SMART Goals: What They Are, Examples, and Evidence Limits
Author: Ukrainian Psychological Hub · Published: October 10, 2026 · Editorial Policy
SMART goals are a widely used way to make an intention clearer. The acronym most commonly stands for Specific, Measurable, Achievable, Relevant, and Time-bound. A SMART statement describes what someone intends to do, how progress will be observed, and when the plan will be reviewed. Those questions can be useful, but the acronym itself is not a complete psychological theory, a validated clinical intervention, or a guarantee of success.
The scientific distinction is important. Research supports goal setting, progress monitoring, and several other methods of moving from intention to action. It does not establish that every goal must satisfy all five SMART criteria or that the acronym is universally superior to other kinds of goals. A major critical review explains why its popularity should be separated from the strength of direct evidence. This guide examines its meaning, examples, mechanisms, research findings, limitations, and practical application.
For a broader perspective on the psychology of this topic, see Goal-Setting Theory: How Specific Goals Affect Performance.
What is a SMART goal?
A SMART goal is an objective expressed through five planning prompts: define the intended behavior or outcome, establish an appropriate way to recognize progress, check feasibility, confirm relevance, and specify a time horizon. It can describe a personal project, a habit-building attempt, a learning task, or a shared organizational responsibility. The framework helps structure a conversation about a goal.
Consider “I want to read more.” A possible SMART formulation is: “For the next four weeks I will read for 20 minutes after dinner on Monday, Wednesday, and Friday, and review my completed sessions each Sunday.” The second statement specifies an action, opportunities to act, a measure, and a checkpoint. Whether the plan works still depends on access to reading material, sleep, competing commitments, interest, and adjustments when life changes.
The central task is to decide what kind of goal is needed. An outcome goal specifies a result, a process goal identifies a repeated action, and a learning goal prioritizes acquiring knowledge or strategies. Each can be stated clearly. A narrowly quantified outcome is not always the best goal for someone who is still discovering how to perform a difficult task.
What does SMART stand for?
S: Specific
Specific means that the desired action or result is identifiable. “Improve my writing” might become “draft one scene each weekday.” Specificity reduces ambiguity about what counts as taking action. It does not require eliminating creativity or prescribing every detail of a complex process.
A useful specificity test asks whether the person can identify the next relevant action without having to redesign the whole plan. When a task is exploratory, the specific action can be the experiment rather than a fixed output: “Test two different outlines” is clear without predetermining which one will work.
M: Measurable
Measurable means there is a way to recognize whether relevant action or progress occurred. A measure might be completed sessions, a project milestone, a test of understanding, an observed behavior, or structured qualitative feedback.
Measurement must be valid for its purpose. Counting time spent studying is easier than measuring understanding, but time alone is an incomplete indicator of learning. Counting conversations is easier than assessing friendship quality, but the latter cannot simply be replaced by the former. A precise number can measure the wrong thing.
A: Achievable
Achievable asks whether the goal has a plausible route given present resources, knowledge, support, time, and constraints. It does not require choosing trivial targets. A challenging objective may be achievable with appropriate learning, tools, assistance, and a realistic schedule.
Feasibility is contextual. A person who has flexible hours, accessible transportation, and childcare has different options from someone without those resources. A missed deadline may reveal a mismatch between task demands and available resources rather than inadequate effort.
R: Relevant
Relevant asks why the goal matters and how it relates to the person's broader values, responsibilities, needs, and existing commitments. A clear and attainable goal may still be a poor choice if it serves someone else's priorities or conflicts with a more important objective.
Relevance includes psychological ownership. People can pursue the same behavior for very different reasons. Research on self-determination theory interventions indicates that autonomous motivation and perceived competence contribute to health behavior change. This finding supports considering personal endorsement, although it is not a direct test of SMART goals.
T: Time-bound
Time-bound means specifying a deadline, interval, or review date suited to the task. A fixed completion date may be necessary for delivering a project. A review checkpoint may be more useful for learning, relationships, or an ongoing health routine.
The aim is to organize opportunities and feedback. Deadlines cannot manufacture unavailable time or remove uncertainty. For a new and complex activity, a short experimental period followed by revision may be preferable to treating an initial date as immutable.
