Please mock this page up:
Goal: Build a robust Event Analytics Dashboard that enables event organizers to monitor attendance, measure engagement, analyze post-event feedback, compare event performance, and calculate event-specific ROI.
🎯 Project Scope Overview
This screen provides event organizers with:
Attendance Tracking: Real-time attendance metrics for events.
Engagement Analysis: Measure participant interactions and sub-group dynamics.
Sub-Group Creation Insights: Track and analyze AI-driven sub-group formation.
Post-Event Feedback Analysis: Analyze qualitative and quantitative feedback.
Event Comparison Tools: Compare event performance over time or across different groups.
Revenue, Cost & ROI Calculation: Evaluate financial performance and cost-effectiveness.
🛠️ Phased Development Plan
🔹 Phase 1: Frontend Development (UI & State Management)
Objective: Build an intuitive, interactive interface that visually presents event-related data and trends with simulated API responses.
📐 Step 1: Define UI Structure
Goal: Create a clean, modular layout that aligns with EverUS design standards.
UI Components Breakdown:
Event Overview Panel
Event Summary: Basic event details (name, date, duration, location).
Key Metrics: Quick summary of attendance, engagement, and ROI.
Status Indicator: Highlight event status (Upcoming, In Progress, Completed).
Attendance & Engagement Panel
Real-Time Attendance Chart: Visual display of check-ins vs. expected attendees.
Engagement Graphs: Measure participant interactions, session duration, and feedback completion.
Sub-Group Participation: Breakdown of participant distribution across sub-groups.
Post-Event Feedback Panel
Response Rate Overview: Track response completion and timing.
Sentiment Analysis: AI-powered sentiment breakdown of open-ended feedback.
Feedback Categorization: Group feedback by themes (e.g., networking quality, content value).
Sub-Group Analytics Panel
Sub-Group Creation Summary: Number and composition of sub-groups formed.
Sub-Group Engagement Metrics: Participation rates, engagement levels, and dropout rates.
AI Suggestion Performance: Measure accuracy of AI-driven group formation.
Event Comparison & Trends Panel
Multi-Event Comparison: Side-by-side comparison of event performance.
Trend Analysis: Monitor changes in key metrics across multiple events.
Engagement Over Time Graphs: Visualize participant engagement and response trends.
Financial Analysis & ROI Panel
Revenue Breakdown: Event-related income sources.
Cost Analysis: Fixed and variable cost allocation.
ROI Calculation: Automated return on investment calculation with comparison tools.
🎨 Step 2: Implement Design System
Goal: Ensure consistency with the EverUS visual identity and data presentation standards.
✅ Component Library:
Radix UI for modal dialogs, dropdowns, and input controls.
ShadCN Components for tables, graphs, and interactive charts.
Tailwind CSS for responsive grid layouts and consistent spacing.
✅ Color & Data Visualization Standards:
Primary Accent (Attendance/Engagement): #3B82F6 (Blue)
Positive Indicator (ROI/Revenue): #10B981 (Green)
Negative Indicator (Cost/Losses): #EF4444 (Red)
Neutral Indicator (Feedback Trends): #FBBF24 (Yellow)
📝 Step 3: State Management with Redux Toolkit
Goal: Maintain real-time event data and track user interactions.
✅ Redux Structure:
eventSlice.js – Store event-specific data, metrics, and analytics.
attendanceSlice.js – Track attendance data and live check-ins.
feedbackSlice.js – Manage post-event feedback and sentiment analysis.
comparisonSlice.js – Store comparison results and trend data.
financeSlice.js – Handle revenue, cost, and ROI calculations.
✅ Action Types & State Flow:
SET_EVENT_METRICS – Load event-specific data from API.
UPDATE_ATTENDANCE – Track attendance updates in real-time.
SET_FEEDBACK_RESULTS – Store feedback and sentiment analysis.
UPDATE_SUB_GROUP_ANALYTICS – Track changes in sub-group metrics.
GENERATE_COMPARISON_REPORT – Generate event comparison insights.
CALCULATE_ROI – Trigger financial analysis and ROI calculation.
🎯 Step 4: Build Core UI Screens
Goal: Build dynamic, interactive UI components that present event analytics effectively.
Status indicator with real-time event status (Upcoming, Ongoing, Completed).
Quick stats on attendance, engagement, and ROI.
Session Duration & Engagement Metrics: Graph showing time spent per session.
Sub-Group Participation Breakdown: Pie chart or bar graph of group engagement.
AI Sentiment Analysis Panel: Summary of positive, neutral, and negative responses.
Category-Based Feedback Aggregation: Grouped responses by themes (e.g., connection quality, content).
Engagement Metrics by Group: Monitor sub-group activity and participation rates.
AI Performance Graph: Percentage of accepted vs. rejected AI suggestions.
Engagement Trend Graphs: Visualize engagement across multiple events.
Metric Summary Panel: Highlight key differences and trends.
ROI Calculation Panel: Automated calculation of ROI with comparison benchmarks.
Cost Efficiency Graph: Compare event cost per participant with ROI trends.
I'll create a mockup for the Event Analytics Dashboard with all the requested features and panels.
This Event Analytics Dashboard provides a comprehensive view for event organizers with all the requested features:
The dashboard uses the shadcn/ui component library with Tailwind CSS for styling and Recharts for data visualization. The color scheme follows the requested standards with blue for attendance/engagement, green for positive indicators, red for negative indicators, and yellow for neutral indicators.
The interface is organized into tabs for easy navigation between different analytics sections, with a responsive design that works well on different screen sizes.
I need this to be A LOT simpler.
I'll create a much simpler version of the dashboard that's appropriate for a first-time event with limited data.
I've significantly simplified the Event Analytics Dashboard to make it more appropriate for a first-time event:
The dashboard now focuses on what would be available for a first-time event: real-time attendance tracking, basic engagement metrics, simple feedback analysis with NPS, and sub-group analytics based on attendee interests and roles.