Sringeri Sharada PeethamJyothy Institute of TechnologyAI Nexus — Connecting Intelligent MindsCIIRCAIC-JIT

AI Nexus × Department of AIML

SYNAPSE

Designing for the real world.

14 October 2026

Organised by

AI Nexus × Department of Artificial Intelligence and Machine Learning

Jyothy Institute of Technology

Overview

One round. One real problem. A working product.

SYNAPSE is a 2.5-hour product-design build. Teams prototype a platform that academic administrators can actually use — not a slide deck, not an algorithm paper. What matters is the product: the workflow, the clarity, and the confidence it gives the people who run timetables.

Primary users

  • — Academic Administrator
  • — Timetable Coordinator

Format

2.5-hour build

Date

14 October 2026

Cohort

2nd Year

Deliverable

Interactive prototype

01 — The Problem

One slot. Thirteen forces.

Allocating one classroom sounds simple — until all of these must hold at once.

01Classroom capacity
02Faculty availability
03Laboratory requirements
04Department preferences
05Semester allocations
06Building proximity

MON 10:00

Sem 3 · Section A

Room: Unassigned

Faculty: Clash

07Accessibility
08Classroom equipment
09Internal examinations
10College events
11Maintenance
12Faculty workload
13Timetable conflicts

Move one piece and every other force shifts with it.

Today's process

CollectScattered data→Draft→Allocate→CheckHidden clashes→ReviewEndless loops→Publish→ChangeRipple effects

⤺ Revise — loops back from Review to Draft

The hard part isn't the data — it's seeing everything at once.

02 — The Challenge

Design the product. Not the algorithm.

Prototype a platform that helps academic administrators allocate rooms, build timetables and resolve conflicts — with confidence.

01

Smart Classroom Allocation

The right room for every class.

02

Timetable Generation

A complete, valid draft in one pass.

03

Constraint Management

Hard rules and soft preferences.

04

Conflict Detection

Clashes flagged instantly.

05

Conflict Resolution

Fixes with clear trade-offs.

06

Dynamic Rescheduling

Re-plan only what's affected.

07

Explainable Recommendations

Every suggestion shows its why.

08

Schedule Editing

Drag, swap, override — validated live.

09

Analytics Dashboard

Workload and utilization at a glance.

10

Resource Utilization

Find idle rooms and overbooked labs.

Beyond the list

The feature we didn't list. Find it.

Design Principles

Complex inside. Calm on the surface.

Six principles. The illustration below is illustrative, not a solution to copy.

01

Reduce cognitive load

“Does each screen show only what needs a decision?”

02

Communicate conflicts clearly

“Can an admin spot every clash in five seconds?”

03

Explain recommendations

“Would an admin trust it without asking why?”

04

Prioritize what matters

“Is the most urgent problem the most visible?”

05

Support quick editing

“Can a change be made without leaving the grid?”

06

Make the complex feel simple

“Could a new coordinator use it on day one?”

Room9:0010:0011:0014:00
CR-201 · 60CS-301Clash ×2—MA-202
Lab-4 · 30—CS-LabCS-Lab—
CR-105 · 120ExamExamSuggested →—

Illustration — calm surface, conflicts flagged where they appear

03 — Rules

What counts.

  1. 01The main deliverable is an interactive working prototype.
  2. 02The prototype should be clickable end to end.
  3. 03Teams may use any suitable design or development tool.
  4. 04The evaluation prioritizes the product, not the underlying code.
  5. 05Teams may make reasonable assumptions about departments, rooms, faculty, and rules.
  6. 06Prototype links must be publicly accessible.
  7. 07The submission screenshot must clearly represent the final solution.
  8. 08Submissions received after the deadline may not be considered.
  9. 09Design, development, and AI-assisted tools are permitted.

04 — Deliverable · Judging

Ship something that works.

✓ The one deliverable

Interactive Working Prototype

Clickable end to end. Mandatory for every team.

2.5

Hours to build

Any tool

Use whatever builds best.

Product over code

Judged on the product, not the code.

Assume freely

Departments, rooms, faculty, rules.

FigmaLovableBoltv0ClaudeChatGPTCursorReplitFlutterFlowFirebase StudioAny frontend framework

Evaluation · 100 points

Problem Understanding

15 pts

Product Thinking & Workflow Design

20 pts

UX & Information Architecture

20 pts

Handling Real-world Constraints

15 pts

Working Prototype

20 pts

Innovation & Practicality

10 pts

Build a product administrators would actually want to use.

Show us what you built.

Submit Solution →