Planning the training week is one of the most important responsibilities in soccer coaching. Every session has to prepare players technically, tactically and physically for competition while also allowing sufficient recovery from the previous match. The challenge becomes even greater when players within the same squad have experienced very different match loads.
A player who completed 90 minutes at the weekend arrives at the next training session with a very different recent workload from an unused substitute. A player introduced for the final 20 minutes sits somewhere between the two. If all three players then complete exactly the same training throughout the following week, one may receive too much work while another gradually becomes underprepared for the demands of competition.
This is why the soccer training microcycle should not simply be viewed as a sequence of training days. It is a planning framework that connects the previous match, the next match, the team's tactical priorities and the individual preparation needs of the squad.
New research published in October 2026 provides a timely reminder of both the value and the limitations of established periodisation models. A systematic review of 43 studies identified a broadly consistent pattern in male soccer: recovery immediately after competition, greater training loads during the middle of a one-match week and a reduction in load as the next match approaches. However, only two of those 43 studies directly examined whether a particular weekly load distribution actually improved subsequent physical performance. The researchers therefore concluded that the familiar microcycle structure is widely used but should not be treated as a scientifically proven universal formula.
That distinction matters. Coaches need structure, but they also need flexibility.
A Saturday-to-Saturday training week should not be copied blindly from one club to another. Training frequency, player age, competition level, squad size, previous match exposure, playing style, available facilities and the next opponent can all change what the week should look like.
For the mass coaching market, the objective is therefore not to recreate an elite professional performance department. It is to understand the principles behind the microcycle and apply them intelligently within the time and resources available.
The ISSPF Certificate in Soccer Training Load Management develops exactly this approach. The course covers weekly microcycle planning, external and internal training load, player monitoring, fitness versus freshness and practical strategies that can be adapted from non-professional soccer through to elite environments.
Build the Week Around Match Demands Rather Than a Fixed Formula
The match should provide the central reference point for the competitive microcycle. Coaches commonly describe sessions according to their relationship with match day: MD+1 represents the day after the previous match, while MD-1 represents the day immediately before the next fixture.
This language is useful because the physical and tactical purpose of training normally changes as the team moves through the week.
The latest systematic review identified three broad phases that repeatedly appear within soccer practice. The opening period is dominated by post-match recovery, usually around MD+1 and MD+2. The middle of the week, commonly MD-4 and MD-3 in a standard one-game schedule, tends to contain the greatest training load. The final MD-2 and MD-1 period then reduces overall workload as coaches attempt to prepare players to arrive at competition with sufficient freshness.
This provides coaches with a useful framework, but the details should be driven by what the team needs.
Early in the week, the first consideration is what happened in the previous match. Players who completed substantial minutes may require recovery, whereas players who played little or no football may require additional work. This immediately means that a single squad can require two different training objectives on the same day.
As the week progresses, training can become more developmental. The middle portion of a standard one-match week provides the best opportunity to expose players to meaningful physical and tactical work because there is usually enough time to recover before the next fixture.
This does not mean coaches need to separate fitness from soccer. Larger-sided games can expose players to greater running distances and more space, while smaller and medium-sized practices can create repeated accelerations, decelerations, duels and changes of direction. Strength work, sprint exposure and tactical development can therefore be organised around the football objective of the day rather than existing as unrelated components.
The ISSPF article on Periodisation for Soccer explores this relationship between loading, recovery and tapering in greater depth. Its central principle remains valuable: the microcycle should progressively prepare players for competition while recognising that one-game and multiple-game weeks require very different solutions.
Click the link below to listen & subscribe for free to the ISSPF Soccer Insights Podcast:
https://open.spotify.com/show/5LY89uSczjKnRcO6710I82?si=bcbdf62b370640e6
As match day approaches, volume normally falls. Coaches sometimes interpret tapering as making every activity slow and easy, but this can leave players feeling flat. Reducing training quantity does not necessarily mean removing all intensity.
A short acceleration, a fast technical action or a brief high-intensity tactical sequence can remain within the programme without creating a large overall workload. The objective is to maintain the qualities required for competition while reducing unnecessary fatigue.
The final session should therefore prepare players for what they are about to do rather than attempt to make them fitter. Tactical clarity, set plays, short explosive actions and confidence become increasingly important as the next match approaches.
This is where microcycle planning becomes a coaching process rather than purely a sports-science process. A 2026 investigation involving 77 performance practitioners working across the English professional pyramid found that the head coach or manager held ultimate training-planning authority in 91% of cases. The same study also found substantial variation in how teams actually organised one- and two-match weeks.
That finding should be significant for developing coaches. Load management is not something that should be handed entirely to a sports scientist while the coach concentrates only on tactics. The physical consequences of training come from the practices the coach selects, the pitch dimensions used, the duration of games, the rules applied and the amount of recovery provided (Owen, 2024).
