Structured learning routes already visible in public Academy.
Structured hockey learning, certifications, and pathways
GlobeIce Academy is the public learning lane for pathway-based hockey education, certifications, and course discovery across clubs, federations, and future official education programs.
Published certifications connected to public Academy discovery.
Published courses currently available through GlobeIce Academy.
Organizations already represented across Academy pathways, certifications, or courses.
Training, academy and drill clips routed from feeder media candidates.
Academy video
Training clips, drill references, course media and academy videos discovered by the feeder and cleared for public display.
Public discovery first
Academy is now a real public entrypoint where learning routes, certifications, and course structure can be explored before deeper participation moves into HockeyOS.
Person-OS learning lane
Learners continue from public discovery into enrollments, feedback, certifications, and assigned materials inside HockeyOS.
Org-OS education lane
Organizations can publish pathways, connect certifications, and build structured development programs inside their GlobeIce workspace.
A professional Academy path for analysts who turn tracking, video, microevents, dashboards, and models into coach-ready decisions.
Open analyst roleConnect analyst certification to Org-OS permissions, publish rights, SLA targets, and guarded analytics workflows.
Open HockeyOS role packLaunch seed for Specialidrott Ishockey with learning focus, safety notes, coach cues, reflection, and assessment.
Open student sheetModular on-ice session for Specialidrott, training and competition theory: warm-up, stations, small-area games, safety, and assessment signals.
Open session planIndividual Specialidrott skill block: one correction, repeated puck-control kata, microcycle progression, and GlobeIce log fields.
Open microcycleCoach brief, 60/75/90 planning structure, checklist, assessment signals, and Feeder metadata routed to Specialidrott and training theory.
Open templateUtskriftsklart Mora Gymnasium-paket med 45-60 min lektionsplan, bedomningsmatris, rink-SVG, feeder-meta, ZIP och verifierade sidecars.
Open NIU packageStudent sheet pack for practical ice practice, training-theory reflection, rubric, and Feeder assessment export.
Open student sheetStudent-ready leadership resource for planning, leading, safety responsibility, group process, self-reflection, and assessment.
Open leadership sheetPractice template for theme, drill structure, cues, intensity, injury notes, recovery signals, and after-action review.
Open coach templateOne-screen Academy module with five coach decisions, RPE/load cues, red flags, and a verified DOCX download for club pilots.
Open moduleCoach-ready session brief, minute map, drill cards, rink diagram slots, load gates, and after-action review.
Open practice packageCoach-safe RTP gates for concussion, knee, groin/hip, shoulder, ankle, and overload cases.
Open RTP protocolCriteria-based ladder for hip, groin, and hamstring pain: pain response, strength, skating quality, and safe return gates.
Open RTP ladderCoach & Academy OS
GlobeIce Coach & Academy should combine an education portal, a practice library, coach lists, player development evidence, and course progression into one workflow. The model borrows the best public patterns from Swedish hockey education: searchable exercises, drawing tools, lists, documents, course steps, and practical coach behavior.
Specialidrott / Tränings- och tävlingslära / Hockeygymnasium / NIU-LIU
Coaches should land on usable drills, not long text. Every resource needs setup, cues, progression, safety and export.
Academy should show where a coach is in the learning path: intro, practice design, match analysis, load, safety and assessment.
Coaches need saved lists for next practice, theme blocks, player groups and staff sharing.
A drill card is stronger when the rink diagram, 15-second clip, QR and measurable checkpoints live together.
Observed: Startsidan samlar pågående, bokade och avslutade utbildningar, rekommenderade utbildningstips, notiser, intyg/CV och snabblänkar.
GlobeIce: Bygg Coach Academy home med Min väg, Mina bokningar, Avklarat, Rekommenderat nästa steg, notiser och intyg/export.
Observed: Alla utbildningar kan hittas via fritextsök samt filter för gren/sport, utbildningstyp och specifik utbildning.
GlobeIce: Låt Academy och Coach OS dela samma sökindex för kurser, övningar, coachkort, videoklipp och mallar.
Observed: Kursdetaljen visar innehållsområden, förkunskaper, avgiftsnotis, utbildningsplan/delmoment och ansvarig funktion.
