Task to Tool: Why Embry-Riddle Has Been Applying the Philosophy for Two Decades

As EASA's new Task-to-Tool approach encourages training organisations to match each learning objective with the most appropriate training device, rather than relying solely on simulator qualification levels, the philosophy may feel revolutionary in Europe.

At Embry-Riddle Aeronautical University in the United States, however, Assistant Dean, College of Aviation, and Flight Department Chair Kenneth Byrnes says it is simply a formalisation of an approach the university has been refining for more than 20 years.

"We don't have Task-to-Tool in the United States," he says. "But it piques my interest because it's pretty much how we run our operation anyway."

Embry-Riddle educates over 31,000 aspiring aerospace and aviation professionals at its residential campuses in Daytona Beach, Florida and Prescott, Arizona, and across more than 115 Worldwide Campus locations and online degree programs. Embry-Riddle operates the world's largest collegiate flight training program. Operating 200+ aircraft for 3,000 students, flying approximately 200,000 hours each year. Its scale has forced the university to think differently about how pilots learn.

"We've always believed that if a task can be taught effectively in a simulator, then that's where it should be taught," Byrnes explains. "Just because the FAA doesn't allow us to count certain simulator hours towards aeronautical experience doesn't mean we don't think they're valid."

Validation before regulation

Unlike many discussions around emerging technologies, Byrnes believes Task-to-Tool should be driven by evidence rather than enthusiasm.

For him, the central question is not whether a virtual reality headset, desktop trainer or simulator can be used, but whether it has been shown to produce equivalent learning outcomes.

"Transfer of training is key," he says. "If you're going to say a particular task belongs in a particular tool, then there needs to be validation and there need to be metrics."

Embry-Riddle routinely measures performance across different training environments before introducing new teaching methods.

"The fidelity of today's devices is significantly better than it was then," he adds. "If we repeated that research today, I think we'd see even stronger results."

Beyond reducing costs

Although Task-to-Tool is sometimes presented as a way to reduce expensive aircraft flying, Byrnes argues its greatest value lies elsewhere.

"The real benefit is reducing overall time in training," he says.

Aircraft training is vulnerable to weather, maintenance issues, airspace congestion and instructor availability. Simulation provides a predictable learning environment where students can build proficiency before entering the aircraft.

"The more students understand before they get to the airplane, the more productive every flight becomes."

That efficiency has become essential at Embry-Riddle.

With around 750 new students joining each intake and approximately 400 flights taking place every day, increasing fleet size is no longer the answer.

"Technology is allowing us to rethink how we deliver flight training," Byrnes says. "By shifting appropriate tasks into simulation, we can increase capacity, improve student throughput, and preserve valuable aircraft time for the experiences that matter most."

Matching every task with the right technology

Five years ago, Embry-Riddle introduced a three-week virtual reality programme before students ever fly an aircraft.

The programme goes far beyond practising aircraft manoeuvres.

Students learn aircraft systems, complete pre-flight inspections, memorise checklists, rehearse emergency procedures and practise air traffic control (ATC) communications inside immersive virtual environments before progressing into the aircraft.

"They're put into realistic ATC scenarios. They learn phraseology, checklists and aircraft systems before they ever climb into the cockpit."

The result is less wasted aircraft time.

"When students get into the airplane, they already know the procedures. They know what they're going to hear from air traffic control. They know what the manoeuvres should look like. The airplane becomes about application and proficiency rather than first exposure."

For Byrnes, this perfectly illustrates Task-to-Tool thinking.

"Those are individual tasks that don't necessarily require an aircraft. Using the right tool for each one makes the entire training system more efficient."

Research before adoption

While Byrnes strongly supports innovation, he is equally cautious about adopting technology before its effectiveness has been demonstrated.

He draws a parallel with artificial intelligence.

"Every day somebody calls saying they've got the latest AI tool that's going to change everything," he says. "Until it's been validated in a training environment, I'm not ready to say it's transformational."

Embry-Riddle is currently conducting formal validation studies with NAVI, an AI-powered debriefing platform, measuring its effectiveness before wider implementation.

The same philosophy, he argues, should underpin Task-to-Tool.

"It's not enough simply to say we're using this tool for this task. We have to show that it works, measure the outcomes and keep improving."

Instructors remain the critical factor

Technology alone, Byrnes warns, will never transform training.

"You can have the best aircraft, the best simulators and the best curriculum in the world," he says. "If the instructor isn't delivering it properly, none of it matters."

He believes instructor development is often the missing ingredient in discussions about competency-based training and new technologies.

Implementing new tools requires more than purchasing equipment.

"It takes instructor training, oversight, mentoring and, above all, culture."

Embry-Riddle learned this lesson first-hand when introducing angle-of-attack indicators across its fleet.

"The technology wasn't the problem," Byrnes recalls. "The instructors simply reverted to the way they'd always taught because we hadn't done enough to embed the change."

For Task-to-Tool to succeed, he says, organisations must build instructor confidence alongside technological capability.

Will the FAA follow?

Although Byrnes believes the FAA shares EASA's desire to modernise training, he expects any equivalent move in the United States to take considerably longer.

"I think there's definitely interest," he says. "But it's going to need research, a champion and strong evidence before it moves through the regulatory process."

Current efforts to modernise FAA Part 141 regulations are encouraging, but Byrnes believes a full capability-based framework remains some way off.

"Given the complexity and rigorous nature of our regulatory system, I don’t see it happening in five years."

An evidence-based future

For Byrnes, the real significance of Task-to-Tool is not that it promotes more simulation.

Instead, it encourages the industry to ask a more fundamental question.

"What is the best tool for this particular learning objective?"

If that question is answered through robust research, careful curriculum design and instructor development, he believes the result will be better-trained pilots, more efficient flight schools and increased training capacity—without compromising standards.

"We already have twenty years of evidence showing many of these approaches work," he says. "Now the opportunity is to help the wider industry validate them and build the confidence to move forward."