Where did SMART goals originate?
SMART came from management planning. George T. Doran introduced the acronym in a 1981 Management Review article titled “There's a S.M.A.R.T. Way to Write Management's Goals and Objectives.” The original expansion was Specific, Measurable, Assignable, Realistic, and Time-related. “Assignable” referred to naming the person responsible for an objective. The article is documented in a bibliographic record.
Subsequent uses changed the letters to fit individual goal pursuit and diverse professional settings. For instance, “Achievable” became a common replacement for “Assignable,” while “Relevant” became a common interpretation of R. The variety has practical consequences: researchers and practitioners may use the same name for different instructions. The history and inconsistent application are reviewed by Swann and colleagues.
The acronym originated as an aid to articulating objectives, rather than as the result of a randomized psychological experiment testing five necessary conditions. Its history should be distinguished from goal-setting theory, which arose from a different empirical research program.
Why can clear goals influence behavior?
Goals can direct attention, shape effort, support persistence, and prompt people to develop strategies for meeting a desired standard. Locke and Latham's major synthesis explains these mechanisms and the circumstances in which goal setting is more or less effective. Goals also serve as references for feedback: an individual compares current performance or behavior with the intended state and considers adjustments.
Several of these mechanisms overlap with SMART. Specificity can clarify what to prioritize. A valid measure can provide feedback. A deadline can influence scheduling. Relevance may support sustained commitment. A feasibility check can reveal a need for support or a different strategy. Yet each function is separable. Adding five adjectives to a sentence does not itself create adequate time, skill, resources, or interest.
Specific and challenging goals versus vague intentions
The broader goal-setting literature often finds benefits from specific, sufficiently challenging targets when tasks are understood and suitable strategies are available. In the meta-analysis by Epton, Currie, and Armitage, difficult goals were among the conditions associated with stronger behavioral effects. Feasibility must therefore be distinguished from ease.
For unfamiliar or complex work, overly narrow performance targets can discourage strategy discovery. Seijts and Latham's analysis supports using learning goals when developing knowledge or effective methods is central. “Explore three methods of solving this problem” may be more useful to a beginner than “finish every problem in ten minutes.”
The role of feedback and progress monitoring
A clear goal offers a reference point; progress monitoring provides information about the actual process. A meta-analysis of 138 randomized studies involving 19,951 participants found that interventions increasing monitoring also improved goal attainment, on average, with an effect of d = 0.40. Recording and reporting progress were associated with larger effects in the research included.
This result pertains to monitoring interventions, not every app, dashboard, score, or version of the SMART method. Measurements differ in validity, burden, emotional impact, and practical usefulness. Monitoring works best as actionable feedback. If someone records that a practice session was missed, the record is useful when it helps identify the reason and improve the next opportunity.
Motivation and personally endorsed goals
Goal formulation cannot substitute for personally meaningful reasons to act. In longitudinal research on self-concordant goals, the alignment of goals with interests and values was associated with sustained effort and well-being. The research does not evaluate the SMART acronym, but it illuminates why relevance should be more than formal alignment with an external target.
A meta-analysis of self-determination-theory interventions found small average behavioral benefits, with autonomy-related motivation and perceived competence implicated in intervention effects. Those findings reinforce the role of motivation quality and perceived resources. A goal can satisfy five checklist criteria yet remain poorly matched to what a person genuinely wants to pursue.
Does research show that SMART goals work?
The strongest answer separates evidence about goal setting as a general technique from evidence about the complete SMART formula. The former is supported by systematic reviews and experiments; the latter has a less clearly established scientific basis and substantial variation in implementation.
Evidence for goal setting in general
Epton and colleagues' 2017 systematic review and meta-analysis included 141 papers, 384 effect sizes, and 16,523 participants. It found a small positive unique effect of goal setting on behavior change across varied behaviors, d = 0.34, with a confidence interval of 0.28–0.41. Moderator analyses suggested that goal difficulty, public setting, and group goals could influence effects.
These results concern goal-setting interventions broadly. They do not demonstrate that a complete five-part SMART statement causes an effect of d = 0.34. The included studies differ in populations, methods, outcomes, and additional techniques. A scientific explanation must preserve this distinction.
