AskFritz

AI-Powered HR Services Platform

UX & UI Design · SaaS Web Application · Real Client · Enterprise / AI

Project Overview

AskFritz is an AI-powered HR services web application designed to help organizations manage HR operations and access relevant candidate information efficiently. The platform brings together employee data, AI-driven insights, and HR workflows into a single system, supporting HR professionals in making informed decisions with greater speed and clarity.

The product needed to balance complex, data-heavy functionality with a user experience that felt intuitive, reliable, and approachable for non-technical users.

My Role

I worked as the UX & UI Designer, responsible for shaping the end-to-end user experience of the platform.

My responsibilities included:

  • UX research and problem framing

  • Information architecture and user flows

  • Wireframing and interaction design

  • High-fidelity UI design

  • Creating and maintaining a design system

  • Design handoff and collaboration with stakeholders and engineers

The Problem

HR professionals often work across fragmented systems while handling large volumes of employee and candidate data. Introducing AI into HR workflows adds additional complexity, particularly around trust, transparency, and usability.

The key challenges were:

  • Making AI-powered outputs easy to understand

  • Reducing cognitive load in data-dense screens

  • Designing workflows that felt efficient and predictable

  • Ensuring the product felt trustworthy and enterprise-ready

Goals & Design Principles

Project Goals

  • Simplify complex HR and AI-driven workflows

  • Improve clarity and usability across the platform

  • Build user trust in AI-generated recommendations

  • Create a scalable foundation for future features

Design Principles

  • Clarity over complexity

  • Transparency in AI interactions

  • Consistency across workflows

  • Human-centered decision-making

Users & Use Cases

Primary Users

  • HR professionals

  • Recruiters

  • HR managers working with employee and candidate data

Key Use Cases

  • Uploading and managing employee data

  • Reviewing AI-suggested candidate profiles

  • Understanding skill matches and experience

  • Navigating HR services efficiently within a single platform

UX Process & Insights

Research & Understanding

Due to project timelines and constraints, the research phase focused on stakeholder discussions, domain understanding, and identifying common pain points in existing HR workflows. Special attention was given to how users interpret AI-generated insights and where confusion or mistrust could occur.

Key Insights

  • Users needed clear context and hierarchy to interpret AI results confidently

  • Dense data views required strong visual structure and prioritization

  • Consistency across screens significantly reduced learning effort

These insights guided decisions around layout, interaction patterns, and information hierarchy throughout the product.

Information Architecture & User Flows

I focused on structuring the application so users could complete key tasks without feeling overwhelmed by data. Core workflows were broken into clear, logical steps, supported by consistent navigation and predictable interaction patterns.

UI Design & Visual Direction

The visual design aimed to feel professional, calm, and trustworthy, aligning with enterprise expectations while remaining approachable.

The UI focused on:

  • Clear typography for readability in data-heavy views

  • Strong visual hierarchy to surface important information

  • Consistent spacing and layout patterns

  • Subtle use of color to support focus and clarity

Design System & UI Foundations

To support consistency, scalability, and efficient collaboration, I created a design system tailored to the needs of an enterprise, AI-driven HR platform. The system acted as a shared foundation for design and development, ensuring alignment across teams.

The design system included:

  • A restrained color palette designed to convey clarity and trust

  • Accessible typography optimized for data-dense interfaces

  • Reusable components such as buttons, inputs, tables, and cards

  • Consistent spacing and layout patterns across screens

By standardizing core UI elements, the design system reduced inconsistencies, supported faster iteration, and helped maintain a cohesive experience as the product evolved.

Why the Design System Mattered

The design system enabled scalable feature development, reduced design debt, and supported smoother collaboration with engineering by establishing clear, reusable patterns.

Collaboration & Handoff

I worked closely with product stakeholders to align on requirements and priorities, and collaborated with engineers throughout the design process to ensure feasibility and smooth implementation. Designs were prepared for handoff with clear specifications and reusable components to support long-term scalability.

Outcome & Impact

  • Delivered a cohesive UX for an AI-powered HR services platform

  • Improved clarity and usability across core workflows

  • Established scalable design patterns for future features

  • Supported efficient collaboration between design, product, and engineering

Key Learnings

  • Designing AI-driven products requires extra attention to trust and transparency

  • Strong information hierarchy is essential in data-heavy enterprise systems

  • Consistent patterns significantly improve user confidence and usability

Reflection

This project strengthened my experience designing for complex, enterprise-level systems and reinforced the importance of clarity, collaboration, and human-centered thinking when working with AI-powered products.

Dashboard overview — Designed to surface key metrics at a glance while maintaining clarity across multiple data visualizations.

Designing a clear and trustworthy user experience for an AI-driven HR SaaS platform used by HR professionals and recruiters.

Admin management interface — Structured layouts and consistent patterns support efficient user management and reduce cognitive load in repetitive tasks.

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