University graduates often enter industry labs with strong technical skills, fresh ideas, and real enthusiasm to contribute. But the move from an academic setting to an industry environment brings a different set of expectations—particularly around safety. Academic labs and industry labs simply operate at different scales and under different regulatory pressures. In industry, safety systems, documentation, and compliance requirements shape daily work in ways that can feel new, even to talented and well-trained scientists.
That reality puts the responsibility on lab leaders to evaluate how prepared a new hire truly is from a safety standpoint. According to Divya Krishnamurthy, an environmental health and safety (EHS) leader with two decades of experience across R&D and workplace safety, lab managers must look beyond credentials when evaluating new hires.
“Lab managers should assess safety readiness by evaluating judgment, behavior, and risk awareness,” she explains. “This can be accomplished by asking scenario-based questions to see how candidates respond to realistic situations, such as PPE noncompliance or chemical spills.”
Rather than relying on transcripts or prior lab titles, Krishnamurthy recommends probing how candidates think under pressure. “Strong candidates describe clear steps: pausing work, consulting SDS resources, escalating concerns, and documenting incidents.” These responses reveal practical risk awareness, not just theoretical knowledge.
She also encourages hands-on evaluation. “Test hazard recognition with mock lab setups to evaluate observational skills and risk prioritization. Ask about times they’ve stopped unsafe work to gauge willingness to speak up.” Reference checks can reinforce this assessment when framed around safety behaviors instead of technical output alone.
Common safety gaps during the academic-to-industry transition
Even high-performing graduates face adjustment challenges. Krishnamurthy notes that some underestimate how different industry operations can feel.
“New hires moving from academia to industry often underestimate how scale and complexity amplify worker risk,” she says. Common gaps include “limited experience with formal risk assessments (e.g., HAZOP, MOC), inconsistent PPE discipline, documentation practices, and incomplete understanding of regulatory obligations under agencies like the Occupational Safety and Health Administration.”
Graduates may also lack familiarity with safeguards that may not be used as often in academic labs. “Personnel may be unfamiliar with industrial safeguards such as lockout/tagout, confined space controls, interlocks, and structured near-miss reporting.”
The deeper shift, she notes, involves mindset. “The key shift is from flexible, experiment-driven lab culture to a safety culture that focuses on systematic hazard prevention, compliance, and safety and well-being of workers.”
Reinforcing safe practices in the first 90 days
Early onboarding shapes long-term safety habits. New hires often hesitate to ask questions for fear of appearing unprepared. Krishnamurthy urges managers to address this directly.
“During the first 90 days, lab managers should proactively create a positive safety culture and structured reinforcement,” she advises. Leaders should “normalize questions by explicitly encouraging employees to stop and ask when unsure.”
She suggests replacing vague prompts with focused conversations. “Use structured check-ins (‘What could go wrong?’) instead of vague prompts. Conduct brief pre-task hazard reviews to build risk awareness.”
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Mentorship also plays a central role. “Pair new hires with safety-focused mentors who model compliance and documentation.” These relationships translate policies into daily behaviors.
Managers should actively observe and respond. “Observe behaviors, not just outcomes, and provide immediate feedback. Publicly value near-miss reporting,” explains Krishnamurthy. Early reinforcement reduces hesitation-driven risk and builds confidence in speaking up.
Correcting unsafe practices while reinforcing accountability
Graduates sometimes carry forward habits that conflict with industry protocols. How managers respond in those moments can either strengthen or weaken the lab’s safety culture.
“When a new hire brings unsafe practices into an industry lab, managers should respond calmly and coach and not blame,” Krishnamurthy emphasizes. “Immediately stop the behavior, focusing on the risk, not the individual.”
She advises approaching these situations with curiosity rather than assumption. “Ask questions to understand their intent and previous habits, recognizing many unsafe behaviors may come from past training environments.” From there, managers should clearly explain the context. “Explain why industrial scale, process hazards, and regulations make the practice unsafe. Review the correct procedure, documentation, and expectations.”
At the same time, accountability must remain clear. “Managers can balance accountability with prior habits by framing safety as a shared learning culture,” Krishnamurthy says. Leaders should “focus on outcomes, not intent, and treat mistakes as learning opportunities.” Observed unsafe behaviors become coaching moments when they are explicitly linked to operational risks and regulatory requirements.
Follow-up reinforces the shift. “Reinforce positive behaviors and proactive reporting to build confidence. Follow up to ensure habits shift without creating fear.” In this approach, accountability stays firm, but it becomes constructive—aligned with building a durable, industry-ready safety mindset rather than assigning blame.
Building a sustainable safety culture for early-career professionals
Krishnamurthy underscores that safety training does not end after orientation. Consistent messaging, visible leadership behavior, and regular follow-up anchor safety as part of professional identity. When lab managers treat safety readiness as a combination of mindset, judgment, and discipline, they equip university graduates to thrive in regulated, high-complexity environments.
The result extends beyond compliance. Early-career scientists develop safer habits, stronger risk awareness, and greater confidence to intervene, which helps protect people, preserve operations, and strengthen the lab’s culture.