Evidence for monitoring and planning
The Harkin et al. synthesis supports progress monitoring as a potentially helpful self-regulation technique. A separate meta-analysis of implementation intentions reviewed 94 independent tests and found an average positive effect of if–then planning on goal attainment. Those plans connect a situational cue to a response, such as “If I finish lunch, then I will open my study notes.”
Neither technique is identical to SMART. A person could set a SMART goal and fail to form an effective action plan. Another person could use a cue-linked plan and progress review without ever using the acronym. In practice, such approaches may complement one another. In science, their effects must be attributed to the actual interventions studied.
The 2023 critique of the acronym
In Health Psychology Review, Swann and colleagues examined the use of SMART goals for physical activity promotion. Their narrative review questioned the framework's theoretical foundation, consistency with empirical findings, attention to types of goals, reliability of application, detail of guidance, redundant criteria, and potential for undesirable effects.
A narrative review offers a reasoned synthesis and critique, rather than a randomized test of the whole method. Its physical-activity focus should also be recognized when extrapolating to creative work, education, or relationships. Nevertheless, the analysis establishes serious reasons to reject claims that SMART is the scientifically proven best format for every objective.
What a newer creative-performance experiment found
A 2024 preregistered study by Pietsch and colleagues compared SMART goals, do-your-best goals, and exploratory open goals in an alternate-uses creativity task with 247 participants. The researchers found no meaningful differences in creative performance across the conditions. This finding challenges the claim that SMART must outperform more open forms of goal setting.
The study addresses one experimental task. It does not demonstrate that open goals are superior in all circumstances. Its importance lies in showing that task characteristics matter and universal prescriptions are scientifically unwarranted.
What research in higher education adds
A systematic review of 60 higher-education studies found considerable variation in how goal-setting activities were delivered and described. Relatively few included studies experimentally isolated their effects. Thus the existence of many educational programs using goals should not be mistaken for proof that one uniform formula produces learning outcomes.
Across the evidence, it is reasonable to consider SMART a memorable planning aid whose individual features overlap with more established mechanisms. Direct claims about the superiority of its entire package require stronger, precisely designed comparative evidence.
How to write a useful SMART goal
A goal statement becomes practical when it describes an action or outcome that fits the purpose, resources, task type, and available feedback. The five prompts can guide formulation, but the work begins with understanding the situation.
Identify the real purpose
State what matters before selecting numbers. “I want to feel more connected to friends” expresses a valued direction; “I will invite one friend to talk each week for a month” identifies a possible action. The action can support the aim without pretending that the quality of a friendship equals the number of invitations.
Ask whether the purpose is personally endorsed and which other commitments it may conflict with. Sometimes the useful decision is to pursue fewer goals or to change their order, rather than refining the wording of every ambition.
Choose the right kind of target
When you understand the task and need consistent execution, a process or output goal may work. When you are learning something unfamiliar, a learning goal may be better. When important uncertainty remains, an exploratory goal can make room for discovering a method.
For example, an early-stage researcher might aim to evaluate three possible study designs rather than promise to obtain a significant experimental result. The first is a controllable learning action. The second is an outcome that cannot be guaranteed and should never be engineered merely to satisfy a target.
Identify actions under your control
Separate the desired result from the behaviors you can actually attempt. “Receive a job offer by November” depends on employers and economic conditions. “Submit three carefully tailored applications per week and request feedback on one each Friday for four weeks” describes actions that the applicant can choose.
This distinction protects the meaning of progress. A good action may be completed without the hoped-for outcome. Feedback about external results is useful for revising the approach, but absence of success does not necessarily mean the effort was inadequate.
Select a valid and manageable measure
Choose a measure that helps guide decisions. A schedule of completed practice, the quality of a sample of work, or feedback on a project may be useful. Avoid using the easiest number when it poorly represents the aim.
Measurement is also a cost. Excessive logging can consume time and focus, particularly if the data are not used. For subjective experiences such as satisfaction or connection, reflection may be more appropriate than arbitrary daily ratings. For clinical symptoms, rely on appropriate care and validated assessments where relevant.
