AnalytiXIN Data Explorer for the Terra Platform

Empowering Data-Driven Decision Making Through Intuitive Analytics

Overview

  • My role: Product Designer

  • Timeline: 12 months (Discovery to MVP Launch)

  • Team: Cross-functional team of 21 (Product, Engineering, Data Science )

  • Focus Areas: Enterprise Analytics Interface, Data Exploration Workflows, Business Intelligence UX

The Challenge

Data scientists using AnalytiXIN needed an efficient way to explore and analyze complex datasets without requiring deep technical expertise. The existing data exploration process was fragmented across multiple tools and required advanced query knowledge, creating barriers for analysts to quickly derive actionable insights.

Key Problems:

  1. Complex data query and filtering requirements

  2. Difficulty navigating large, multi-dimensional datasets

  3. Need for both simple exploration and advanced analytics capabilities

  4. Business users required intuitive interface without losing analytical depth

The Solution
Data Explorer: A Point-and-Click Analytics Platform

Designed a comprehensive interface enabling analysts to explore datasets through an intuitive, guided workflow within the AnalytiXIN platform.

Core Features:

  • Guided Data Selection: Drop-down menus organizing data by categories, domains, and metrics

  • Flexible Search & Browse: Multiple pathways to discover relevant data dimensions

  • Smart Filters: Context-sensitive options for refining data exploration

  • Visual Query Builder: Drag-and-drop interface for creating complex data relationships

  • Logical Operators: Clear AND/OR filter relationships for sophisticated data analysis

User Workflow:

  1. Create & Define: Add inclusion criteria from organized data categories

  2. Search & Select: Browse data domains and metrics relevant to business objectives

  3. Refine & Filter: Apply specific parameters and advanced filtering options

  4. Review & Validate: Data preview functionality for criteria validation

  5. Save & Execute: Finalize queries with clear logical relationships and export options

Key Design Decisions

Decision 1: Inclusion-First Data Approach

  • Always start with data analysts want to include in their analysis

  • Prevents negative filtering patterns that could miss important insights

Decision 2: Dual-Mode Architecture

  • Separate simple exploration mode from advanced analytics mode

  • Allows focused workflows without overwhelming novice users

Decision 3: Progressive Disclosure

  • Surface common data filters first, with advanced options available on-demand

  • Accommodates both business analysts and data scientists

Impact

Analyst Efficiency:

  • Streamlined data exploration process

  • Reduced technical barriers for business analysts

  • Enabled sophisticated analysis without requiring SQL knowledge

Data Quality:

  • Clear filter documentation for reproducible analyses

  • Built-in validation through data preview functionality

  • Support for complex filtering logic (AND/OR criteria)

Platform Adoption:

  • Intuitive interface lowered entry barriers for new analysts

  • Point-and-click functionality democratized access to enterprise data

Key Learnings

Domain Expertise Matters: Business analysts think in terms of inclusion/exclusion criteria for data exploration - the interface needed to mirror this mental model rather than technical database concepts.

Progressive Complexity: Starting simple with the ability to add sophistication allowed analysts to grow into the tool's full capabilities.

Workflow Integration: The Data Explorer's effectiveness came from its seamless integration with visualization and reporting tools, creating a complete analytics workflow rather than isolated functionality.

Previous
Previous

Takeda One Research Dashboard

Next
Next

Terra Platform