Developing mobile learning solutions can become complicated if you’re not careful. One wrong turn can leave you mired in extra work you didn’t anticipate. Sometimes this happens due to design decisions. In other cases, the problem stems from choosing the wrong tool, failing to set up templates properly, or any number of other issues. Thankfully, one of the best ways to figure out how to reduce or even avoid your development complexity is simple: Look at successes and snags from previous projects.

What’s the best camera for a shoot? The definitive answer is, “The one you have with you.” The ubiquity of the mobile camera means that when you’re in the presence of great instructional content, it can become video in seconds. In addition, viewers are developing a special respect for authentic-looking video—footage that looks raw, real, and genuine. This is why many training videographers have moved to iPhones as their main production equipment, even on high-production-value shoots. So how can you benefit from this stylistic trend?

Mobile and performance support seem like a perfect team. A just-in-time performance support system can improve efficiency, reduce errors, lessen the need for upfront training, and even improve morale; and mobile devices have tremendous potential to help workers solve problems on the go. That said, designing a mobile performance support solution requires a different mindset and approach than designing traditional training. So how can you best use this pairing to improve performance?

New for FocusOn this year! This is a popular session being offered twice. It's also available as session 714.

Mobile, video, gamification; these three trending industry technologies can increase learner engagement and drive business results (while hopefully adding some fun to the workday). Despite the sustained attention these technologies have received from learning leaders across organizations, many are still struggling to apply best practices when implementing them, or are finding subpar outcomes. A solution? Embrace outside-the-box thinking!

Instructional designers and writers are increasingly turning to branching scenarios as a way to embrace experiential learning and move beyond page-turners. But authoring an effective scenario is challenging, as the branches can become overwhelming. Moreover, if you don’t apply good game-design principles, the scenarios can turn out to be as flat, boring, and ineffective as a series of multiple-choice questions.

When a pet is undergoing anesthesia, the veterinary nurses who monitor that process are put in a high-stakes environment where the patient, not training, needs to be the focus. One organization wanted a way to bridge the gap between what veterinary nurses understood about the theories behind anesthesia monitoring, and effective real-world application of those principles. To solve this dilemma, the team needed to find a scalable solution to provide a lower-stakes environment, allowing nurses to practice the important patient assessment and remediation techniques they needed before they began actual anesthetic monitoring on the job.

Over the last decade, there has been industrywide emphasis on developing learning objects with embedded gamification elements. However, taking the concept of gamification past the singular learning objects to the more global, overall learner experience is more of a rarity.

We know that simulations are a fantastic way to allow people to practice skills in a realistic but safe environment that gives them the opportunity to learn from mistakes. However, actually sitting down and creating a simulation that feels real to your audience is definitely harder than it sounds. So learn from the industry that’s been successfully simulating real and imagined situations for years: video games! Video games aren’t just a fun diversion, there’s also a lot in common between how they’re created and the way a strong simulation should be designed.

Deconstructing Games is a new series of hands-on sessions where you’ll have the opportunity to play a game and then discuss how the mechanics in play can be applied in your own learning context.