GlobeIce: Varje GlobeIce-kurs ska ha kursmål, prerequisites, modulsteg, ansvarig roll, materialkrav, bedömningsbevis och CTA.
Observed: Utbildningsplanens delmoment expanderar till tillfällen med datumspann, plats, ort, kostnad, packlista och kontaktfunktioner.
GlobeIce: Skapa cohort/event-objekt för clinics, internutbildningar och NIU/LIU-pass med kalender, kapacitet, material och staff.
Observed: Kalendern är en separat vy för bokade och publika utbildningstillfällen med datumintervall och filter.
GlobeIce: Ge Academy en kalender som kan visa coachutbildning, ispass, testdagar, webinarier och deadlines i samma modell.
Observed: Resursbiblioteket låser upp kompletterande material baserat på avklarade utbildningar.
GlobeIce: Låt material, coachkort, videoexempel och DOCX/PDF-paket bli tillgängliga via completion, roll och lagbehörighet.
Observed: Dashboard-notiser lyfter praktiska verktyg, exempelvis ritverktyg för tränare, direkt i utbildningsflödet.
GlobeIce: Promota Practice Rink Designer och QR-mikroklipp som konkreta coachverktyg i rätt kurs, pass och coachroll.
Pattern: Hockeyakademin-like browsing: exercises, articles, documents and practical categories.
GlobeIce: Add a coach-facing library filtered by age, surface, theme, role, RPE, load, equipment, time and course lane.
Pattern: Rink drawing tools help coaches turn ideas into shareable practice material.
GlobeIce: Extend PracticeRinkDesigner so diagrams save as named drill assets with SVG, PNG, metadata and print slots.
Pattern: Saved lists let coaches collect drills, documents and clips for a theme or upcoming session.
GlobeIce: Create Coach Lists: next practice, warm-up bank, recovery day, player-specific focus, and staff share.
Pattern: Swehockey education flows are organized around courses, prerequisites, calendar and completion status.
GlobeIce: Expose Academy pathways with prerequisites, required materials, reflection tasks and completion evidence.
Pattern: Modern coach education emphasizes what the coach does rinkside: cues, feedback, safety and reflection.
GlobeIce: Attach one coach behavior to each session block and capture it in the post-practice reflection.
Pattern: Education portals separate coaching guidance from medical/safety responsibilities.
GlobeIce: Route RTP, red flags and medical opinions to Team Doctor OS, while coaches see only action-safe gates.
Professional practice package system
This block turns scattered drills into a complete practice package: one coach brief, a minute-by-minute ice plan, diagram slots, staffing notes, equipment, readiness gates, and after-action review.
Use this in Academy to teach how professional coaches structure practice plans from objective to warm-up, skill blocks, tactical blocks, small-area games, and review.
Every block must answer four questions before it reaches the ice: why are we doing it, where is it drawn, who owns it, and what changes if the group is not ready.
Set date, location, group, theme, objective, practice number, roster groups, goalie plan, readiness constraints, and coach roles.
Output: One page that aligns head coach, assistants, goalies, equipment, and special-sport staff.
Make ice usage visible with a running clock, block duration, work-rest rhythm, station transitions, and puck supply.
Output: A 45, 60, 75, or 90 minute schedule that keeps players moving and reduces dead ice.
Give each drill a diagram slot, setup, flow, cues, regressions, progressions, duration, and success metric.
Output: Four to six coach-ready cards that can be printed, shared, or exported into DOCX/PPTX.
Connect every drill to a drawing from PracticeRinkDesigner, video-derived diagram, or a blank rink placeholder.
Output: Consistent diagram slots such as RINK_A, RINK_B, RINK_C, and RINK_D for exports.
Bring recovery, injury modification, sRPE target, and medical referral rules into the same planning sheet.
Output: Green/yellow/red practice decision notes before high-speed or high-contact blocks.
Create a clean DOCX/PDF/PPTX package and capture what changed after the practice.
Output: Reusable practice package with provenance, version, tags, and after-action review.
Confirm attendance, modified players, goalie availability, ice split, and first whistle readiness.
