability of Bioactive Components
NUT 5131 Nutrition and Intestinal Health
NUT 5132 Composition and Function of Microbiome
NUT 5133 Nutrition and Neuroscience
NUT 5134 Food Function and Chronic Disease
Proposition de thĂšse
NUT 6997 Proposition de recherche
ThĂšse
THM 7999 ThĂšse de maĂźtrise 3,4
Note(s)
1
L'Ăcole peut exiger des cours supplĂ©mentaires en fonction de vos antĂ©cĂ©dents.
2
La liste des modules spĂ©cialisĂ©s proposĂ©s dans chaque domaine au cours d'une annĂ©e donnĂ©e sera indiquĂ©e sur le site web du programme. Vous ĂȘtes autorisĂ©s Ă suivre 3 unitĂ©s de cours optionnels dans une autre discipline avec l'approbation du dĂ©partement et de la direction adjointe aux Ă©tudes supĂ©rieures.
3
PrĂ©sentation et soutenance d'une thĂšse basĂ©e sur une recherche originale effectuĂ©e sous la supervision directe d'un membre du corps professoral de l'Ăcole.
4
Vous ĂȘtes responsables de satisfaire Ă toutes les exigences de la thĂšse.
Exigences minimales
La note de passage dans chaque cours individuel est de C+.
Deux échecs dans les cours (soit un module 1 crédit ou un cours de 1,5 crédit) ou la proposition de thÚse, ou deux rapports d'étape de recherche insatisfaisants entraßneront le retrait du programme.
Domaines de recherche et installations
SituĂ©e au cĆur de la capitale du Canada, Ă quelques pas de la colline du Parlement, lâUniversitĂ© dâOttawa est lâune des 10 principales universitĂ©s de recherche au Canada.
uOttawa concentre ses forces et ses efforts dans quatre axes stratégiques de recherche :
* Créer un environnement durable
* Promouvoir les sociétés justes
* Façonner le monde numérique
* Favoriser santĂ© et bien-ĂȘtre tout au long de la vie
GrĂące Ă leurs recherches de pointe, nos Ă©tudiants diplĂŽmĂ©s, nos chercheurs et nos professeurs exercent une forte influence sur les prioritĂ©s Ă lâĂ©chelle nationale et internationale.
La recherche à la Faculté des sciences de la santé
La recherche Ă la FacultĂ© des sciences de la santĂ© porte sur des aspects importants de la santĂ© tels que la santĂ© des femmes, des personnes ĂągĂ©es, des francophones en situation minoritaire, des Autochtones, les interventions multiples dans le contexte de la santĂ© des populations, les soins palliatifs, la rĂ©adaptation et lâautonomie fonctionnelle, lâactivitĂ© physique et la santĂ©, la santĂ© et la technologie et la pratique clinique basĂ©e sur les faits scientifiques.
La Faculté des sciences de la santé participe aux centres et instituts de recherche suivants :
* LâInstitut de recherche LIFE
* LâInstitut de recherche en musique et santĂ©
* Centre de recherche en santé et sciences infirmiÚres
* Centre interdisciplinaire pour la santé des Noir.e.s
La Faculté des sciences de la santé maintient des collaborations étroites avec les instituts de recherche des hÎpitaux de la région :
* LâInstitut de recherche de lâHĂŽpital dâOttawa
* LâInstitut de recherche de lâHĂŽpital pour enfants de lâEst de lâOntario (CHEO)
* LâInstitut de recherche BruyĂšre
* LâInstitut de recherche en santĂ© du Royal
* LâInstitut du Savoir Montfort
* LâInstitut de cardiologie de lâUniversitĂ© dâOttawa
Pour dâautres informations, veuillez consulter la liste des membres du corps professoral et leurs domaines de recherche sur Uniweb.
IMPORTANT : Les candidats et les Ă©tudiants Ă la recherche de professeurs pour superviser leur thĂšse ou leur projet de recherche peuvent aussi consulter le site Web de la facultĂ© ou du dĂ©partement du programme de leur choix. La plateforme Uniweb nâest pas reprĂ©sentative de lâensemble du corps professoral autorisĂ© Ă diriger des projets de recherche Ă lâUniversitĂ© dâOttawa.
NUT 5101 Research and Communications in Nutrition and Food Biosciences (1.5 units)
Building skills in critical evaluation of the scientific literature in nutrition and food biosciences. Demonstrating effective communication of scientific information. Preparation and delivery of one oral presentation and one poster. Online modules introduce concepts for identifying and defining research questions, experimental design, qualitative and quantitative research methods, statistics models and data interpretation.
