Generative AI accelerates creation. Human-centred design (HCD) helps direct that speed toward problems worth solving and outcomes that people value.
Human understanding is a competitive advantage
Generative AI models are inherently prone to "regression toward the mean,” where outputs can exhibit less variation than real-world experiences.1 While prompting techniques can introduce greater diversity, organizations still need human insight to identify opportunities that are distinctive rather than merely probable.
Humans are remarkably good at finding ways around broken experiences, creating our own workarounds when products, services, or experiences are suboptimal. These are often undocumented and don’t show up in large language models.
HCD is an approach to problem-solving that puts people at the centre of the design process, using direct observation, conversations, and prototyping to uncover unmet needs, real-world behaviours, and to shape solutions. It’s a process that intentionally wrestles with divergence and extremes as ways to pressure test desirability and demand. As inclusive design has long shown, when we take the time to understand complexity, we come up with solutions that benefit a broader range of needs and contexts.
When we understand people better, we make better things for them.
Generative AI has lowered the barrier to creation: a few well-crafted prompts and some experimentation are often enough to turn an idea into something tangible. But speed doesn’t always mean value—we need to build things people want instead of just building things faster.
Case study: supporting inclusion
In collaboration with a national non-profit organization, we developed an AI-powered workplace accommodations tool that helps organizations offer consistent, effective, and more equitable disability accommodations.
Problem
Research found that it was a perceived challenge for employers to build the proper infrastructure and an inclusive culture such that they could confidently hire and retain persons with disabilities. We also discovered that persons with disabilities are often hesitant to disclose their disabilities due to fear of bias or negative career impacts. The team sought to explore if a GenAI-based solution could help.
Solution
We conducted extensive user research, stakeholder interviews, and co-creation sessions with persons with disabilities to identify opportunities to improve workplace inclusion. By partnering with individuals with lived experience, we explored, tested, and refined promising concepts. We quickly learned that workplace inclusion is ultimately experienced most through interactions with direct managers. Even the most thoughtful policies and well-intentioned leadership can fall short if managers are not actively fostering inclusion every day.
Through a series of collaborative design workshops, we ultimately co-created Adaptive Accommodations, a GenAI-enabled solution designed to support employees with disabilities and their direct managers with developing and managing personalized and effective workplace accommodations.
Adaptive Accommodations is designed to provide personalized workplace accommodation recommendations, manager guidance, accommodation planning and tracking, proactive support, and streamlined workflows to make accommodations more accessible, timely, and consistent while maintaining privacy and human oversight.
We could not have developed a solution that resonated so strongly without the active participation of those we were designing for. Their participation helped us move rapidly to a working proof of concept while ensuring we were solving the right problem in the right way.
How Deloitte can help
It’s not a matter of generative AI versus human insights but how and when to leverage what each does best to differentiate and not just replicate.
Here are some questions that we’d love to explore with your organization.
Establishing problem-solution fit
Choosing and testing MVPs
Launching new businesses
Thank you to our contributors: Yasmine Dabbous & Lidiia Tulenkova
End Notes
Princeton University. “Variance reduction in output from Generative AI,” published March 2, 2025.
Leading our Innovation & Customer Strategy practice with an emphasis on the public sector, Sarah brings deep knowledge and experience in inclusive design, ethnographic research, and sociology to help governments transform their services to better meet the needs of all Canadians. Her work is published in The Journal of Design Strategies, Harvard Business Review, Behavioral Scientist, and numerous Deloitte Insights reports
Jaimie is Deloitte Canada’s national Cedntral Government Leader. She is also the Business Industry Leader for Government and Public Sector; Technology & Transformation, and Operate. She works with clients to accelerate digital change in the public sector, helping governments to better serve citizens using modern technologies. She previously served as the chief digital officer for the Government of British Columbia and has held a variety of leadership roles in the Government of Canada. Recognized as one of the World’s 100 Most Influential People in Digital Government, Jaimie is a frequent speaker on service modernization, data-driven leadership, and the future of government.
Jake is a Senior Manager in Deloitte’s Customer Strategy practice where he is focused on designing human-centered experiences for public sector clients in Canada. He is passionate about Equity-centered Design for government services and his thought-leadership on the topic is published on Deloitte.com. Prior to joining Deloitte, Jake spent time embedding human-centered design into the culture at one of Canada’s largest financial services organizations and was a product manager at a global digital government software company. Jake holds a Master in Business, Entrepreneurship & Technology from the University of Waterloo. Jake’s project experience spans the range of digital service delivery from discovery through to live deployments. Jake possesses deep knowledge in User Research & User Testing, Service Design, Digital Service Standards and Jurisdictional Scanning.