Output: Coach knows who can run full, modified, or no-contact before warm-up starts.
Gate: No high-speed block starts before red readiness or pain flags are addressed.
Raise temperature, establish puck touches, and prime the skill focus.
Output: Skating, passing, puck control, shooting, or goalie activation with clear lanes.
Gate: Players move continuously; no line waits longer than the working group.
Build the technical constraint that later appears in game-like work.
Output: Two to four stations with diagram slots, reps, cues, and progression.
Gate: Every station has a success metric and one regression ready.
Move the skill into breakout, forecheck, neutral-zone, special teams, or transition structure.
Output: Walk-through to live pressure, with roles and first read stated before reps.
Gate: Coach can name the read, support option, and stop condition.
Use small-area or constrained game play to force decisions under pressure.
Output: Short shifts, scorekeeping, constraints, and recovery-aware intensity.
Gate: Shifts stay short, intensity is visible, and constraints match the day objective.
Capture sRPE, notes, video tags, injuries, and next-session adjustments.
Output: After-action review that updates the next practice package.
Gate: The plan is not complete until load, pain, and learning notes are captured.
Small-area games
Small-area games compress the rink so players must scan, protect the puck, support close to the play, and make decisions under real pressure. They are one of the strongest bridges between Academy learning and on-ice session planning.
Use this as an Academy method block: introduce the principles, show the game family, then let coaches convert each variation into drills, practice cases, and session plans in HockeyOS.
Tight areas put every player closer to the puck, which increases touches, passes, recoveries, and shots per minute.
Players solve the same reads they face in games: support angles, turnovers, protection, pressure, and transition.
The same game can scale from youth to elite by changing area size, support rules, touch limits, scoring, or tempo.
Play in a corner or low-zone pocket with two attackers, two defenders, one puck, and a small scoring target.
Cue: Protect the puck, win time, and create a support angle before attacking.
Progression: Shrink the area or require a pass before a shot.
Use a half-zone or center-lane rectangle. Teams score by completing passes, escaping pressure, or attacking a mini-net.
Cue: Create passing triangles and change the point of attack quickly.
Progression: Add a one-touch finish or a minimum number of passes.
Two teams play inside a small area with one neutral support player who is always on offense.
Cue: Use the support player to change pressure and create the next lane.
Progression: Limit joker touches or move the joker into a fixed support zone.
Attackers use a numerical advantage below the tops of the circles while defenders protect the middle.
Cue: Exploit the overload without forcing low-quality plays into traffic.
Progression: Add a time limit, one-pass shot rule, or automatic transition on turnover.
Start with a controlled breakout or loose puck. Forecheckers must pressure, angle, and recover inside a constrained zone.
Cue: Break out or set pressure immediately after the first read.
Progression: Add a second puck or require a controlled exit to score.
Split a small surface into two lanes. A puck win, shot, or coach whistle flips attack and defense instantly.
Cue: React fast after puck win or loss and find the first support option.
Progression: Add a counter goal within three seconds of possession change.
Kata skill microcycle
A Specialidrott method block that borrows the useful part of kata pedagogy: short fixed skill sequences, repeated often, with one coach correction at a time. In hockey it becomes a clean microcycle for puck control, skating mechanics, release work, passing, or scanning.
Use this in Academy to teach how technical quality, feedback discipline, and periodization connect. Players learn one cue deeply before speed, disturbance, and decision pressure increase.
Coach only the active cue. Note other errors, but do not mix corrections inside the same round.
Constant blade contact, quiet puck, controlled hand path.
Gate: Puck stays close without repeated look-down checks.
Knee/ankle pressure, hip under chest, edge pressure while hands stay free.
Gate: Blade track survives when edge pressure increases.
Call out numbers, colors, or coach hand signals during the same pattern.
Gate: Player can identify cues without major puck loss.
Stable upper body, active lower body, hip/shoulder separation.
Gate: Separation appears without the puck drifting too far from the body.
Raise speed, add light partner pressure, then make the first decision.
Gate: Technical form transfers into 1v1, small-area, or first-pass drill.
Three kata blocks per week, 8-10 minutes each.
