Almost every CV claims to be “competent in Microsoft Office” or “well versed in Excel,” but those words only tell you so much on their own. When employers ask how do I assess software proficiency before hiring, they’re usually trying to solve exactly this problem: how do you verify a claim instead of simply trusting it?
The very fact that interviews can, on their face, not provide evidence of this directly is fundamentally honest. In conversation, a candidate might confidently describe formulas or formatting features but when they’re sitting at a keyboard in real working conditions they can struggle.
They do so in spite of this gap often being of greater importance to employers than they realise. An employee who breezes into the job but silently fumbles when it comes to even basic spreadsheet functionality or simple text styling and formatting can stall an entire team meanwhile if a co-worker thought that was a confirmed skill and moves on.
The best way is to shift forward in the direction of practical task-based testing. Instead of asking someone to level their experience with Excel, a quick exercise could ask them to create a formula, tidy up messy data or set up a spreadsheet in a certain format under time constraints.
You do the same thing with Word and other document tools. Simple tasks, such as correct formatting of a badly formatted document, creating a table or applying consistent styles shows immediately if what someone stated to perform is reflective when working.
For positions that are presentation, you can also adapt a short PowerPoint or reporting assignment. If a candidate can build a clear slide or easy summary in software they are comfortable with, it is both coded logic and communication dexterity in one test.
Standardised skills tests are used for just this reason, at times with a tiered structure of basic dependent on the role level. For employers wondering how do I determine whether a candidate is able to work with the software before hiring at scale this tiered approach allows the level of difficulty in content assessment tests you make to be representative of what the job actually requires and helps avoid over-testing or under-testing candidates.
Combining a quick automated skills test with a brief follow-up task usually works especially well for teams asking how best to check this in practice. The automated test screens effectively at scale, but follow-up task demonstrates real-world application.
And before devising any exam, it would help to distinguish which software is even relevant to the role. Asking for advanced tasks in an Excel spreadsheet, when the role only needs basic-level data manipulation, is time wasted by all and disadvantages good people who can do tech tests 100% of the time.
Timing also matters here. Having this type of testing at the very beginning, instead of right before a lengthy interview phase makes sure that if there is a mismatch between what you are looking for and what you found, no one has wasted too much time on either side.
The feedback gleaned from these exercises can also help with onboarding, even if the person is ultimately hired. Understanding just where an employee’s software training is strongest, and in what areas they could use some extra help makes for a far more pleasant onboarding period for all those involved.
Conclusion
Confirming genuine software proficiency takes more than an overconfident line on a CV or in an interview. Short, task based assessments with clear practical applications give employers real evidence to work with, helping close the costly gap between what a candidate says they can do and what they actually demonstrate from day one.