Keylime Interactive

AI Opportunities in Professional Upskilling

Experience Studio Project

Overview

In today's rapidly evolving job market, upskilling, or the process of learning new, relevant skills is no longer optional. While Artificial Intelligence presents a massive opportunity to personalize and scale learning, its role is often met with a mix of excitement and skepticism. Our team partnered with Key Lime Interactive (KLI), a woman & minority-owned UX/CX agency, to research and identify opportunities in this complex space.

5 Key Opportunities

Discovered from research

5 Concepts

Translated to mid-fidelity prototypes

Timeline

Aug - Dec 2025

Key Areas

UI/UX Design, Research, AI tools, Prototyping, Usability Testing

Team

7 UX Designers

Design Space

Problem Statement

Professionals at all levels know they need to keep learning, but the path is often unclear. Early-career professionals feel overwhelmed by resources, while students struggle to bridge the gap between academic theory and real-world application. Companies invest in learning platforms, but these often fail to address the core human needs for guidance, feedback, and practical experience.

This leads to

Design Question

How can AI be leveraged to create upskilling solutions that are effective, trusted, and address the nuanced needs of both students and professionals?

Project Goals

Communicate findings after investigating AI and upskilling, and exploring opportunities into where and how they intersect

Based on findings, design and iterate possible solutions combining AI and upskilling into mid fidelity prototypes

Approach

01

Research

This phase aimed to establish a foundational understanding of AI in the context of upskilling. This phase included secondary research consisting of literature reviews, a SWOT & comparative analysis of existing platforms, user surveys, and 12 interviews.

01

Research

This phase aimed to establish a foundational understanding of AI in the context of upskilling. This phase included secondary research consisting of literature reviews, a SWOT & comparative analysis of existing platforms, user surveys, and 12 interviews.

01

Research

This phase aimed to establish a foundational understanding of AI in the context of upskilling. This phase included secondary research consisting of literature reviews, a SWOT & comparative analysis of existing platforms, user surveys, and 12 interviews.

01

Research

This phase aimed to establish a foundational understanding of AI in the context of upskilling. This phase included secondary research consisting of literature reviews, a SWOT & comparative analysis of existing platforms, user surveys, and 12 interviews.

02

Ideation

Key insights from research were synthesized to identify key opportunity gaps. These gaps served as the foundation for collaborative brainstorming and a Crazy 8s sketching workshop to generate a wide range of potential solutions.

02

Ideation

Key insights from research were synthesized to identify key opportunity gaps. These gaps served as the foundation for collaborative brainstorming and a Crazy 8s sketching workshop to generate a wide range of potential solutions.

02

Ideation

Key insights from research were synthesized to identify key opportunity gaps. These gaps served as the foundation for collaborative brainstorming and a Crazy 8s sketching workshop to generate a wide range of potential solutions.

02

Ideation

Key insights from research were synthesized to identify key opportunity gaps. These gaps served as the foundation for collaborative brainstorming and a Crazy 8s sketching workshop to generate a wide range of potential solutions.

03

Prototyping and Testing

Sketches were translated into low-fidelity prototypes and user tested to gather feedback. The insights gained from testing directly informed the iteration of initial concepts into detailed, mid-fidelity prototypes.

03

Prototyping and Testing

Sketches were translated into low-fidelity prototypes and user tested to gather feedback. The insights gained from testing directly informed the iteration of initial concepts into detailed, mid-fidelity prototypes.

03

Prototyping and Testing

Sketches were translated into low-fidelity prototypes and user tested to gather feedback. The insights gained from testing directly informed the iteration of initial concepts into detailed, mid-fidelity prototypes.

03

Prototyping and Testing

Sketches were translated into low-fidelity prototypes and user tested to gather feedback. The insights gained from testing directly informed the iteration of initial concepts into detailed, mid-fidelity prototypes.

Research

This phase aimed to establish a foundational understanding of AI in the context of upskilling. This phase included secondary research, a comparative analysis of existing platforms, user surveys, and 12 interviews.

Guiding Questions

What are the core user needs and pain points in upskilling?

How do AI tools currently support or hinder progress toward user goals?

Goals

Develop a comprehensive understanding of AI and Upskilling tools

Analyze existing solutions in the market

 Identify user motivations and pain points in the upskilling process

Secondary Research

Literature Review

I looked into traditional upskilling. I started by only researching academic articles however I learned that user opinions on sites like Reddit is a good resource to gather a wider swath of data.

Comparative Analysis

To gain insight into the tools that are currently available, we conducted a comparative analysis. I researched career coaching platforms that provide upskilling resources with features that include artificial intelligence.

Specialized Learning

Learning Systems

Skill Development

Career Coaching

SWOT Analysis

This analysis helped evaluate the effectiveness of existing AI-driven upskilling solutions, pinpoint gaps, and explore areas for innovation and improvement.

Primary Research

This sprint utilizes interviews and a survey. The interviews allow the collection of deep qualitative while the survey will allow the collection of quantitative data about our most available user group.

Survey

We did not get a representative sample from our target population to make solid claims. However, I learned that we can still leverage the data collected to explore them further with secondary research. The survey also provided possible contacts for interviews with an incentive.

Preferred upskilling methods include watching YouTube videos, taking online courses, and practice through personal projects. 

50% of students who upskill spend 1-2 hours a week and 50% spend 3-5 hours, which shows their willingness to invest their time in upskilling. 

69.2% use AI tools like ChatGPT daily and are open to using AI for learning. However, human guidance is preferred for career-related learning. 

Preferred upskilling methods include watching YouTube videos, taking online courses, and practice through personal projects. 

50% of students who upskill spend 1-2 hours a week and 50% spend 3-5 hours, which shows their willingness to invest their time in upskilling. 

