Registered Dietitian (China) study materials
Registered Dietitian (China) study resources

Registered Dietitian (China) study plan

Registered Dietitian (China) · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Basic Nutrition Science (macronutrients, micronutrients, energy metabolism, digestion and absorption, nutritional biochemistry)

  • Map the digestion and absorption route of each macronutrient from mouth to portal or lymphatic circulation, and state the transporters and enzymes at each step from memory

  • Calculate energy yield of a mixed meal from grams of carbohydrate, fat, protein and alcohol, and explain the Atwater factors and their limitations

  • Trace glycolysis, the citric acid cycle and oxidative phosphorylation, and list the three regulated enzymes of glycolysis and how insulin and glucagon shift them

  • Explain the biochemical basis of ketogenesis and gluconeogenesis, and identify which tissues depend on each pathway during fasting

  • Build a one-page summary table linking each B vitamin to its coenzyme form and the reaction class it supports

Your checkpoint

A hand-drawn or digital metabolic pathway map covering glycolysis, the citric acid cycle, gluconeogenesis and ketogenesis, annotated with the coenzymes involved and the hormonal regulation points, checked against a textbook for accuracy

Week 2

Basic Nutrition Science (macronutrients, micronutrients, energy metabolism, digestion and absorption, nutritional biochemistry) & Food Science and Food Safety (food composition, processing effects on nutrients, food hygiene, additives, contamination)

  • Classify the fat-soluble and water-soluble vitamins by absorption route, transport form, storage site and principal deficiency syndrome

  • Explain how milling, heating, blanching, canning, freezing and fermentation change the content and bioavailability of thiamine, vitamin C, folate and lysine

  • Describe the main food-additive functional classes and the principle behind acceptable daily intake derivation

  • List the major routes of food contamination (biological, chemical, physical) and match each to a control measure in a food safety management system

  • Compare the nutrient composition consequences of refining, hydrogenation and extrusion on cereal and oil products

Your checkpoint

A two-column comparison sheet of at least 12 micronutrients (source, absorption form, storage, deficiency sign, toxicity risk) plus a 300-word written explanation of how three named processing methods alter specific nutrients

Week 3

Nutrition Assessment and Dietary Guidance (anthropometry, biochemical and clinical assessment, dietary intake methods, dietary reference intakes, dietary guidelines)

  • Select the appropriate anthropometric index for a given age group and interpret a set of weight, height, BMI, waist circumference and skinfold values against Chinese reference cut-offs

  • Distinguish the purpose and limitations of 24-hour recall, food frequency questionnaire, weighed food record and household food inventory, and choose one for a stated research question

  • Convert a three-day food record into nutrient intake and compare it against the Chinese Dietary Reference Intakes for energy and at least five nutrients

  • Identify the biochemical markers used to assess iron, vitamin D, folate and protein status, and state a confounder for each

  • Apply the Chinese Dietary Guidelines and the balanced-diet pagoda to critique a sample one-day menu

Your checkpoint

A complete nutrition assessment write-up of a fictional adult case: anthropometry interpreted against reference cut-offs, one dietary intake method justified, nutrient intake compared with dietary reference intakes, and three prioritised nutrition diagnoses stated in problem-aetiology-sign format

Week 4

Nutritional Management of Disease (medical nutrition therapy for chronic disease, metabolic disorders, gastrointestinal and renal disease, critical care)

  • Design a medical nutrition therapy plan for type 2 diabetes specifying energy target, carbohydrate distribution, fibre and fat composition, and the rationale for each choice

  • Construct a stepwise nutrition plan for chronic kidney disease covering protein restriction, sodium, potassium and phosphorus control, and dialysis adjustments

  • Explain the phased nutrition support of a critically ill patient, including when enteral feeding is preferred, how to advance to goal rate, and how to monitor refeeding risk

  • Differentiate nutrition therapy for Crohn disease, coeliac disease, short bowel syndrome and hepatic encephalopathy by the specific nutrient modification each requires

  • Calculate a parenteral or enteral regimen's energy and nitrogen delivery and check it against the patient's estimated requirement

Your checkpoint

Four one-page medical nutrition therapy protocols (type 2 diabetes, chronic kidney disease, critical illness, one gastrointestinal disorder), each with assessment parameters, intervention targets, monitoring indicators and one cited guideline source

Week 5

Nutritional Management of Disease (medical nutrition therapy for chronic disease, metabolic disorders, gastrointestinal and renal disease, critical care) & Community Nutrition and Public Health (nutrition surveillance, nutrition education and promotion, maternal and child nutrition, nutrition policy and programs)

