If your interested in making better decisions, solving problems, getting the best out of yourself and your team and managing your time more effectively, this is the podcast for you. 

My guest, Jason Howlett is the Co-founder and change agent @ Manpremo.  Jason’s passion is helping people develop, with the purpose of increasing well-being and actualising potential.

Jason uses applied science (neuroscience, psychology and physiology), combined with data, to optimise brain performance and build change competency.

For the past 8 years, Jason has been working with organisations and their employees on programmes that develop Leadership and Talent; Well-being; Strategy Implementation; Mindset and behaviour change; Resilience/Grit in individuals and teams.

Before focusing his work on people, their mindset and behaviour, Jason worked in IT for 7 years.

Jason studied Applied Positive Psychology at the University of East London and has a degree in Computer Science from Royal Holloway, University of London.

Jason is a certified Personal Trainer and Lifestyle Coach.

Podcast Transcript:

Well thank you Jason, again, for joining us, and Jason's gonna share brain science and highlight what leaders can do to really maximize their personal leadership based on what we know about some of the science in the brain. He's done a lot of work with leaders over the last several years. So Jason, why don't you tell us what's important for our audience to know today.

Thank you Jill. I'm going to focus on looking at a data driven approach to increasing the performance of our brain for personal leadership. We're gonna focus on a subset of the brain functions. We'll look at what's commonly known as the cognitive or executive functions of the brain. These are things that help us to get things done, so they're critical for us being able to plan, to learn, the ability to solve problems, make decisions, and essentially to also control ourselves, to manage how we manage our impulses, but also our emotions.

These cognitive or executive functions are also crucial in us building competencies, whether that be leadership competencies or any other particular functional competencies that we wish to learn.

Now these functions are there to help us, but they are not there all the time. We do not have an infinite resource that fuels these functions. They depend on several factors being in place.

There's two key areas of these factors that we need to consider if we really want to have the cognitive part of our brain fully switched on. The first part is looking at the physical needs. The very basics, which we all know we need, which is sleep, rest, fuel, bio nutrition, and movement. So these things have been proven through neuro biological research to be key in switching the cognitive functions on. To give you an example, if we look at sleep, which is really the number one example from the physical needs, just by trying to maximize a good seven to eight hours of good quality sleep will increase our ability to learn by a minimum of 40 percent. It will also decrease the amount of stress we wake up with, which will decrease the amount of anger and fear that we have. But there are a whole host of other benefits that sleep provides. Because essentially, sleep is the number one factor to help us to learn and memorize things, but also to of course repair and restore the functions in the brain.

Another small example is movement. We know that movement's important for our heart and our lungs. But in terms of our brain, there's two key things that regular movement does. It first of all increases the circulation of blood to our brains, which brings more oxygen and nutrients to our brain. It also helps to increase neurotransmitters, which are important for the brain's function. But secondly, regular movement helps to increase factors that help the brain to develop and also become more plastic. In crude terms, you can say the brain is plastic, the brain can change. It's the term called neuroplasticity. But regular movement helps to increase this ability. This is key when looking at behavior change, or again, learning new things.

These are two examples of the physical needs, sleep and movement. But let's look at the other group of factors.

The other group of factors are our social needs, and these needs are also extremely important. They are things like feeling safe in the environment that we're in, feeling accepted, that we have a sense of belonging, that we have the recognition we need, but also a certain amount of autonomy, ability to have control over what we say and do.

These needs, both the physical needs and the social needs, are really crucial to have in place so that our cognitive brain is fully switched on. And essentially a lack of these needs causes the brain to trigger the threat response. This is really important, because when the threat response is triggered, i.e. what we commonly know as the stress response, something that causes us to want to fight or to flee or to freeze. This response puts the brain into a self preservation mode, so it no longer really cares about anyone else other than our own survival, and we become very reactive. The key thing here is that we don't just become reactive, but our cognitive functions that I mentioned before, like planning, learning, problem solving, decision making, they're offline. So the ability to control yourself is offline. So you will act much more under any sort of anger that you may feel, your ability to solve problems, make decisions, to plan, they're also offline. So you become much more primitive in how you behave and act when these needs are not met.

We can monitor these needs and actually simple ways. And today if I focus on the physical needs first, we can, by using simple wearables, but of course also medical grade devices, we can monitor the stress recovery balance in our body, which has a direct link to the functioning of our brain.

To keep it simple, there is a science of heart rate variability, and heart rate variability just means the variation in time between each beat of your heart. If I was to measure someone's heart rate now, and it came out to be 60 beats per minute, the assumption would be, well, there's 60 beats a minute and there's 60 seconds in a minute, so there must be one second between each beat. But the reality is this is very dependent on how activated or stressed you currently feel. For 60 beats per minute is quite a low recording, but what could actually be happening, because the heart rate is quite low at 60 beats, is that between the first beat and the second beat, maybe there is a second. But between the second and the third beat, there could be 0.8 of a second. Between the third and fourth, it could be 1.2 seconds.

The variation is very small. It's within milliseconds. That's not easy for us to measure ourself, but there are devices that you can very simply use, watches, bands, and also medical grade, electro based devices that can measure this heart rate variability. And essentially the lower the variability, the more stressed you are. So that means that using these devices, you can monitor what are the events, situations, or people that cause significant stress, and what are the events, situations with people that promote my recovery?

Because going back to the analogy before, when the brain is experiencing stress, the cognitive functions, like planning, solving problems, decision making, they are inhibited. So if we can learn, if we can trigger us self awareness on what is basically draining resources, we can help to better manage that. And this isn't about measuring yourself a life, it's just about triggering awareness.

To take that a step further, of course, this would involve regular reflection and for you to actually monitor the output from the watch or medical device you use. So what we've essentially done is built an app that takes all of the input from your wearable, and it also takes in input from your calendar, and it then notifies you over the week on what are the events, situations, that have caused you particular stress, and what are the events that have caused you particular recovery. Using this, you get a better stress recovery balance, and therefore you're better able to keep your brain switched on when you want it to be. I think that's an important point to make here, especially in leadership. You cannot be switched on all the time. I've worked with some people and organizations that even have in the signature always on, and the key thing is is that it's scientifically proven that the cognitive aspect, even if you're not stressed, cannot be always on. The brain goes through periods of what's called task positive and then task negative action.

You can think of the task positive like focused attention and the task negative like mind wandering. And it's very important that the brand can go through this cycle of focused attention and mind wandering.

I think the key message is that this is about triggering self awareness around, okay, what can help me to optimize my brain performance when I really need to be at my best, and the other things that I can do before I face a situation, like having to either sit down with my team and deliver a good or bad message. It's about when I've got conflict management, managing ambiguity, when I've got to influence people, any of these kind of key behaviors where you really want to be switched on, you know what you can do to prepare for that. But you also know what to do when things do get tough, when you do