69.2% use AI tools like ChatGPT daily and are open to using AI for learning. However, human guidance is preferred for career-related learning. 

Interviews

The team conducted 12 interviews in total to understand the role and perception of AI and key pain points in upskilling. I interviewed an upperclassman and a experienced professional.

Key Research Insights

01

Human Interaction is Essential: The most valuable learning experiences involve mentorship, peer collaboration, and direct feedback from managers. AI wasn't seen as a replacement.

02

Low Trust in AI for Critical Tasks: Users were comfortable using AI for basic, repetitive tasks but were highly skeptical of its ability to provide feedback, evaluate work, or teach topics.

03

Lack of Structure is a Major Barrier: Both students and professionals struggle with knowing what to learn. Current AI recommendations are too generic.

04

Soft Skills are Underdeveloped: A significant gap exists in developing crucial soft skills like communication and leadership through digital tools.

05

Practical Experience > Certifications: Hiring managers and professionals value hands-on, real-world project experience far more than certificates from online courses.

Opportunity Exploration and Ideation

The research phase revealed that a single one-size-fits-all platform would be ineffective. Instead, the team decided to focus on key opportunity areas and design targeted, AI-powered features. The goal was not to replace human interaction, but to enable it.

Guiding Question

How can we use our synthesized research to define our opportunities and ideate on potential solutions?

Goals

Define opportunities we identified through both primary and secondary research.

Ideate potential solutions to these opportunities.

Sketch initial low-fidelity solutions that addressed our gaps.

Identifying Gaps

Identified gaps and opportunities for ideation:

Enabling human interaction

Development of soft skills

Diverse learning styles

Efficient knowledge building

Providing constant feedback

Real-world projects

Enabling human interaction

Diverse learning styles

Providing constant feedback

Development of soft skills

Efficient knowledge building

Real-world projects

Crazy 8's Workshop

Each member of the team took a gap and drew one sketch per minute for 8 minutes. We put our sketches on our FigJam and voted via star stickers on the ideas/sketches that we determined the best. Three of my sketches were chosen.

User Feedback and Iteration

Taking our low-fi sketches, we looked for feedback through value proposition and usability testing. Sketches were translated into wireframes and to mid-fidelity prototypes.

Guiding Question

How can we use our previous insights and ideation to create and verify AI in upskilling solutions?

Goals

Gain feedback and insights on sketches through user testing.

Test, refine, and further iterate sketches.

Value Proposition and User Testing

Value Proposition Testing

Chosen sketches were presented to our user groups to gather quick qualitative and quantitative data. Concepts that scored the highest and new concepts generated from insights were refined.

User Testing

Refined and new concepts were presented again. Highest scored concepts were translated into mid-fidelity. I generated the highest scoring concept.

Final Solutions

AI Job Simulator

This feature addresses the need for practical experience. It assigns users realistic, task-based projects that mirror real-world workflows. Users "learn by doing" in a simulated professional environment, building a portfolio of tangible work.

AI Mock Interviewer

This tool focuses directly on soft skill development. Users can practice for interviews and receive real-time, AI-driven feedback on metrics like tone of voice, vocabulary, and response clarity, helping them build confidence and job-readiness.

AI Feedback Dashboard

To solve the problem of unstructured growth, this tool would integrate with performance reviews. It uses AI to analyze and summarize feedback from managers and peers, identifying strengths and weaknesses. It then generates a personalized "roadmap" with links to specific internal company resources, giving employees a clear, actionable path for improvement.

Design Rationale

Building Trust

`We position AI as a supportive assistant rather than an authoritative judge. It analyzes data, suggests paths, and provides practice, but the critical feedback and decision-making loops still involve humans (managers, mentors, peers).

Fostering Competence

By focusing on hands-on simulators and personalized roadmaps, our features help users build tangible skills and see their progress clearly, directly addressing the desire for real-world application.

Shopper Experience

The Feedback Dashboard and Job Simulator provide the clear guidance users are missing, while still allowing them the autonomy to choose which skills to focus on and how to learn them.

Limitations

Potential for AI Bias: Our participants were largely familiar with AI tools. This may have skewed our findings, as their perceptions might not reflect those of professionals who are less experienced or more skeptical of AI.

Limited Industry Input: As a student-led project, our access to a broad spectrum of industry professionals was limited. Deeper collaboration with more companies would be necessary to fully understand specific corporate upskilling needs.

Reflections

Importance of Research

This was my first exploratory, research-heavy project. I was slightly hesitant when I started this project since I wasn't well-versed in UX research. However, that meant that I had an incredible amount that I would be able to learn. I was very lucky to have great mentors in the team, where I learned so much by asking questions. I was exposed to many different research methods, where I learned how to preform them, what is gained from them, and why we preform them. Research provides the foundation for every project, it gives a starting point of validation for ideas.

Key learnings:

UX research is the process of replacing assumptions with objective evidence. It ensures that every design is backed with data-driven decisions in response to user needs rather than a speculative guess.

Scope

As an exploratory project, our direction was always changing. Our team really struggled with scope. We had started with the extremely broad subjects of both upskilling and AI. Everyone learns in life, what user group should we focus on? There are so many ways to utilize AI, what ways are we going to use it? These questions kept our scope incredibly big, and therefore there was a lot to research. As we went on, the team had to come together to make decisions to scope down. We realized that by trying to design for everyone, we were in danger of designing for no one. Ultimately, we learned that defining what the project wasn't was just as important as defining what it was, allowing us to transition from continued blind research to a focused direction.

Key learnings:

A projectโ€™s success is defined more by its focus than its features. In order to create a great solution, you must be willing to narrow the scope and solve one problem well instead of several problems poorly.

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