Course Component: Seminar
NUT 5102 Knowledge Translation and Transfer for Nutrition and Food Biosciences (1.5 units)
Lectures, tutorials and group discussions designed to provide advanced training in translation and transfer of scientific knowledge appropriate for different audiences. Preparation and presentation of communication tools for communicating food and nutrition information to the public. Introduction to basic professional skills related to academic integrity, scientific writing, as well as professional conduct and etiquette.
Course Component: Seminar
NUT 5105 Current Challenges in Food Safety and Nutrition (3 units)
Development of critical analysis and strategic thinking skills by analyzing current literature and other resources to explore a variety of challenges encountered in the food industry. Scientific evidence and regulatory questions surrounding topics such as genetically modified foods, food allergens, nutritional quality of the food supply (e.g., trans fat, sodium, sugars). Emerging issues include minimization of antimicrobial resistance, implications of microbiome research on food regulation, climate change and other global impacts on the food supply chain and safety of nanotechnology. Concepts of emotional intelligence, stress management and interpersonal relationships to build food safety culture within the workplace.
Course Component: Lecture
NUT 5106 Fundamentals of Food Risk Analysis (3 units)
Regulatory and voluntary tools used to manage risk in the food industry. Conduct food risk assessment using case studies. Strategies to minimize risk of cases of microbial, chemical and allergen contamination including the application of a decision-making framework for identifying, assessing, and managing health risks. Best practices and novel risk communication tools in the development of a risk management and communication plan. Examination of international food risk analysis activities.
Course Component: Lecture
NUT 5107 Fundamentals of Public Health Policy Development (3 units)
Roles of Canadian federal, provincial, territorial and local departments and agencies with regard to formulation, implementation and enforcement of regulations. Responsibilities of policy-makers, researchers, management and elected officials in policy development and communication. Tools used in scientific evidence-based policy-making. Analysis of complex scientific reports including meta-analyses and surveillance data reports to evaluate the validity and degree of certainty of the evidence supporting scientific and epidemiological questions. Using social research tools, to assess the impact of public health policies on stakeholders and consumers.
Course Component: Lecture
NUT 5108 Research and Seminars (3 units)
Develop awareness of current food and nutrition topics which involve government policy and regulatory interventions to address issues for public health. Learn and use appropriate methods and approaches to research, gather, interpret and contextualize the evidence in support of a topic of interest. Explore and effectively disseminate how evidence-based food and nutrition policies/regulations can address issues for public health. Best practices learned in the previous NUT courses will be used to guide policy/regulatory recommendations. Project findings will be presented to fellow students, professors and guest evaluators. A component on career planning with a focus on soft skills such as communication and emotional intelligence will be used to prepare participants for their experimental learning internship.
Course Component: Lecture
Prerequisite: 6 university course units from NUT 5105, NUT 5106, NUT 5107.
NUT 5109 Experiential Learning Internship Placement (3 units)
Apply knowledge gained in the classroom in a real-life work environment through the completion of a project or work package during a paid or unpaid internship consisting of a minimum of 135 hours conducted over a period of up to 12 weeks. Submit a report at the end of the placement describing how the required competencies were acquired through the internship activities. Recruitment in a federal government department, a provincial government department, an appropriate non-government organization, a food company or other suitable environment through a competitive process.
Course Component: Work Term
Prerequisites: NUT 5105, NUT 5106, NUT 5107, NUT 5108. Students receive a grade of S (satisfactory) or NS (non-satisfactory).
NUT 5110 Applied Food Policy and Regulation Analysis (3 units)
The applied analysis is an in-depth development and critical analysis of relevant and current issues facing food policy-makers. The topic of the applied analysis is approved by the supervisor and the Assistant Director of Graduate Studies and Research. The applied analysis consists of an extensive paper reflecting intensive research and rigour in the subject matter relevant to the interdisciplinary, field of food policy and regulatory affairs and encompassing the fields of nutrition, microbiology, law, social sciences, and consumer behaviour. The final paper is assessed by the supervisor and an evaluator.
Course Component: Research
Prerequisites: NUT 5105, NUT 5106, NUT 5107, NUT 5108. Students receive a grade of S (satisfactory) or NS (non-satisfactory).
NUT 5111 Nutritional Epidemiology: Methods and Applications (1 unit)
Acquisition of essential critical evaluation skills to understand common study designs and methodologies in nutritional epidemiology. Examination of commonly used approaches and tools for measuring dietary intake patterns. Translation of research findings into food and nutrition policies, considering diverse population contexts to address public health goals effectively.