Test feasibility against an ordinary week
Estimate time using typical conditions, including responsibilities, travel, access, fatigue, and interruptions. Consider whether the necessary skills already exist or need to be learned. Ask what support or resources the plan requires.
If the target is too demanding, changing it does not mean abandoning ambition. Adjust the sequence, reduce competing demands, add accommodations, or create milestones. For a high-skill task, first develop the strategy needed to make a challenging objective plausible.
Select a meaningful time frame
Choose an actual due date when delivery matters. Use a review checkpoint when the goal is ongoing or the outcome is uncertain. A four-week trial can help test whether a schedule is workable; it does not prove that an automatic habit forms within four weeks.
A review date should lead to a decision. Continue when the plan fits and the evidence is useful. Adjust when capacity, priorities, or circumstances have changed. Replace the target when it no longer serves the original purpose.
Add an if–then action plan
The SMART sentence might say what should be done without identifying the moment at which action begins. An implementation intention provides that bridge: “If it is 7 p.m. on Tuesday and I have finished dinner, then I will open my notes and work for 15 minutes.”
Research on implementation intentions supports the usefulness of linking cues to actions in many settings. Identify one likely obstacle as well: “If Tuesday becomes unavailable, then I will reschedule the session for Wednesday afternoon.” The backup should be realistic and should not encourage continuing in unsafe circumstances.
Review actions, outcomes, and side effects
At the end of the period, ask what was done, what changed, and whether the measure captured the intended improvement. Check whether the process came at an unacceptable cost to sleep, relationships, health, or other responsibilities.
A review may reveal that the goal should become more challenging, smaller, more exploratory, or entirely different. Refinement is part of learning. A plan is useful because it can guide adaptation to reality.
SMART goal examples for everyday situations
These are illustrative formulations rather than clinical prescriptions. Frequencies, time frames, and measures should be adapted to actual circumstances.
Study and learning
Vague goal: “Get better at statistics.”
Possible SMART goal: “For six weeks I will complete two 35-minute statistics practice sessions every week, solve five new problems in each, check my reasoning against worked solutions, and review concepts I still find difficult each Sunday.”
The plan prioritizes learning and feedback rather than only a final grade. A person encountering a new subject may benefit from experimenting with different strategies rather than adopting a rigid performance quota from the outset.
Writing and creative work
Vague goal: “Write a novel.”
Possible SMART goal: “During the next eight weeks I will reserve 30 minutes on Tuesday, Thursday, and Saturday for drafting or revising scenes, save my work after each session, and reflect every second Sunday on which narrative directions are promising.”
This is a specific schedule around an open creative process. It avoids assuming that the number of words written is identical to artistic quality. The creative-performance experiment provides a reason to keep that distinction explicit.
Exercise and movement
Vague goal: “Become more active.”
Possible SMART goal: “For the next three weeks I will take a comfortable 15-minute walk after lunch three times per week, note whether the activity felt manageable, and reassess the schedule at the end of the period.”
The duration is illustrative. Physical activity should be adapted to capabilities and medical guidance where appropriate. The measure should not override symptoms, recovery needs, disability accommodations, or personal safety.
Digital attention
Vague goal: “Scroll less.”
Possible SMART goal: “For the next two weeks, on four evenings per week I will put my phone away during the first 25 minutes of an activity I choose, and review whether the arrangement helped me follow my priorities.”
The goal emphasizes a replacement behavior and a manageable environmental change. It does not assume all screen time is pathological. The objective is to support a valued activity rather than satisfy an arbitrary digital score.
Relationships
Vague goal: “Be a better friend.”
Possible SMART goal: “For the next month I will invite one friend each week to talk or share an activity, offer flexible options, and reflect on the quality of our contact at the end of the month.”
The individual can control invitations but cannot control another person's responses or emotional availability. A numerical action measure is complemented by qualitative reflection.
Organization and administration
Vague goal: “Get my life organized.”
Possible SMART goal: “For four Sundays I will spend 20 minutes checking upcoming appointments and essential bills, update one checklist, and identify the main administrative task for the next week.”
The routine is concrete, but its timing should be flexible for shift work, caregiving, accessibility, or changing responsibilities. The point is to create a reliable opportunity for action.
Group performance
Vague goal: “Improve customer service.”
