Artificial intelligence is fast establishing itself as a game-changer in the recruiting process, enabling organizations to more readily find and hire just the right candidate for the job.
Artificial intelligence (AI) is shaking up the recruiting process, changing the way recruiting agencies and sourcers discover and hire tech talent.
AI and machine learning enable professionals to quickly analyze huge amounts of data and make decisions and predictions based on that, said Summer Husband, senior director of data science at Randstad Sourceright, in a presentation at the 2017 SourceCon event. Now, recruiters and sourcers are putting AI to work to help define a job posting’s “perfect fit, ” better surface strong candidates from search pools, and improve their ability to fill job openings fast.
Unfilled job postings are a significant drain on organizational productivity. To ensure the right recruiting resources are being applied to filling a particular job opening, some sourcers are taking a tip from the healthcare industry’s use of survival analysis.
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In healthcare, survival analysis is a machine learning technique that analyzes time to an event, such as a patient’s expected time before recurrence of a disease or a death. Here, Husband sees a good analogy to sourcing and recruiting
“We take data on jobs we’ ve filled for clients in the past, how long those took, how many candidates, open roles, information about the company as well as job market data from sources like the BLS and CareerBuilder, for instance, to find out how all of those things impact the ‘survival rate’ of our open jobs, ” Husband says. “We’ re obviously flipping the script, because we want our open jobs to die quickly, but the process is the same.”
That process allows sourcers to set reasonable expectations for clients and allocate appropriate resources to harder-to-fill roles, she says.
“Our goal is that when we see a new [job requisition] , we can gather these features right away and we can see whether or not this will be a tough one to fill, and then we can decide whether we should put extra resources toward that now instead of waiting and potentially failing to deliver candidates, ” she says.
Accuracy is also important; being able to evaluate the precision (the fraction of received information that’s relevant) and recall (the fraction of relevant information that’s received) of algorithms can help sourcing and recruiting professionals make sure they’ re delivering the right candidates, she says.
“Sometimes, overall accuracy isn’ t the most important thing. In recruiting, it’s okay if you’ re missing a few people who might be a good fit. We’ d rather that than send a whole bunch of bad results — or inappropriate candidates, ” she says.
Some forward-thinking recruiters and hiring managers are using AI and machine learning to reverse-engineer candidate “fit, ” and to predict a potential candidate’s performance in the role, says Chris Nicholson, CEO of artificial intelligence software company Skymind.
“The best use case would be solving the matching problem so that you’ re leveraging the tech to find the best candidate for the employer and vice versa. The question everyone’s trying to answer through all the interviews, screenings, tech and coding challenges, is, ‘How can I predict someone’s performance?’ So, the smartest recruiters and hiring managers would start gathering résumés, performance reviews, work product, any information at all about highly successful people that already work for them and plug that into an algorithm to figure out what you are looking for, ” Nicholson says.
Ideally, each organization would be able to create algorithms customized for the unique needs of their organizations, taking into account the varying definitions of success, Nicholson says.
“Obviously what makes someone a stellar employee at one company isn’ t necessarily going to translate to every other company. So, it’s a bit like ‘Moneyball,’ where you’ re looking for specific skills, traits, expertise that will fill in where you are lacking. The problem is, most companies are using the wrong ones, and that’s not only hurting them generally, but it also contributes to the lack of diversity and inclusion, ” Nicholson says.
“Sure, maybe Stanford degrees, tenure at Google, white, male, been coding since childhood works for some companies, but not only are you excluding hundreds, maybe thousands of people with those parameters, everyone else is chasing those folks, too. They’ re going to be expensive, they’ re going to be unavailable, they’ re not going to give you the results you need, ” Nicholson says.
AI and machine learning technology also can help determine how and when sourcers and recruiters need help with their workloads by looking at who has a disproportionate share of medium- to high-risk requisitions that might take extra time or resources to fill, Husband says.
“When we call something a high-risk req, we see that 85 percent of the time those miss their target time-to-fill. So, we can see who has a heavier load of these kinds of reqs and then make decisions about what to do. Do we need to shift these workloads around? Do we need extra sourcers and recruiters working on these?” she says.
Combing through troves of job candidates for just the right fit breeds another problem: What terminology should you use in searches to ensure you are surfacing candidates who strongly match what you are looking for, regardless of what terms they use to describe their experience and skills?
Here, artificial intelligence can help — what Glen Cathey, senior vice president of global digital strategy and innovation at Randstad, describes as “the moment you realize that all searches work, ” and you’ re staring at a bunch of candidate leads without knowing the probability of their being “the right fit.”
“As sourcers and recruiters, what problem are we trying to solve? We’ re trying to find ‘the best people.’ That’s easy to say, but it doesn’ t really translate into a traditional Boolean search! What does ‘the best people’ look like? What does ‘the right fit’ look like?” he says.
Cathey compares it to the Where’s Waldo? series of puzzle books; it’s not difficult to search anymore, what’s of greater importance now is a data problem. That’s where semantic search, conceptual search and implicit search come in, Cathey says.
Semantic search seeks to understand a searcher’s intent and the context in which a search was performed to improve the relevance of results. Conceptual search doesn’ t require a precisely worded query, but just a few keywords around which to form a concept. Implicit search pushes information and results to you based on information already assumed or gathered, much like how Google automatically pushes restaurant recommendations in your local area, or pops up traffic advisories when you walk out the door to commute to work.
“You can type in a one-word search, and it’ ll work. It’ ll return results. But you’ re looking for skills, experience, culture fit, soft skills, candidates who probably are within a specific geographic range, that are affordable in the compensation range you have, and who also are interested in the job.
