Gap Analysis: Identifying Competency Deficiencies Before They Become Problems

A training certificate proves someone completed a course. It doesn't prove they can apply what they learned, make good decisions under pressure, or recognize hazards before they become incidents. The 2024 EM 385-1-1 makes this distinction explicit — the manual emphasizes competency over mere completion. Gap analysis is how you identify where your workforce actually stands.

What Gap Analysis Actually Is

Gap analysis in this context means systematically comparing what your workforce knows and can do against what they need to know and do for the work they're assigned to. It's not a test you pass or fail — it's a diagnostic tool that reveals specific areas where additional training, supervision, or process improvements are needed.

Effective gap analysis looks at both technical knowledge (can they explain the requirements?) and practical application (can they recognize the hazard on day one of a new project?). Both matter for safety outcomes.

The 2024 EM 385-1-1 requires documented competency verification for personnel performing hazardous work. Gap analysis provides the baseline data that makes competency verification possible — you can't verify competency without knowing what you're measuring against.

Building Your Gap Analysis Framework

Start by breaking down your workforce by role and assignment. Different roles need different competency levels — an SSHO needs deeper knowledge than a crew member, and a competent person for excavation needs specific technical expertise beyond general safety awareness.

For each role category, identify the EM 385-1-1 topics relevant to the work they perform. An excavation crew needs strong competency in Chapter 25 (Excavation and Trenching), while a steel erection crew needs Chapter 28 (Steel Erection). General construction workers need broad awareness across multiple topics.

Then assess current competency against those topic areas. Assessment methods can include written tests, practical demonstrations, supervisor observation, and structured interviews. Use multiple methods — someone who test well may still struggle in practical application.

Document everything. The 2024 manual requires demonstrated competency verification, not just training records. Your gap analysis documentation becomes part of your competency verification record.

Common Gap Areas We've Identified

Through our training programs, we've identified several recurring competency gaps across the federal contracting workforce:

LOTO Procedures: Many workers have completed Lockout/Tagout training but cannot correctly apply the sequence to equipment they encounter in the field. This is one of the most frequently cited gaps.

Excavation Classifications: The ability to correctly classify soil types and select appropriate protective systems is consistently weak, even among experienced workers.

Confined Space Entry: Entry permit procedures, atmospheric testing protocols, and rescue provisions are frequently misunderstood in practical application.

Fall Protection Planning: Workers understand they need fall protection but struggle with selecting the right system for specific situations and correctly calculating fall distances.

SSHO Decision Authority: Many designated SSHOs understand their technical responsibilities but aren't clear on their authority to stop work — or how to document when they exercise that authority.

Turning Gaps Into Training Plans

Gap analysis is only useful if it drives action. Once you've identified where your workforce falls short, develop targeted training plans that address specific deficiencies rather than just re-running general courses.

Focus on practical application in your training. Generic lectures about excavation safety are less effective than hands-on practice classifying soil samples and selecting protective systems. The more closely training mimics actual field conditions, the better the competency transfer.

Follow up on training with observation and documentation. Track whether the gap has been closed, and if not, identify why. Sometimes the issue isn't training quality — it's that the trained behavior isn't being reinforced in the actual work environment.