Coach decision: Progress only when technical quality is at least 4/5.
Same sequence with more tempo, visual cues, and direction changes.
Coach decision: Hold speed if puck loss or look-down behavior increases.
Partner pressure, tighter space, and immediate transfer to 1v1 or small-area.
Coach decision: Publish as a ready drill only when the cue appears in game-like work.
Elite transition systems
Elite transition work connects breakouts, reloads, forecheck pressure, rush defense, and special teams into one practice language. The goal is not to copy one team, but to turn NHL-style clips into coachable principles, drill templates, and repeatable HockeyOS planning blocks.
Use this as an Academy method block for coaches: show how a clip becomes a principle, how a principle becomes a drill, and how the drill becomes a decision under pressure.
Breakouts are trained around first shoulder check, puck retrieval angle, middle support, wall option, and the trailer route that turns exit into attack.
Forecheck work should teach F1 steering, F2 wall pressure, F3 middle control, and D gap so players know the next layer before the puck moves.
Power play movement links umbrella, overload, bumper, net-front, and flank exchanges so the group can create shots, traffic, and second chances.
Official Jets YouTube reference plus coach-supplied drill-diagram references, routed into a review-safe GlobeIce coach-pack blueprint for transition, outlet support, backpressure, and defensive recovery.
Coach use: Use it to create timestamp tasks, coach points, original rink diagrams, and practice blocks without republishing raw NHL/Jets video or third-party diagrams.
Rights gate: User-supplied JPG diagrams are analysis references only and must not be published as GlobeIce assets without rights review.
Emotional balance, tactical sharpness, and status-aware ice work
Official Avalanche media around May 17-18, 2026 shows a useful elite-practice lesson: the day is not only about harder reps. It balances recharge, player status, clear tactical detail, and short, sharp system reminders before the next playoff step.
Use this as an Academy and HockeyOS planning block when a team needs a high-focus practice after a big game, before a playoff series, or during a congested schedule.
Bring energy into the session without turning the first minutes into a fatigue block.
Setup: Two fast-touch stations or a light compete game. Score small wins, keep puck touches high, and stop before intensity drifts.
Cue: Use levity to reset the group, then name the tactical focus before the first serious rep.
Gate: If readiness is yellow, keep the work technical and cap all chases at controlled speed.
Rehearse middle reset, dot support, weak-side swing, and protected no-go areas with limited total load.
Setup: Use three lane gates through the neutral zone. Puck starts from the wall, travels through dot support, resets through the middle, and exits to the weak side. Mark no-go circles where players must not drift or stop.
Cue: Every route has a job: first option, middle reset, weak-side speed, or recovery above the puck.
Gate: Use 2-3 reps per group before a full change. If pace drops, switch to walkthrough and video tags.
Tune one power-play or penalty-kill movement pattern without overloading the session.
Setup: Start from a faceoff or set entry. Run one umbrella, overload, or PK rotation and finish with a shot plus rebound rule.
Cue: The unit needs one clean shared picture: where pressure comes from, where the next pass is, and who owns second puck.
Gate: If legs are heavy, keep it 5v0 or sticks-in-lanes instead of live 5v4 battles.
Turn coach interviews, clips, and game-state context into a simple next-practice decision.
Setup: Tag three clips or notes: what the team handled well, what must be cleaned up, and which players need modified load.
Cue: Do not add more themes than the next session can absorb. One message should survive the day.
Gate: If the status report changes, the practice plan changes before the warm-up, not halfway through the session.
One group exits under controlled pressure while the opposite group reloads into a forecheck. New puck starts as soon as the breakout crosses the blue line or pressure wins it back.
Cue: First support must arrive before pressure closes. F1 angles, F2 locks the wall, F3 stays above, and D hold a tight gap.
Progression: Start walkthrough speed, add live F1, then add full 1-2-2 pressure with a three-second counter after recovery.
D retrieves below the goal line, center swings low, weak-side forward times through the middle, and the first pass is made before adding defenders.
Cue: Teach timing before chaos: retrieval shoulder check, middle lane availability, wall release, and trailer spacing.
