
Step 1: Understanding the Concept and User Constraints:
The target users are ASHA workers, who may have varying levels of digital literacy. The application must be extremely simple, intuitive, and robust, with a clear information hierarchy. It should use visuals and simple language (local language support is crucial) to convey information effectively. The primary goal is to replace error-prone paper booklets with an efficient digital system that can provide instant feedback and alerts.
A. Added Step to the Scenario:
Step 5: Logging the Advice and Scheduling a Follow-up. After advising Parvati to visit the Public Health Office, the application prompts Amruta to log the advice given. She can select from pre-defined options like "Advised PHC visit" and "Provided nutritional guidance." The app then automatically schedules a follow-up visit for Parvati in one week to check if she has visited the health office and to monitor her condition, adding it to Amruta's task list.
B. Theoretical Information Architecture (IA):
The IA would be a simple, task-oriented flow.


C. Theoretical Design of FOUR Screens:
D. Theoretical Icon Designs (5 cm x 5 cm):
All icons would be designed as simple, bold-lined silhouettes for maximum clarity and recognizability.



Shown below is a part of a "S shaped motif". Dotted lines indicate the incomplete part of the motif. Visualize the remaining motif and draw the complete motif with a height of 15 cm. DO NOT draw the dotted lines. 
Shown on the left is a set of equations. Which option belongs to the same set? 
Shown below is an arrangement of closely stacked spheres. Assume each one to be in contact with its immediate neighbour. What is the total number of points where the spheres touch each other?
The words given below are written using a particular font. Identify the digit that does not belong to the same font.
Shown below are three perspective views of a solid object. How many surfaces does the object have? Assume hidden surfaces to be flat.
Which option will replace the question mark? 