This document summarizes a student project to develop a nutrition information aggregator. It outlines the current problem of lack of detailed child nutrition data and lack of an aggregation platform. The project aims to make nutrition data available to various users, analyze the data to identify areas needing attention, and notify parents about child immunization schedules. The methodology uses agile development practices. Modules include administration, user, nutrition calculation, immunization notifications, and visualization. The project will develop features like a BMI calculator, district rankings, notifications, and tracking of a child's progress.

1. A PROJECT ON
NUTRITION INFORMATION AGGREGATOR
Under the supervision of
Mr. Harendra Raj Bist
SUBMITTED BY :
AANANDA BHANDARI(3412/070)
FIROJ GHIMIRE(3424/070)
SHUBHAM GHIMIRE(3444/070)
SUBMITTED TO :
DEPARTMENT OF COMPUTER
SCIENCE & INFORMATION
TECHNOLOGY

2. Current Status of Child Malnutrition
According to NDHS(National Demographic Health Survey)[1] 2016, 36%
of under five year olds are stunted, 27% are underweight and 10% are
wasted indicating early chronic malnutrition [1].

3. Problem Definition
 Lack of detailed data on child nutrition and lack of data
aggregation platform.

4. Objectives
 To make the nutrition data available for everyone who are
willing to use it.
 To analyze the data and rank the districts that are doing well
and places that needs attention.
 To visualize the data interactively so everyone could
understand it easily.
 To check progress of a child and notify parents of their
child‟s immunization schedule.

5. Application Areas
 Female Community Health Volunteer
 Government Bodies
 Parents
 Child Health Workers
 Nutrition & Dietetics Professional
 NGOs and INGOs

6. Requirement Analysis
User User
Upload Child
Information
Browse child nutrition
Information
Register
Manage users
Upload Immunization
schedule
Track child progress
Login
AdminUser

7. Methodology
 Agile Methodology

8. Tools Used
 Groovy
 Grails
 GSP(Groovy Server Pages)
 MySql Database
 Bootstrap
 Leaflet JS
 D3.JS

9. Data Modeling with ER

10. Nutrition
Information
Aggregator
0
User
Administrator
Child Information
Nutrition Information
Immunization Notification
Immunization Schedule
Process Modelling

11. Store Child
Information
1.0
Generate
Nutrition
Status
2.0
Generate
Immunization
Notification
3.0
Store
Immunization
Schedule
4.0
User
Administrator
Child Information
Immunization Information
Child Information
Child Information
Child Information
Nutrition Status
Immunization Notification
Immunization Schedule Immunization Schedule
Immunization Schedule
Child Information

12. Modules
 Admin module
 User module
 Nutrition Status calculator module
 Immunization notification module
 Visualization module

13. Testing
 Unit Testing
 Integration Testing
 System Testing
 Acceptance Testing

14. Deliverables
 BMI Calculator
 Identify nutrition status
 Visualization.
 Ranking districts
 Immunization notification
 Tracking child„s progress

15. Limitations
Access to Internet,
Learning curve to be familiar with the system

16. Future Enhancement
 Notification through SMS
 Mobile app
 Localization to native language

17. Conclusion
Nutrition Information Aggregator can provide :-
 Efficient and cost effective
 Time and resource saving
 User-friendly
platform to aggregate nutrition related data

18. References
[1] Ministry of Health, New ERA, The DHS Program. (2016). “Demographic and Health
Survey”. Available: https://dhsprogram.com/pubs/pdf/PR88/PR88.pdf [sep 8, 2017].
[2] USAID Nepal. “SUAAHARA Project Good Nutrition.” Internet:
https://www.usaid.gov/nepal/fact-sheets/suaahara-project-good-nutrition,2016 [May 18, 2017].
[3] National Planning Commission Nepal. “Nepal Nutrition and Food Security Portal.” Internet:
http://www.nnfsp.gov.np,2015 [May 15, 2017].
[4] Centers for Disease Control and Prevention. “Data Table of Infant Weight-for-length Charts.”
Internet: https://www.cdc.gov/growthcharts/html_charts/wtleninf.htm, Aug. 24, 2001 [Jun. 5,
2017].
[5] Centers for Disease Control and Prevention. “Data Table of BMI-for-age Charts.” Internet:
https://www.cdc.gov/growthcharts/html_charts/bmiagerev.htm, Aug. 24, 2001 [Jun. 5, 2017].
[6] Ian Sommerville. Software Engineering. , Boston, Massachusetts : Pearson Education, 2011,
pp. 1-234.
[7] Ian Sommerville. “Agile Software Development,” in Software Engineering, 9th ed. Boston,
Massachusetts : Pearson Education, 2011, pp.56-81.
[8] Ian Sommerville. “Design and Implementation,” in Software Engineering, 9th ed. Boston,
Massachusetts : Pearson Education, 2011, pp.176-178.
[9] Ian Sommerville. “Software Testing,” in Software Engineering, 9th ed. Boston, Massachusetts
: Pearson Education, 2011, pp.205-228.

19. DEMO

20. Thank You