Possible SMART goal: “Over the next six weeks our team will acknowledge incoming requests within one business day where staffing permits, track the proportion meeting that standard, and review a sample of responses weekly for accuracy and usefulness.”
This version makes responsibility, resources, and quality criteria explicit. Speed alone is an insufficient proxy for effective service, and a team goal requires shared participation and realistic staffing.
SMART versus related psychological concepts
SMART goals and goal-setting theory
SMART is a mnemonic for wording objectives. Goal-setting theory is a body of research about how goals affect performance and which conditions influence those effects. The latter addresses difficulty, specificity, feedback, commitment, ability, and task complexity. Evidence for the theory cannot automatically be transferred to the five criteria as an indivisible package. Locke and Latham provide the foundational review.
SMART goals and process goals
A process goal specifies an activity such as practicing, revising, or discussing. An outcome goal specifies a desired result. Either can be SMART. The distinction is substantive because processes often lie more directly within personal control, while outcomes depend on circumstances and other people's actions.
SMART goals and implementation intentions
A SMART statement may specify frequency and deadlines. An implementation intention connects a triggering situation to an action. “Study three times a week” names a target; “If I finish breakfast on Monday, then I will open my workbook” specifies a cue and response. Both can be useful, but they are distinct intervention components.
SMART goals and habit formation
Habit formation concerns increasing behavioral automaticity through repeated performance in contexts. A plan can organize repetition without demonstrating that the behavior has become automatic. SMART contains no empirically established universal number of days required to form a habit.
SMART goals and self-control
Self-control involves regulating actions, attention, impulses, or emotion in relation to goals. A well-written objective can help clarify direction but cannot guarantee inhibition of distractions or management of conflicting demands. An inability to complete a SMART goal is not a measurement of personal willpower.
SMART goals and motivation
Motivation includes distinct constructs such as autonomous motivation, incentives, intrinsic interest, and perceived competence. SMART describes the form of a target. A goal can be highly specific yet poorly aligned with personal values, creating low commitment despite impeccable wording.
Limitations and common mistakes
Treating the five letters as a universal scientific law
The most persistent misunderstanding is to call the acronym a fully validated theory of psychological change. Scientific studies often test goal setting, tracking, or planning in different combinations. Without a controlled comparison of the complete package, improvements cannot be attributed to the mnemonic alone. The Swann review highlights these limitations.
Choosing targets that are precise but invalid
A student can accurately count hours while learning very little. An organization can improve response time while producing poorer answers. A person can record messages sent while feeling less connected to others. Precision of tracking does not establish validity.
Select indicators according to the intended outcome. When a single metric creates distortions, add another form of feedback or reduce the pressure to maximize the number.
Confusing realistic with easy
Goals that are too trivial may produce little progress. Appropriately difficult goals can be effective when there is commitment and a workable path. For a beginner, the relevant challenge may involve mastering a strategy rather than reaching an ambitious performance score. Both task difficulty and available capabilities should shape the goal.
Assuming deadlines are always beneficial
Some work requires deadlines; other work benefits from adjustable checkpoints. A fixed time constraint can encourage action, but it can also cause rushed work, avoidance, or disregard for health. The presence of a date in a goal statement is not evidence that the date is appropriate.
Equating missed targets with moral or clinical failure
Goal attainment depends on many factors beyond a person's character: resources, illness, learning needs, competing responsibilities, environmental access, and unforeseen events. A missed goal should lead to examination of the plan and conditions. It cannot diagnose depression, ADHD, anxiety, or another clinical condition.
Using public accountability without consent
Some research reports benefits from public goals and external reporting, but visibility can also create privacy risks, pressure, and shame. Sensitive information about health, finances, relationships, and personal life should be shared selectively. Private progress reviews can be useful alternatives.
SMART goals and mental health
Goal setting sometimes appears in psychotherapy, rehabilitation, coaching, and self-management. In these settings, an appropriately chosen action target may support collaborative work. The SMART acronym itself is not a clinical diagnosis, screening instrument, or evidence-based treatment on its own.