Course Component: Lecture
NUT 5112 Social Nutrition: Understanding and Reducing Inequities (1 unit)
An interdisciplinary approach that integrates sociological perspectives into nutrition research and practice to address social inequities in nutrition and health. Key topics include nutritional and health disparities, the social construction of food choices and eating practices, theoretical frameworks for understanding inequity, and strategies for promoting equity.
Course Component: Lecture
NUT 5113 Advances in Clinical Nutrition (1 unit)
Approaches to nutritional assessment and care strategies for nutritional support for healthy individuals, as well as those with acute and chronic diseases and conditions. Methods used to assess nutritional status and metabolic disturbances associated with disease development.
Course Component: Lecture
NUT 5114 Impact of Nutrition in Health and Disease (1 unit)
Role of food and nutrition in determining health and wellness at the individual and population levels. Strategies for preventing and managing diet related diseases.
Course Component: Lecture
NUT 5115 Indigenous Nutrition and Food Culture (1 unit)
Overview of traditional and current dietary patterns among Indigenous Canadians. Impact of settlersâ interventions on traditional food sources, food culture and food security. Implications of the increasing prevalence a Western diet on the health of Indigenous communities.
Course Component: Lecture
NUT 5116 Digital Food Environments (1 unit)
Explores how digital technologies (e.g., online grocery services, food delivery apps, social media) influence food choices, dietary behaviors, and food access. Introduces key concepts, challenges, and methods for analyzing digital food environments and their impacts on health and nutrition. Examines current research, equity considerations, and implications for public health and policy.
Course Component: Lecture
NUT 5121 Food Composition (1 unit)
Molecular, supramolecular and bulk properties of macronutrients and their influence on structural complexity on their functional roles in food products. Structure, properties, stability and nutritional value of micronutrients and bioactive components. Methods of data analysis.
Course Component: Lecture
NUT 5122 Dependence of Food Properties on Structural Organization of Biomaterials (1 unit)
Study of food microstructure in relation to texture, taste, mouthfeel, digestibility, nutrient bioavailability and stability. Microstructural changes during processing of food materials. Physics of microscopy, dynamic light scattering and rheology. Principles of sensory evaluation.
Course Component: Lecture
NUT 5123 Bioaccessibility of Bioactive Components (1 unit)
Occurrence, types, chemical structures and processing of bioactive components in foods. Food matrix effect on accessibility of bioactive components, and their applications in food production. Mechanistic basis of in vitro models and methods.
Course Component: Lecture
NUT 5124 Bioavailability of Bioactive Components (1 unit)
Influence of bioavailability of bioactive components of food and nutritional supplements on nutritional quality. Cell culture and in vivo models. Advantages and drawbacks of various models for studying nutritional and bioactive properties of food.
Course Component: Lecture
NUT 5131 Nutrition and Intestinal Health (1 unit)
Theory and methodological approaches to study physiological processes involved in maintaining gastrointestinal integrity and function. Modulation of the intestinal microenvironment, digestion, nutrient absorption, permeability, motility, and immune response by food-derived metabolites.
Course Component: Lecture
NUT 5132 Composition and Function of Microbiome (1 unit)
Role of microbiota, a highly complex mixture of microbial organisms, in host nutrition, metabolism, and physiology. Application of in vivo and in vitro models in microbial modulation and metabolism studies. Methodologies for structural and functional characterization of genomics, epigenomics, proteomics, metabolomics and related omics studies.
Course Component: Lecture
NUT 5133 Nutrition and Neuroscience (1 unit)
Bidirectional routes of communication between the gastrointestinal tract and the central nervous system with a specific focus on how the gut microbiota regulates the interactive pathways. Factors influencing the gut-brain axis, their effects on the body and the brain, and resulting impacts on physical and mental health.
Course Component: Lecture
NUT 5134 Food Function and Chronic Disease (1 unit)
Etiology, treatment strategies, and research approaches to study diet related diseases. Role of foods and food-derived metabolites in disease prevention and treatment by studying underlining molecular mechanisms at the cellular and metabolic levels.
Course Component: Lecture
NUT 5940 Ătude dirigĂ©e en nutrition et biosciences alimentaires / Directed Study in Nutrition and Food Biosciences (1 crĂ©dit / 1 unit)
Ătude indĂ©pendante sur un sujet pour rĂ©pondre Ă une exigence acadĂ©mique particuliĂšre d'un Ă©tudiant. / Independent study on a topic to meet a particular educational requirement of a student.
Volet / Course Component: Recherche / Research
Permission de la direction adjointe aux études supérieures est requise. / Permission of the Director of Graduate Studies is required.
NUT 6997 Proposition de recherche / Research Proposal
Volet / Course Component: Recherche / Research
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