Understanding Gen Z Engineers: Strengthening Collaboration in Technical Teams
As Gen Z engineers flood into Canada's technical teams amid persistent talent shortages and high attrition risks, intergenerational friction threatens project delays and innovation stalls in critical infrastructure and engineering sectors.
Key takeaways
- •Gen Z, now comprising a growing share of the engineering workforce, shows shorter job tenures averaging around 1.1 years early in careers and higher attrition rates up to 22% annually, exacerbating talent retention challenges in engineering.
- •Engineering firms face mounting pressures from skills mismatches, aging workforces nearing retirement, and demands for purpose-driven, flexible, digitally fluent collaboration styles that clash with established multigenerational norms.
- •Failure to bridge these gaps risks higher turnover costs, slowed project timelines, and reduced competitiveness in sectors like infrastructure renewal and sustainable development, where Canada already grapples with labor shortages.
Bridging the Generational Divide
Gen Z engineers, born after 1997 and entering the workforce in large numbers, bring unmatched digital fluency and expectations for purpose-driven roles focused on sustainability, ethical impact, and rapid growth. Yet this influx collides with established engineering teams dominated by older generations accustomed to hierarchical structures, in-person workflows, and different communication norms.
Recent trends show Gen Z prioritizing authentic connections, hybrid flexibility, and in-person collaboration for mentorship—despite stereotypes of remote preference—with surveys indicating many value real-time feedback and team bonds that digital tools alone cannot replicate. In technical fields, where precise collaboration on complex projects is essential, misconceptions about Gen Z as entitled or disloyal amplify tensions, leading to friction in project teams, fieldwork, and knowledge sharing.
The stakes are concrete in Canada, particularly Ontario, where engineering confronts talent shortages compounded by retiring professionals and slow replacement rates. High Gen Z turnover—often driven by limited upskilling or misalignment with values—raises replacement costs that can exceed one year's salary per engineer, while delayed projects in infrastructure, energy transition, and public works carry economic ripple effects. With Gen Z projected to form a substantial portion of the workforce by the late 2020s, organizations ignoring these dynamics face innovation lags as fresh perspectives on AI integration, sustainable design, and agile problem-solving remain underutilized.
Non-obvious tensions include the paradox of Gen Z's tech-savviness clashing with desires for human-centric mentorship, and the risk that overemphasizing digital tools erodes team cohesion in high-stakes engineering environments. Meanwhile, broader economic uncertainty in 2025-2026, including job market softening for entry-level roles, pushes Gen Z toward mobility, heightening retention pressures for employers already competing for scarce specialized skills.
Sources
- https://members.ospe.on.ca/event/understanding-gen-z-engineers-strengthening-collaboration-in-technical-teams/
- https://www.randstad.com/press/2025/genz-workplace-blueprint
- https://www.deloitte.com/us/en/insights/topics/talent/2025-gen-z-millennial-survey.html
- https://www.forbes.com/sites/chriswestfall/2025/01/04/the-gen-z-catch-22-workforce-challenges-threatening-careers-in-2025
- https://www.ashrae.org/news/ashraejournal/preparing-for-generation-z
- https://www.linkedin.com/pulse/understanding-engaging-generation-z-workplace-2025-insights-tjjdf
- https://www.eaglehillconsulting.com/insights/gen-z-employee-retention
- https://www.davron.net/gen-z-job-seekers-expectations-2026