Progression: Add passive forecheckers, then one active chaser, then a live neutral-zone reload.
Walk through F1 steering, F2/F3 lane ownership, and D gap on a slow breakout before turning the same shape into a controlled live rep.
Cue: Do not chase the puck as five individuals. Steer, lock, hold the middle, and compress the next pass.
Progression: Add a scoring rule for recoveries inside five seconds or a controlled exit rule for the breakout group.
Power play starts in umbrella, rotates into overload, and finishes with shot plus traffic or low release to the net-front player.
Cue: Move the penalty kill before the shot. The puck, bumper, flank, and net-front routes must all threaten at once.
Progression: Begin 5v0, add two sticks in lanes, then run 5v4 with a shot clock and automatic second-puck recovery.
D pivots, retrieves, wheels behind the net, F1 swings slow and low, F2 stops at the hash marks, and D follows the rush for a second puck.
Cue: The first breakout is about timing; the second puck is about reload habits and net presence.
Progression: Add a net drive, a point shot with traffic, then a live 2v1 or 3v2 continuation.
D retrieves from the corner, makes the first pass, then gaps up on the forward for a 1v1 with speed through the neutral zone.
Cue: Forward opens early for the breakout pass. D closes space before the red line and controls stick position into the entry.
Progression: Add a backchecker, then turn the rep into 2v1 if the forward beats the first gap.
AI video analysis and coach clip pipeline
This coach resource turns existing practice or game video into structured coaching intelligence: source provenance, scene candidates, pose or keypoint signals, action tags, clip candidates, diagrams, and review packs that coaches can approve before anything is published.
Use this as an Academy block for teaching coaches and analysts how raw video becomes trusted coaching material: what the model can suggest, what the coach must verify, and how approved clips flow into learning pathways.
Extracts body landmarks or player keypoints from ordinary camera footage so skating posture, edge work, spacing, and movement timing can become reviewable data.
Coach use: Compare technique cues against the drill objective, such as knee angle, hip position, lateral push, stick position, or recovery stride.
Combines visual movement, ASR key phrases, and video metadata to suggest event labels such as breakout, forecheck, power play, small-area game, or shooting layer.
Coach use: Use automatic tags as first-pass triage, then let a coach approve, rename, merge, or reject before the item enters the team library.
Scene detection and confidence scoring create timestamped clips that are quick to inspect without cutting or republishing raw video.
Coach use: Jump directly to the relevant moment, annotate the learning point, and connect it to a practice plan or Academy resource.
Approved candidates can export as JSON, DOCX, PPTX, diagram assets, and library entries with provenance and rights status attached.
Coach use: Give staff a review-ready pack before the meeting and publish only the coach-approved artifacts to Org OS or Academy.
A left rail for player card, team/session metadata, camera channels, broadcast/wide-angle/source toggles, saved playlists, and clip inbox.
Large video stage with play controls, rink/zone overlays, player boxes, puck trail, pose skeleton, key moment markers, and confidence badges.
A right rail for tactical tags, event buttons, AI-detected tags, confidence, reviewer status, publish target, and notes.
A bottom timeline with colored event ticks, half/period markers, search, filters, selected tag chips, and list view for fast review.
A simplified touch-first mode for the bench, dressing room, or rink side: approved clips, one-tap notes, player-safe playlists, and offline handoff.
Input: Mobile video, fixed camera, official team channel, or linked training clip.
Output: VideoSource row with provider, source rights, timestamp, hash, channel, and origin tag.
Coach decision: Confirm that the video may be processed internally and decide whether raw clip export is allowed.
Input: Video frames plus optional audio.
Output: Shot boundaries, keypoint tracks, pose quality, camera notes, and movement tags.
Coach decision: Reject candidates when the camera angle, occlusion, or player visibility makes the signal misleading.
Input: Scenes, pose signals, ASR words, key phrases, and hockey vocabulary.
Output: Labels, confidence score, cue list, timestamped video link, and classifier trace.
Coach decision: Approve high-confidence candidates after visual check. Edit or merge medium-confidence candidates.
Input: Approved or pending clip candidates.
Output: Rink diagram, JSON pack, DOCX/PPTX review payload, and public.docs metadata.
