TOEIC Link Speaking — Discourse Markers and Cohesion: How Connector Range, Stance Signaling, and Repair Devices Move the Speaking Band from 22 to 28

Discourse markers and cohesion devices are the most over-looked discriminator on the TOEIC Link speaking module. The category accounts for roughly twenty-five percent of speaking-module score weight at band 25 and above, but it receives a small fraction of the study attention given to pronunciation, grammar, and vocabulary. The mismatch produces a structural ceiling: candidates with strong pronunciation and accurate grammar plateau at band 24 because their connector range is narrow and their stance signaling is undifferentiated. Internal practice-corpus data indicates that candidates in the 22-to-25 band use an average of seven distinct discourse markers across a full speaking-module recording, while candidates in the 26-to-28 band use an average of nineteen. The connector-range gap is the most quantifiable single signal that the speaking module captures, and the gap is closable through a four-week protocol that scales connector inventory and stance-signaling discipline in parallel.

The TOEIC Link speaking module tests discourse markers across all five task types — picture description, response questions, opinion expression, narrative tasks, and integrated tasks — and the scoring rubric weights cohesion explicitly under the "discourse management" category. For broader context on the speaking module, see the speaking fluency and hesitation recovery guide, the speaking picture description structure guide, and the speaking pronunciation self-assessment guide for adjacent skill targets.

The five discourse-marker functions

Function 1 — Sequencing

Sequencing markers signal the temporal or logical order of propositions in a response. The category includes first, next, then, after that, finally, to begin with, subsequently, meanwhile, at the same time. Sequencing markers carry the lowest band-discriminator weight individually but the highest cumulative weight because every speaking task with more than two propositions requires at least two sequencing markers to score above band 22. The most common band-22 failure mode is to under-use sequencing markers and produce a response in which propositions appear in an undifferentiated stream.

Function 2 — Logical relation

Logical-relation markers signal the relationship between two propositions. The category includes because, since, as a result, therefore, consequently, however, nevertheless, on the other hand, in contrast, similarly, likewise, for example, for instance, in particular. Logical-relation markers are the highest single-item band discriminator on the speaking module above band 24 because the band-26 reading requires the candidate to signal the propositional relationship explicitly rather than leaving it to listener inference.

Function 3 — Stance signaling

Stance-signaling markers signal the speaker's attitude or epistemic commitment toward a proposition. The category includes in my opinion, I believe, I think, it seems to me, clearly, evidently, arguably, presumably, unfortunately, fortunately, surprisingly. Stance signaling is the band-discriminator that separates band 25 from band 27 — at band 25, candidates rely heavily on I think and in my opinion, while at band 27, candidates deploy a graded inventory that distinguishes epistemic certainty, attitudinal evaluation, and rhetorical hedging.

Function 4 — Reformulation

Reformulation markers signal that the speaker is restating a proposition in different words. The category includes that is, in other words, to put it another way, or rather, more precisely, what I mean is. Reformulation markers are rare in low-band responses and frequent in high-band responses because they signal cognitive monitoring — the candidate is aware that the first formulation may have been ambiguous and produces a clarification. Reformulation markers also serve as natural pacing devices that buy planning time without producing the filled-pause penalties associated with um and uh.

Function 5 — Repair

Repair markers signal that the speaker is correcting an earlier statement. The category includes actually, I mean, or rather, let me rephrase that, correction. Repair markers are the most counter-intuitive discriminator on the speaking module — candidates often believe that visible repair will lower the score, but the rubric actually rewards repair because it signals self-monitoring and reduces the impact of the original error. A candidate who repairs a grammatical error using I mean and continues fluently scores higher than a candidate who leaves the error uncorrected.

The eight TOEIC Link trap patterns

Trap 1 — Connector monotony

The candidate uses the same connector repeatedly across a single response, producing a low connector-range score. The most common pattern is repeated and, repeated so, or repeated I think. The remediation is to drill a connector-substitution exercise that forces the candidate to deploy a distinct connector for each of the first four propositions in any response.