  • Explain the nutrition therapy principles for hypertension, dyslipidaemia, obesity and gout, and translate each into three concrete patient-facing behaviour goals

  • Design a community nutrition education session for a defined target group, stating the behaviour-change theory used, the message framing and the evaluation method

  • Describe how nutrition surveillance data are collected and used to set priorities, and interpret a trend in a nutrient-deficiency indicator

  • Outline the objectives and target population of two Chinese public health nutrition programmes and identify one implementation challenge for each

  • Select appropriate outcome, process and impact indicators for a community nutrition intervention

Your checkpoint

A community nutrition intervention proposal of 600-800 words covering target group, needs assessment evidence, theoretical framework, session plan, indicators and evaluation design, plus a one-page handout outline for the target group

Week 6

Nutrition Across the Life Cycle (pregnancy and lactation, infancy, childhood and adolescence, adulthood, aging) & Food Service and Nutrition Management (institutional food service systems, menu planning, food cost and procurement, quality and safety management)

  • Compare energy, protein, iron, folate, iodine and calcium requirements across pregnancy, lactation, infancy, childhood, adolescence, adulthood and old age, and state the physiological reason for each change

  • Plan the introduction of complementary foods for an infant from 6 months, specifying timing, texture progression, food order and foods to avoid

  • Identify the nutrition risks specific to older adults, including sarcopenia, dysphagia and polypharmacy-nutrient interactions, and match each to a screening tool

  • Draft a one-week institutional menu that meets stated energy and protein targets and respects texture modification and allergen constraints

  • Explain the flow of a food service system from procurement to service, and identify the critical control point at each stage

Your checkpoint

A one-week cycle menu for a 60-bed care facility that meets specified energy and protein targets, includes a texture-modified diet line, and is accompanied by a table showing how each day's menu meets the targets

Week 7

Professional Practice and Ethics (scope of practice, communication and counseling, research methods and evidence appraisal, ethics and regulations)

  • Define the registered dietitian's scope of practice and distinguish tasks that must be referred from those within independent practice

  • Apply a recognised counselling framework to a scripted patient scenario and demonstrate reflective listening, open questions and shared goal setting

  • Appraise a randomised controlled trial on nutrition intervention by assessing randomisation, blinding, attrition, intention-to-treat analysis and effect size

  • Distinguish the evidence hierarchy and explain why a systematic review outranks a single cohort study for a therapy question

  • Apply the core ethical principles to two dilemmas involving patient autonomy, conflicts of interest or resource allocation, and justify a course of action

Your checkpoint

A structured critical appraisal of one published nutrition intervention trial (500-600 words) covering design, bias risk, results interpretation and applicability, plus a written response to one ethics scenario citing the relevant professional code

Week 8

Basic Nutrition Science (macronutrients, micronutrients, energy metabolism, digestion and absorption, nutritional biochemistry) & Nutrition Assessment and Dietary Guidance (anthropometry, biochemical and clinical assessment, dietary intake methods, dietary reference intakes, dietary guidelines) & Nutritional Management of Disease (medical nutrition therapy for chronic disease, metabolic disorders, gastrointestinal and renal disease, critical care)

  • Complete two full-length timed mock examinations under exam conditions and record the score by domain

  • Re-teach the five weakest sub-topics identified from mock results, writing a one-page summary for each from memory

  • Rehearse calculation items (energy requirement, nitrogen balance, enteral formula dilution, BMI, percentage weight change) until each is completed correctly in under two minutes

  • Review all previously written deliverables and correct any factual errors found against authoritative references

  • Build a final one-page cue sheet of high-yield reference values, cut-offs and formulas for last-week review

Your checkpoint

A mock-exam score report by domain with a ranked list of the five weakest sub-topics, the five corresponding one-page re-teaching summaries, and a final high-yield cue sheet

Milestones

Week 2: Without notes, reproduce the coenzyme form and deficiency disease of every B vitamin, and correctly explain the nutrient loss mechanism for three named food processing methods; score at least 80% on a self-made 30-item recall quiz covering domains 1 and 2

Week 4: Complete a timed 40-item mixed set on domains 1, 2 and 3 with at least 75% correct, and submit all four medical nutrition therapy protocols with every intervention target traceable to a cited guideline

Week 6: Produce the one-week facility menu and verify by calculation that every day meets the energy and protein targets within plus or minus 10%, and that the texture-modified line meets the stated constraints

Week 8: Score at least 70% overall on the second full-length mock examination with no single domain below 60%, and confirm the five re-teaching summaries and cue sheet are complete and error-checked