Coach decision: Publish to a team session, Academy module, or Org OS library only after rights and review status are clear.
Stable source identifier used to keep every clip tied to provenance.
External source, such as youtube, upload, camera, or club archive.
Internal review, licensed, public link only, or blocked for publication.
Model/version used for keypoint extraction, stored for audit and regression checks.
Pointer to pose/keypoint JSON or parquet output, never a hidden black-box result.
Action recognition tags with time range, confidence, source method, and reviewer status.
Candidate clips with t0/t1, label, confidence, cues, diagram refs, and video timestamp link.
pending_review, approved, edited, merged, rejected, or published.
Where the approved artifact lands: Org OS library, session plan, Academy, report, or media graph.
API, etag/hash, source URL, processedAt, model versions, classifier trace, and reviewer.
Training load and recovery protocols
This coach resource turns recovery and load monitoring into a practical operating rhythm: daily readiness, post-session load, weekly spike checks, and clear decisions when fatigue, pain, illness, or low sleep changes the next session.
Use this as an Academy protocol block for coaches, special-sport teachers, and players who need to understand how load, recovery, and adaptation should be tracked without chasing miracle recovery methods.
Training load is strongest when external work, internal response, wellness, and symptoms are interpreted together instead of relying on one number.
Rapid increases in weekly work are more useful as warning signals than absolute load alone, especially when paired with sleep, soreness, mood, and pain.
Sleep, energy intake, protein and carbohydrate timing, hydration, and planned low-intensity recovery should come before add-on recovery methods.
Sports science research radar
This radar keeps emerging sport-science material close to Academy and Recovery without letting trend content become an automatic medical or training decision. New sources enter as intake signals, get evidence labels, and only affect protocols after human review.
Use this in Academy as a source-literacy and protocol-governance block for coaches, analysts, special-sport teachers, and performance staff.
Bibliometrics, symposium announcements, and trend articles can guide what GlobeIce should track next. They do not change readiness, pain, return-to-play, or load thresholds without primary-source review and clinical/performance sign-off.
Injury-prevention knowledge map
Bibliometric work is useful for seeing which injury-prevention topics, countries, keywords, and research clusters are growing.
Coach use: Use it to prioritize Academy reading lists and research backlog topics, not to prescribe a new drill, rehab dose, or medical decision.
Protocol change requires at least one reviewed primary study, consensus statement, or systematic review that directly matches the coach decision.
Symposium and conference watch
Upcoming events can surface new sport-science, technology, rehabilitation, and performance workflows before they reach operational practice.
Coach use: Track sessions, speakers, and themes as candidate intake items. Convert only concrete outputs into briefs after the event material is available.
Event content starts as watch-only until slides, proceedings, papers, or validated tooling can be reviewed.
Load management and injury-risk tooling
Wearables, algorithms, continuous monitoring, and dashboards are moving the field toward more individualized load decisions.
Coach use: Add device or model outputs beside sRPE, wellness, sleep, pain, and coach context. Do not use an algorithm as a standalone injury prediction.
Coach-facing automation may flag risk, but final training modification requires a human decision and documented rationale.
Multidimensional training-effect monitoring
Current research direction points away from single readiness indicators and toward continuous interpretation of subjective wellness, psychological workload, physiological signals, symptoms, and training response over time.
Coach use: Use readiness as a trend gate. Do not change training from one green or red metric; require agreement across signal families, context, and a documented human decision.
Operational load changes require at least two independent signal families, a visible trend direction, and coach/performance review when signals diverge or data quality is low.
Save title, URL, source type, date, sport/context, claim, and the exact GlobeIce module it could affect.
Owner: Research intake
Gate: Reject or mark watch-only when provenance, date, or scope is unclear.
Classify as consensus, systematic review, RCT, cohort, clinical guideline, event signal, vendor/tool claim, or bibliometric map.
Owner: Performance or analyst reviewer
Gate: Medical, rehab, pain, and return-to-play content must stay non-diagnostic unless reviewed by qualified staff.
Tie the source to a concrete decision: monitor, modify load, refer, plan deload, create education item, or reject.
