Design AI assisted System for Recruiters for faster & simplified recruitment Experience

Overview

Talentin HR is a SaaS platform designed for HR managers and recruiters, with a primary focus on the MENA region and a vision to scale globally. Built over years of development and experimentation, the product leverages AI at its core to enhance efficiency and accelerate the hiring process.

Interaction Labs was engaged to elevate the user experience of Talentin HR, with a clear objective to improve the overall service quality. Our engagement focused on the following key areas:

  • Redesigning the user experience based on established usability principles
  • Developing an interactive, clickable prototype of the system
  • Providing ongoing UX support to the development team during implementation cycles

Problem Statement

  • Fragmented: The product underwent several months of iteration and ideation, resulting in a complex and fragmented user journey.
  • Inconsistent: Lack of standardized UI components introduced inconsistencies, contributing to a cluttered interface and an outdated visual design.
  • Complex: Navigational complexity made the system difficult to use, especially for non-tech-savvy users, impacting overall usability.
  • Lower Adoption: High-value features suffered from low adoption due to poor discoverability and unintuitive interaction patterns.

"While the product includes powerful features that offer significant value to end users, many users fail to recognize or fully understand its unique value proposition."

Ali (Co-founder, Talentin)
TalentIn Dashboards Before and after

Approach

  • User Research: Conducted in-depth user interviews, including in-person sessions with targeted, contextual inquiries to uncover key expectations, pain points, and unmet needs across the recruitment workflow.
  • Heuristic Evaluation: Performed a comprehensive heuristic analysis to identify usability violations, interaction friction, and UX bottlenecks affecting task efficiency and decision-making.
  • Persona & Journey Mapping: Developed detailed user personas and mapped recruitment journeys to align design decisions with real-world behaviors, goals, and emotional touchpoints.
  • Workflow Optimization: Analyzed end-to-end recruiter tasks to streamline key flows—such as candidate sourcing, shortlisting, and communication—prioritizing ease-of-use and task completion speed.
Selecting Screening partner using Credits flow

Hypothesis & Goal

Designed a user-centric system that minimizes interaction friction, accelerates task completion by 50%, enhances user satisfaction scores, and drives feature adoption through intuitive UX flows—achieving high usability with minimal onboarding and support intervention.
F Pattern for shortlisted candidate quick actions

Guiding Principles and Approach

AI Summary & Scoring Transparency
Clearly present AI-generated candidate summaries and scoring breakdowns, using visual hierarchy to highlight strengths and critical sub-scores for informed decisions.

Smart Shortlisting Experience
Enable quick candidate evaluation with intuitive shortlist actions and side-by-side comparisons, minimizing cognitive load and steps in the selection process.

F-Pattern Profile Browsing
Use F-pattern layout to support fast scanning of candidate profiles, emphasizing key data points like contact info, summary, and scores at glance-friendly zones.

Insight-Driven Dashboards
Design dashboards that deliver real-time recruitment pipeline metrics and KPIs, tailored to both recruiters and managers for strategic oversight.

AI-Sourced Discovery Flow
Ensure a smooth, guided experience from posting roles to discovering AI-suggested candidates, with clear feedback loops and progress indicators at each stage.

AI match suggestion for the top candidate based on your job description.

Experiments, Exploration, and Rapid Prototyping

Benchmarking: Conducted a peer-group competitive analysis to identify UX patterns and industry best practices.

Validation: Created low-fidelity wireframes to gather early feedback and validate core user flows.

Navigation: Developed high-fidelity wireframes exploring multiple navigation models to enhance usability.

Consistency: Built a comprehensive design system to ensure visual coherence and scalability.

Simplification: Explored various approaches to high-value features to streamline complex recruiter workflows.

Iteration: Rapidly prototyped and tested key functionalities through design sprints to refine user interactions.