Good microcycle planning therefore connects the game model and the physical programme.
A team wanting to press aggressively may require repeated acceleration, braking and high-intensity transition actions during the week. A team that attacks open space quickly may need sufficient sprint exposure. A possession-dominant team may still require those physical qualities because the match can change immediately when possession is lost.
The coach should therefore ask what the team's style of play demands physically and then ensure those demands appear appropriately within training.
ISSPF faculty member Dr Dawid Goliński provides a particularly relevant link between monitoring and practical coaching. His ISSPF teaching includes weekly microcycle planning, subjective monitoring and the translation of training-load information into day-to-day coaching decisions, reinforcing the importance of using data to support the training process rather than allowing data to dictate it.
Manage Starters, Substitutes and Non-Starters as Different Players
One of the largest weaknesses in traditional squad planning is assuming that every player completes the same competitive week.
They do not.
The player who completes the entire match receives a substantial physical, technical, tactical and psychological exposure. The unused substitute may complete the warm-up and some additional activity but receives nothing close to the same competitive stimulus. Over several weeks, those differences can accumulate.
This is becoming an increasingly important research area. A major systematic scoping review published on 24 October 2026 analysed 66 studies examining the training and match demands experienced by soccer substitutes. The review found that substitutes often accumulate lower absolute physical loads than starters, both around training and on match day. Typical match-day top-up activities identified within the literature were relatively short, at around 17 minutes and approximately 1,700 metres of total running, although these figures describe existing practice rather than providing a recommended target.
At the same time, substitutes who do enter the game can experience very demanding relative intensities. The review reported higher relative total distance, high-speed running and sprinting rates in substitutes compared with players who had started the match.
This creates an interesting performance problem.
A substitute may spend much of the match relatively inactive before suddenly being required to perform at a very high relative intensity. Their weekly training must therefore maintain physical readiness even if their match minutes are inconsistent.
The same review identified concerns around substitute warm-up practices. Body temperature and some aspects of physical readiness may decline between the initial team warm-up and the moment a substitute eventually enters the pitch. This strengthens the case for structured re-warm-up strategies rather than expecting players who have been sitting for 40 or 50 minutes to immediately perform maximal accelerations.
For amateur coaches, the solution does not need to be complicated. Substitutes can periodically complete short re-warm-up activities involving movement, acceleration and ball actions where competition rules and facilities allow. The intention is to maintain readiness without creating unnecessary fatigue.
The bigger challenge occurs after the match.
An unused player may need a compensatory or “top-up” training exposure to replace some of the work they did not receive through competition. This can sometimes be completed immediately after the fixture, while in other environments it may be more practical during the following training day.
The important point is that the top-up should reflect what the player actually missed.
A player who completed 30 competitive minutes should not automatically receive the same additional training as an unused substitute. Equally, a player who came on for only five minutes has experienced something very different from the full-match starter.
This requires coaches to think in terms of recent exposure rather than labels.
The 2026 English professional football study makes this issue particularly relevant. Researchers found that compensatory strategies for non-starting players were inconsistent and potentially inadequate across one- and two-game weeks, with the problem becoming particularly important during congested schedules.
Two-match weeks can create a paradox. Starters may receive almost all of their physical load through competition and therefore spend much of the remaining week recovering and preparing tactically. Non-starters can simultaneously become underloaded because there are fewer genuine training opportunities between fixtures.
This means fixture congestion does not automatically create excessive load for everyone.
For some players, it creates insufficient load.
The coach must therefore manage two problems at the same time: protecting heavily exposed players from unnecessary additional fatigue while maintaining the physical capacity of players who are not competing regularly.
This is especially important when squad status suddenly changes. An unused player may spend three weeks accumulating relatively little competitive exposure before being required to start because of injury or suspension. If their compensatory training has been inadequate, they may be tactically selected but physically underprepared.
That is why top-up training should not be treated as punishment for players who were not selected. It is preparation for their next opportunity.
The language coaches use around this is important. Additional work should be presented as part of maintaining match readiness rather than as a consequence of failing to make the starting XI.
A useful coaching question after every fixture is therefore not simply, “Who needs to recover?” It is also, “Who still needs to train?”
That single question can significantly improve the management of the entire squad.
Apply the Microcycle to One-Match and Two-Match Weeks
The exact microcycle must always reflect the competition calendar, but coaches can use a simple framework to organise decision-making. The examples below are not universal prescriptions; they illustrate how recovery, loading, tapering and compensatory work can be organised around different player exposures.
Day One-match week - Main coaching purposeThis framework broadly reflects the three-phase pattern identified by the 2026 systematic review: recovery, greater midweek loading and pre-match tapering. Importantly, the review also demonstrated that the evidence is not strong enough to prescribe one exact load distribution for every team.