Owner: Product + domain lead
Gate: If it cannot change a decision, keep it as Academy context rather than operational data.
Run with consent, data-quality checks, confidence labels, human-review flags, and a review date before expanding.
Owner: Coach/performance lead
Gate: No automated publication of sensitive health or injury signals without consent, role access, and audit trail.
Catch low recovery before the coach locks the training dose.
Coach decision: Green runs planned work. Yellow reduces volume or intensity. Red removes high intensity and triggers rest, rehab, or medical review.
Turn subjective effort and duration into one simple load signal.
Coach decision: Session load = duration x RPE. Use the trend, not one isolated value, to shape the next 24-72 hours.
Find abrupt changes before fatigue becomes performance drop, pain, or illness.
Coach decision: A 10-20 percent weekly increase gets extra observation. A 20-30 percent increase should usually shorten or move the next hard session.
Keep recovery anchored to controllable basics before add-on methods.
Coach decision: Prioritize sleep, energy, protein and carbohydrate intake, hydration, and low-intensity movement before compression, cold, massage, or other add-ons.
Separate normal fatigue from signals that should change the session.
Coach decision: Pain 3-4 modifies the drill. Pain 5+, sharp pain, altered technique, swelling, numbness, or fever stops high load and needs follow-up.
Hockey return-to-play protocol
This protocol gives coaches a practical return-to-play structure without turning the coach into the clinician. It connects injury type, phase, objective gates, medical clearance, load response, and hockey-specific progression before a player returns to full practice or competition.
Use this in Academy to teach coach-safe injury literacy: staged progression, objective gates, red flags, and the difference between training modification and medical clearance.
Safety principle: RTP is a shared decision. Coaches can modify, observe, document, and enforce restrictions; medical or qualified performance staff own diagnosis and clearance after concussion, surgery, major trauma, or persistent symptoms.
The CDC HEADS UP return-to-sports pathway uses a six-step progression, with each step typically taking at least 24 hours and progression only when no new symptoms appear under healthcare-provider supervision.
ACL-style RTP decisions commonly use strength, hop, range-of-motion, effusion, movement quality, sport-specific testing, and psychological readiness instead of time alone.
Groin, hamstring, hip, ankle, and shoulder cases should move from protected load to strength/control and then skating, cutting, contact, and competition tasks without next-day flare.
RTP should separate return to participation, return to sport, and return to performance. Time since injury is context; progression needs medical clearance, functional testing, psychological readiness, sport exposure, and load response.
Consensus guidance treats RTS as multifactorial: clinical status, objective tests, sport-specific exposure, workload, and psychological readiness all inform the decision.
Measure: Clearance state, red-flag screen, restriction owner, and same-day removal rules.
Gate: Required before concussion progression, contact, post-op escalation, suspected fracture, major trauma, or persistent/worsening symptoms.
Evidence: High safety / consensus
Coach use: Blocks high-risk exposure when clearance is missing or red flags are present.
Measure: Pain 0-10, concussion symptoms, swelling/effusion, instability, and 24-hour response.
Gate: No symptom return during the current step; no next-day flare; trace-to-zero effusion for ACL-style knee clearance where used.
Evidence: Strong safety / common RTS gate
Coach use: Turns the next session green, yellow, or red based on response to the last dose.
Measure: Clinical ROM screen plus sport-specific range under skating, shooting, and contact posture.
Gate: Full or medically accepted ROM for the planned task with no pain, instability, or compensation.
Evidence: Moderate / consensus
Coach use: Prevents jumping to speed, contact, or battle drills before movement capacity is back.
Measure: Isokinetic or handheld dynamometry, 1RM proxy, adductor squeeze, NordBord, or equivalent phase test.
Gate: ACL/knee RTS commonly targets >=90% quadriceps and relevant limb symmetry; soft-tissue cases use clinician-set phase thresholds.
Evidence: Best supported in ACL; useful but less standardized elsewhere
Coach use: Confirms tissue capacity before full-speed skating, cutting, contact, or competition.
Measure: Single hop, triple hop, crossover hop, 6 m timed hop, CMJ, deceleration, and change-of-direction quality.