Low energy, task initiation difficulties, inability to sustain routines, and loss of interest have diverse explanations. They may accompany stressful circumstances or clinical conditions, including depression, anhedonia, ADHD-related executive difficulties, anxiety, or sleep disorders. Diagnosis requires an appropriate assessment of patterns, duration, impairment, and other evidence. An unfinished goal supplies none of that by itself.
Goals may need to be smaller, supported by reminders or accommodations, or developed with a clinician when functioning is significantly affected. For people vulnerable to perfectionism or compulsive tracking, rigid numeric targets may worsen distress. The practical priority is a safe, individually appropriate plan, not compliance with an acronym.
A person who repeatedly experiences major difficulties with daily functioning can seek evaluation from a qualified health professional. Practical planning can accompany clinical care, but should not displace it.
SMART goals and AI assistants
AI tools can help identify vague wording, suggest action steps, create reminders, and propose review questions. These uses may reduce the effort involved in organizing a plan. They do not establish that AI-written goals are superior or that algorithmic scoring accurately captures motivation or well-being.
The important question is whether the target remains meaningful and feasible for the person who will pursue it. Research on self-concordance indicates that alignment with personal interests and values matters to goal pursuit. It does not directly test AI goal generation, so claims about AI assistants require their own evidence.
A useful workflow is to ask an assistant for several candidate formulations, check each against actual resources and values, choose the direction personally, and retain the freedom to revise. The assistant can organize information; the individual supplies the priorities and evaluates trade-offs.
A flexible SMART worksheet
Start by writing the meaningful aim in one sentence. Then answer five practical questions: What exactly will I attempt? What evidence of progress would genuinely inform me? What resources make the plan feasible? Why does it deserve time among my other commitments? When should I review or complete it?
Add the elements that SMART does not explicitly require: What will trigger the first action? Which predictable obstacle needs a backup plan? What would indicate that the target, measure, or time frame should be changed?
For example, “I want to be more confident when presenting” can guide the direction. A time-limited experiment might be: “For four weeks I will rehearse a five-minute presentation once weekly, ask one trusted person for specific feedback, and reflect on which parts become easier.” The goal protects a controllable practice while leaving room for learning.
The framework is most useful as an evolving hypothesis about a workable course of action. Real behavior, trustworthy feedback, and changing circumstances determine what happens next.
Frequently asked questions
What does SMART stand for in psychology?
The familiar modern expansion is Specific, Measurable, Achievable, Relevant, and Time-bound. The mnemonic originated in management, and psychologists may use it as a planning tool. Its five letters should be distinguished from scientific theories of goal setting and self-regulation.
What is an example of a SMART goal?
“For the next month, I will practice a language for 15 minutes after breakfast on four weekdays and review my understanding every Friday” is an example. The behavior, schedule, and review point are explicit. The actual duration and difficulty should match the person's needs.
Are SMART goals scientifically proven?
Evidence supports goal setting and selected techniques such as progress monitoring and implementation intentions. The five SMART criteria as a complete universal package are less directly validated. Epton et al. examined broader goal-setting effects; Swann et al. examined problems with the SMART framework.
Do all goals need numbers?
No. Useful indicators may be quantitative or qualitative, depending on the objective. Some meaningful outcomes, particularly in creativity and relationships, cannot be reduced to a single accurate score.
Are SMART goals better than regular goals?
They can improve the clarity of a vague plan, but universal superiority has not been demonstrated. In a preregistered creativity experiment, SMART goals did not meaningfully outperform open or do-your-best goals.
Should SMART goals be realistic or difficult?
They should fit the task and available resources, and they may still be challenging. A difficult target can be feasible with a credible path. For unfamiliar tasks, it may be more effective to focus first on learning strategies.
What is the difference between SMART goals and process goals?
SMART describes the format of a goal. A process goal identifies an activity or practice, while an outcome goal identifies a result. Both kinds can be expressed using SMART questions.
Are SMART goals the same as habits?
No. A SMART goal describes what someone plans to do. A habit involves behavior that becomes increasingly automatic in a context through repetition and learning. An announced time frame does not determine when automaticity develops.
Can SMART goals treat ADHD or depression?
The acronym is not a treatment. Clear planning may be one element of support, but executive difficulties, depressive symptoms, and anhedonia require condition-specific understanding and appropriate care. Difficulty meeting a target does not diagnose a disorder.
