Goals Toolkit: How to Set & Achieve Your Goals

Andrew Huberman, a professor of neurobiology and ophthalmology at Stanford School of Medicine, presents this episode as a distillation of three earlier Huberman Lab episodes on goals: his own solo episode on the brain and body circuitry behind goal setting and pursuit, and conversations with Dr. Emily Balcetis of New York University and Dr. Maya Shankar. He says he will also add findings published since those episodes aired. The stated agenda is practical: how to choose which goal to pursue and when, how to measure progress, how to start and sustain motivation, and which popular beliefs about goal setting are myths.

Huberman says he will touch on biological mechanisms but will spend most of the time on protocols: identifying and selecting a goal, starting and maintaining pursuit, evaluating progress, and reviewing afterward whether the goal was reached or not. He claims that using even a subset of these protocols gives listeners the best chance of setting and achieving the right goal. He frames that confidence as humility, saying the protocols are not his own inventions but are "gleaned from the scientific peer-reviewed literature" and "have been shown to work." This part of the episode does not name the individual studies behind most of the protocols. The recycling study is the one exception.

Before the main content, Huberman says the podcast is separate from his Stanford teaching and research roles. He then reads ads for two sponsors. The first is Eight Sleep, a temperature-controlled mattress cover, which he pitches with the claim that core body temperature needs to fall by about one to three degrees to fall and stay deeply asleep and rise by about the same amount to wake refreshed. The second is Maui Nui Venison, which he pitches with his earlier recommendation of roughly 1 gram of high-quality protein per pound of body weight per day. These are sponsor segments and are not part of the goal-setting argument.

Huberman gives two reasons for a brief detour into neuroscience. He finds the biology beautiful, and he argues that understanding how a protocol works makes it easier to adjust it to individual needs. He promises to keep the detour to three minutes or less.

He reduces the circuitry to four major hubs, while noting that each one has many other connections that matter to the whole process:

The amygdala, which exists on each side of the brain. It is involved in arousal and alertness, in fear and anxiety, and also in positive-valence experiences, positive forms of arousal and learning. The basal ganglia, which contain a "Go" pathway for generating actions and a "No-Go" pathway for withholding or stopping them. Huberman says every goal raises the question of whether you are learning to do something new or learning to hold back certain actions, and that any learning involves both. The lateral prefrontal cortex, which is involved in immediate and long-term planning. Huberman ties it to time perception: knowing where you are on the road toward a finish line, and often updating that finish line repeatedly. The orbitofrontal cortex, which evaluates current emotional and arousal states in relation to goal pursuit. For example, it registers whether you feel happy because you sense progress, or frustrated, sad or angry because you sense none.

Huberman restates the four structures as the core of the circuitry, then admits he did not time the section. He jokes that if it ran long, he will trim the end of the episode. He then draws a broader point from the anatomy: the same circuits are used whether the goal is fitness, academics, work, money, relationships or learning to relax. He finds this reassuring. If tools are anchored in biology shared by all humans, and by other animals too, he argues, people can be confident the tools will help them reach their goals.

The first protocol is to decide which single goal to pursue. Huberman warns against what he calls the overhaul approach, where someone resolves to start exercising, meditating, learning a language and learning to dance all at once, on January 1 or next week. His claim is blunt: "most people who try to achieve many goals simultaneously fail at all of them."

A priority literally means one thing that you place ahead of all others.

Huberman contrasts this with the common plural use of "priorities." He qualifies the advice in two ways. People may have several goals, but he recommends selecting just one first. And focusing on one goal does not mean neglecting mental or physical health or throwing away the rest of one's life. People should keep engaging in healthy ways with the areas where they are already proficient. Which goal to choose depends on a person's values, motivation and resources. He says he will later explain how long this first goal-pursuit period should last, but he does not give that length in this part of the episode.

As a practical method, he suggests some people write out everything they want, cross off what they are willing to put on hold, and circle the one thing they will focus on. He stresses that this is highly individual and depends on a person's past, present, future and resources. He maintains that having one priority increases the probability of success.

Huberman challenges the intuition that easy goals are more likely to be achieved. He says the literature shows the opposite. His proposed explanation is that a goal that is too easy does not recruit enough of the arousal network, which includes the amygdala and other structures, to move people into sustained action. He connects this to learning in general: the nervous system has to enter states that are uncomfortable, though they should be "safely uncomfortable."

He argues that errors, failure, frustration and anxiety are part of any successful learning or goal pursuit. In his account, these states shift neurochemistry in ways that open the opportunity for neuroplasticity, meaning changes between neurons that let circuits perform differently in the future. His reasoning is that if a task can be done easily, there is no reason for the circuitry to change.

From this he draws a two-part rule. First, define one specific priority goal and set aside other goal pursuits. Second, make it somewhat lofty, aiming for a level of performance a bit above what you currently believe you can reach. He expects this to bring frustration and anxiety.

Here he returns to the orbitofrontal cortex. He describes it as assessing how we feel in the moment and also understanding context. His argument is that once a person knows frustration from errors is a "necessary gateway" to neuroplasticity, the orbitofrontal cortex can combine that knowledge with the felt frustration. A moment that once would have prompted quitting can then be read as a sign of progress.