For an amateur team training only Tuesday and Thursday before a Saturday fixture, the same principles can still be applied.
Tuesday becomes the primary development opportunity. After sufficient recovery from the previous weekend, the session can include the week's more demanding tactical and physical work. Thursday can then reduce overall volume while retaining enough speed and intensity to maintain readiness before Saturday.
The coach does not need to recreate six professional training days inside two sessions. The aim is to preserve the logic of the microcycle within the environment available.
The distinction between starters and non-starters remains important. If the club has no organised Sunday recovery session, unused players may require additional work immediately after Saturday's match or within the next available session. Even ten or fifteen purposeful minutes can be more useful than allowing repeated weeks of low competitive exposure to accumulate unnoticed, although the content should be tailored rather than based on a universal running target.
Two-match weeks require a different mindset because the matches themselves become the dominant loading events.
Day Two-match week - Main coaching purposeClick the link below to listen & subscribe for free to the ISSPF Soccer Insights Podcast:
https://open.spotify.com/show/5LY89uSczjKnRcO6710I82?si=bcbdf62b370640e6
During these weeks, there may be little opportunity to create a traditional midweek loading peak for regular starters. Competition itself supplies much of the physical stimulus. The coach's focus shifts towards recovery, tactical preparation and maintaining specific physical qualities with relatively small training doses.
Non-starters require the opposite consideration. Because they may miss both competitive loading events, compensatory training becomes more important.
This is where coaches should avoid trying to match every match metric mechanically. A top-up session does not need to reproduce 90 minutes of competition. It should provide an appropriate stimulus that maintains important qualities without compromising the player's readiness if they are required in the next fixture.
The recent substitutes review also challenges the assumption that match exposure should always be understood purely through total minutes. Players entering late can produce very high relative running and sprinting outputs, meaning the physical demand of 25 competitive minutes may be considerably more intense than its duration alone suggests.
Context therefore remains essential.
Position matters. Playing style matters. The scoreline matters. The player's recent history matters. Training decisions should use information rather than simply follow a timetable.
The same principle applies to monitoring.
Professional clubs may use GPS to quantify total distance, high-speed running, sprint distance, accelerations and decelerations. Coaches working without that technology can still use simple information effectively: minutes played, attendance, perceived exertion, recent absences and observation of whether a player has experienced meaningful speed and intensity.
The ISSPF Certificate in Soccer Training Load Management is specifically designed to bridge this gap between elite processes and practical coaching. Its modules cover player monitoring, injury-reduction strategies, weekly microcycle planning, subjective effort assessment, external load and the competitive training microcycle, while remaining applicable from non-professional environments through to elite soccer.
The most important development for the coach is therefore not learning one perfect weekly schedule. It is learning how to make better decisions.
After every match, identify what each player actually experienced. Early in the week, recover those who need recovery and load those who need training. Use the middle of a standard one-match week to expose players to the most important tactical and physical qualities. As competition approaches, reduce unnecessary volume while retaining the speed, sharpness and tactical clarity required to perform.
When two matches are played, recognise that starters and non-starters may move in opposite directions. One group may require recovery while the other requires additional work. If those differences are managed consistently, the squad is more likely to maintain the fitness and readiness required when selection inevitably changes.
Microcycle planning is therefore not simply about preparing eleven players for Saturday.
It is about keeping an entire squad capable of performing when called upon.
For coaches wanting to develop a more complete understanding of weekly periodisation, monitoring and player preparation, the ISSPF Certificate in Soccer Training Load Management provides a structured development pathway linking the science of training load with the realities of coaching practice.
References (5)
Bower, P., Emmonds, S., Lyle, J. and Costello, N. (2026) ‘Planning and periodisation strategies in English professional men’s football: an investigation into current practice’, Science and Medicine in Football, 10(4), pp. 537–555.
Curtis, C., Russell, M., Hills, S.P., Filter, A., Requena, B., Lopez Bascon, S., Ortega, H., Asián, J. and Bogdanis, G.C. (2026) ‘Characterising the internal and external load during warm-up, match play and training in soccer substitutes: A systematic scoping review’, Sports Medicine.
Owen, A. (2024) Football Periodization to Maximise Performance: Session Design - The Training Week - Tapering Strategy, Football Periodization Book
Lafrance, G., Dupont, G., Ahmaidi, S. and Abaïdia, A-E. (2026) ‘Impact of weekly workload distribution on performance in male soccer players across competitive levels—Scientific hypothesis or empirical evidence: A systematic review’, Journal of Strength and Conditioning Research, published ahead of print.
Anderson, L., Orme, P., Di Michele, R. et al. (2016) ‘Quantification of training load during one-, two- and three-game week schedules in professional soccer players from the English Premier League: implications for carbohydrate periodisation’, Journal of Sports Sciences, 34, pp. 1250–1259.
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