| Large Company |
| Name: |
Cisco Systems Inc. |
| Location: |
San Jose, California |
| Business: |
Internet networking solutions company |
| Employees: |
36,786 | |
here are five areas you can measure to determine the ROI of e-learning, says David Posner, IT project manager and learning measurement specialist at Cisco Systems:
1. Efficiency: Training helps you do your job faster. For example, a call center representative takes a customer-service training course where he learns to handle irate customers more efficiently, and as a result he spends less time per call and can handle more calls per day.
2. Effectiveness: Training helps you do your job better. A recruiter may spend the same amount of time interviewing applicants after taking a behavioral interviewing class, but because of the training now she makes better hiring decisions.
3. Cost avoidance: The money you aren’t spending on travel, lodging, and time away from the job for classroom training. “You can’t call this cost savings because after the first year it’s no longer part of your budget,” Kelly says.
4. Customer satisfaction: how the training impacts the trainees’ relationship with customers. “This is related to effectiveness but it’s not the same,” Posner says. It’s the overall impact training has on the customer’s perception of you.
5. Business revolution: You’ve learned something that radically changes the way you work. For example, the sales staff learns a completely new approach to team selling that changes the way they sell and the way they are rewarded. “This one is rare and hard to measure,” Posner says.
It’s most important to measure the first two, to be sure training is causing an improvement in quality as well as quantity. “Time savings alone is useless if quality is negatively impacted,” Posner says.
There are no absolute formulas for measuring e-learning’s value, but by combining hard data and self evaluations, you can get a reflection of the overall impact training has on the business.
“Both types of data are equally flawed for different reasons,” he says. Quantitative data, such as hours of training completed or increased sales, doesn’t take into account other factors that can impact behavior. For example, if a sales rep takes a course on closing deals, then sells $800,000 over his quota the following quarter, is the increase due to training, or is it a result of a change in the economy, or a new product roll out? “It’s difficult to isolate those factors,” Posner says.
And in most cases it would take too much time and effort to compile that data. Self-assessments are equally flawed because people are inaccurate about judging their behavior. But self-assessments are easier to gather, and when you collect enough people to rate the quality of a course, you’ll get an overall impression of its value, Kelly says. “It’s not completely accurate but it’s reliable.”
Cisco uses this approach to gather data on the impact of e-learning on employees and vendors. Internally, through a system developed by DigitalThink, a San Francisco-based provider of custom e-learning solutions, employees who’ve used a course within 30 days receive e-mail requests to complete a short Web-based survey. The survey asks users to estimate whether the training saved them time on the job, and whether it improved the quality of their performance.
For each question, employees select a percentage range that reflects the time savings or quality improvement they’ve seen since taking the course—0-20 percent, 21-40 percent, etc. These are used to calculate ROI. For example, a Cisco recruiter may spend 20 percent of her time doing initial interviews. After taking a course on how to select ideal candidates, she becomes more discerning about whom she sees, reducing the amount of time she spends on first interviews to 10 percent. If she makes $80,000 a year, the return on the training was $8,000—10 percent of her salary—minus the cost of the course per user, Posner says.
He sees about a 10 percent response rate to his surveys, which are immediately fed into a database that he can accesses periodically to calculate ROI. To make the results more conservative, Posner uses the lowest percentage in each range for his measurements.