Can AI write SMART goals?
AI can suggest and organize goal statements. People should independently decide whether proposed goals reflect their values, capacities, and conditions. The mere precision of an AI-generated target does not prove that it will produce action.
How often should SMART goals be reviewed?
Review them as often as useful feedback becomes available. Weekly checkpoints may suit a short experiment, while milestones or monthly reviews may be appropriate for large projects. The best cadence depends on the task and the costs of monitoring.
Related Articles
Explore the broader foundations in Motivation, Habits, and Self-Control: Psychology of Behavior Change. For everyday goal design, see How to Set Goals You Can Actually Follow Through On. For action initiation, read Implementation Intentions: How If-Then Planning Helps Achieve Goals.
Further published English articles include What Is Motivation? Types, Processes, and Psychological Theories, Why Do I Lose Motivation? Psychological Causes and What Helps, and Motivation in the Age of AI: Effort, Goals, Self-Efficacy, and Human Agency.
References
Doran, G. T. (1981). There's a S.M.A.R.T. way to write management's goals and objectives. Management Review, 70(11), 35–36. Bibliographic record.
Epton, T., Currie, S., & Armitage, C. J. (2017). Unique effects of setting goals on behavior change: Systematic review and meta-analysis. Journal of Consulting and Clinical Psychology, 85(12), 1182–1198. https://doi.org/10.1037/ccp0000260.
Gollwitzer, P. M., & Sheeran, P. (2006). Implementation intentions and goal achievement: A meta-analysis of effects and processes. Advances in Experimental Social Psychology, 38, 69–119. University publication record.
Harkin, B., Webb, T. L., Chang, B. P. I., Prestwich, A., Conner, M., Kellar, I., Benn, Y., & Sheeran, P. (2016). Does monitoring goal progress promote goal attainment? A meta-analysis of the experimental evidence. Psychological Bulletin, 142(2), 198–229. https://doi.org/10.1037/bul0000025.
Locke, E. A., & Latham, G. P. (2002). Building a practically useful theory of goal setting and task motivation: A 35-year odyssey. American Psychologist, 57(9), 705–717. https://pubmed.ncbi.nlm.nih.gov/12237980/.
Pietsch, S., Riddell, H., Semmler, C., Ntoumanis, N., & Gucciardi, D. F. (2024). SMART goals are no more effective for creative performance than do-your-best goals or non-specific, exploratory open goals. Educational Psychology, 44(9–10), 946–962. https://doi.org/10.1080/01443410.2024.2420818.
Seijts, G. H., & Latham, G. P. (2005). Learning versus performance goals: When should each be used? Academy of Management Perspectives, 19(1), 124–131. https://doi.org/10.5465/ame.2005.15841964.
Sheeran, P., Wright, C. E., Avishai, A., Villegas, M. E., Lindemans, J. W., Klein, W. M. P., Rothman, A. J., Miles, E., & Ntoumanis, N. (2020). Self-determination theory interventions for health behavior change: Meta-analysis and meta-analytic structural equation modeling of randomized controlled trials. Journal of Consulting and Clinical Psychology, 88(8), 726–737. https://doi.org/10.1037/ccp0000501.
Sheldon, K. M., & Elliot, A. J. (1999). Goal striving, need satisfaction, and longitudinal well-being: The self-concordance model. Journal of Personality and Social Psychology, 76(3), 482–497. https://pubmed.ncbi.nlm.nih.gov/10101878/.
Swann, C., Jackman, P. C., Lawrence, A., Hawkins, R. M., Goddard, S. G., Williamson, O., Schweickle, M. J., Vella, S. A., Rosenbaum, S., & Ekkekakis, P. (2023). The (over)use of SMART goals for physical activity promotion: A narrative review and critique. Health Psychology Review, 17(2), 211–226. https://doi.org/10.1080/17437199.2021.2023608.
van Jaarsveld, G. M., Wong, J., Baars, M., Specht, M., & Paas, F. (2025). Goal setting in higher education: How, why, and when are students prompted to set goals? A systematic review. Frontiers in Education, 9, Article 1511605. https://doi.org/10.3389/feduc.2024.1511605.