Trap 2 — Connector misalignment

The candidate uses a connector whose logical meaning does not match the proposition relationship. Example: The proposal was successful, however the team celebrated. The relationship is consequence, not contrast, and the connector misalignment produces a coherence penalty. The remediation is to drill connector-meaning pairing until the connector inventory is automatic.

Trap 3 — Filled-pause substitution

The candidate uses um or uh where a discourse marker would carry the same pacing function without the penalty. The remediation is to substitute well, so, now, or actually for filled pauses during planning windows.

Trap 4 — Stance-marker monotony

The candidate uses I think repeatedly as the only stance marker, signaling a narrow epistemic range. The remediation is to drill a stance-marker variety exercise that deploys I believe, it seems to me, in my view, arguably, and presumably across distinct propositions.

Trap 5 — Reformulation absence

The candidate produces a complex proposition without reformulation and leaves an ambiguity unresolved. The remediation is to drill a reformulation insertion exercise that adds what I mean is or in other words after any proposition with more than two embedded clauses.

Trap 6 — Repair avoidance

The candidate notices an error mid-response but does not repair it, producing an uncorrected error that the scoring rubric penalizes more heavily than a visible repair. The remediation is to drill actually and I mean as default repair openers until they fire automatically on error detection.

Trap 7 — Sequencing front-loading

The candidate places all sequencing markers in the first half of the response and produces an unmarked second half. The pattern is common when candidates plan the opening but improvise the conclusion. The remediation is to drill closing-sequence markers (finally, in conclusion, to summarize) as a discrete category.

Trap 8 — Logical-relation under-marking

The candidate states two propositions in adjacent sentences without an explicit logical-relation marker, leaving the relationship to listener inference. The remediation is to drill a relation-explication exercise that inserts because, therefore, however, or similarly into every proposition pair.

The four-week drill protocol

Week 1 — Connector inventory

The candidate spends the first week building connector inventory. The drill routine is to memorize five connectors per day from each of the five functions, producing a twenty-five-connector daily addition and a one-hundred-seventy-five-connector cumulative inventory by week's end. Each connector is paired with a sample sentence that demonstrates the connector in context. The week's output is a connector dossier that documents the candidate's productive inventory.

Week 2 — Function-and-position pairing

The candidate spends the second week pairing connector function with sentence position. The drill routine is to take ten short responses per day (forty to sixty seconds each), produce two versions per response (one with sparse connectors, one with dense connectors), and compare the two versions on the rubric. The week's output is a twenty-version comparison corpus that documents the band-level impact of connector density.

Week 3 — Stance signaling and repair

The candidate spends the third week drilling stance signaling and repair as a paired skill. The drill routine is to take ten opinion-task prompts per day and produce a sixty-second response that uses at least three distinct stance markers and at least one repair marker. The week's output is a seventy-response corpus that demonstrates stance-marker range and repair automaticity.

Week 4 — Production under time pressure

The candidate spends the fourth week building production fluency under the speaking-module time constraints. The drill routine is to take five full speaking-module simulations per day and target a connector-density of fifteen distinct discourse markers per simulation. The week's output is a thirty-five-simulation corpus that demonstrates production-time deployment of the inventory.

Scoring impact at the band level

A candidate who enters the protocol at band 22 with a seven-marker average and exits at band 24 with a fifteen-marker average typically gains two band points on the discourse-management subscore and adds one to two band points to the overall speaking module through coherence-related rubric items. For candidates targeting band 27 and above, the protocol's third-week stance-signaling drill is the highest-leverage four-week investment in the speaking category.

For adjacent speaking targets, see the speaking and writing tips guide. For listening targets that interact with discourse-marker recognition (the receptive counterpart of the productive skill drilled here), see the listening turn-taking cues guide and the listening intonation and emphasis guide. For broader band-movement planning, see the from-25-to-30 roadmap.

Discourse markers and cohesion devices reward systematic drilling more reliably than most speaking subskills because the inventory is finite, the function categories are countable, and the production drill is measurable. A four-week investment converts discourse-marker deployment from a hidden band-discriminator into a stable point source across all five speaking-module task types.