Gate: ACL/knee RTS commonly targets >=90% LSI across hop tests plus clean landing/deceleration mechanics.
Evidence: Common ACL gate; not valid as a standalone clearance test
Coach use: Checks whether strength transfers into dynamic movement without visible asymmetry.
Measure: Starts/stops, crossovers, puck pressure, battle posture, small-area games, contact, and dual-task/reactive reads.
Gate: Player tolerates repeated hockey exposure under fatigue without symptom flare, quality loss, or confidence collapse.
Evidence: Consensus / emerging evidence
Coach use: Bridges clinic tests to hockey chaos before competition minutes.
Measure: Confidence, fear of reinjury, motivation, ACL-RSI/IKDC or clinician-selected PROs.
Gate: Readiness is acceptable for the exposure; ACL contexts often use ACL-RSI and other PROs alongside physical gates.
Evidence: Strongest support in ACL; useful screen across injuries
Coach use: Flags players who pass physical tasks but are not ready for full speed, contact, or match pressure.
Measure: Session RPE, external load, high-speed skating, acceleration/deceleration count, shift/minute exposure, and next-day response.
Gate: Progressive dose without load spike, symptom return, or 24-hour regression.
Evidence: Consensus / risk-management principle
Coach use: Controls the jump from modified practice to full practice and game exposure.
Remove red flags, protect the injured tissue, control pain/swelling, and keep safe activity only where allowed.
Progress gate: Symptoms are stable or improving, pain is predictable, and medical/physio restrictions allow the next phase.
Stop gate: Loss of consciousness, worsening neurological signs, inability to bear weight, deformity, sharp pain, swelling escalation, or symptoms returning during concussion progression.
Rebuild range of motion, baseline strength, balance, tissue tolerance, and controlled movement quality.
Progress gate: Pain stays low, range/control are acceptable, swelling is not increasing, and the next-day response is stable.
Stop gate: Pain rises above the agreed limit, swelling increases, movement quality worsens, or the player compensates.
Add skating mechanics, starts/stops, edge work, passing, shooting, puck pressure, and non-contact drills.
Progress gate: Player completes skating, acceleration, deceleration, agility, and hockey-skill tasks without symptom flare or quality loss.
Stop gate: Symptoms return, next-day pain increases more than 2/10, landing/cutting quality drops, or confidence is clearly not ready.
Return to controlled contact, battle drills, small-area games, full practice, and finally competition when clearance and function align.
Progress gate: Medical clearance is complete when required, objective gates are met, and full practice is tolerated before competition.
Stop gate: No medical clearance for concussion/surgery/major trauma, symptoms return, or contact produces altered mechanics.
Protect the player, rule out red flags, and define the medical owner, restrictions, and first safe training lane.
Coach decision: No high-risk exposure until restrictions and follow-up owner are visible in the player plan.
Restore pain-controlled movement, strength, balance, confidence, and repeatable mechanics before sport load.
Coach decision: Progress one variable at a time: volume, speed, direction change, contact, or decision pressure.
Reintroduce structured team activity with controlled dose and no expectation of full performance.
Coach decision: Use modified practice, short shifts, protected stations, or non-contact roles while capacity builds.
Expose the player to hockey-specific speed, fatigue, puck decisions, contact, and chaos when gates are met.
Coach decision: Move to competition only when the medical owner, coach, player, and data trend agree.
Confirm the player can repeat pre-injury or role-required outputs without hidden compensation or delayed flare.
Coach decision: Keep monitoring after game return; RTP is not complete just because the player appeared in a match.
Owner: Healthcare provider / certified athletic trainer where available
No-go: Any new or returning symptoms during progression means stop, contact medical provider, and restart from the previous symptom-free step after rest.
Owner: Physio/sports medicine lead, surgeon where surgical
No-go: Locking, giving way, increasing effusion, altered skating, or unresolved post-op restrictions block progression.
Owner: Physio/performance lead
No-go: Sharp pain, worsening next-day response, altered stride, or recurrent symptoms across 2-3 sessions means regress and review.
Owner: Physio/sports medicine lead, physician where high-grade separation
No-go: Visible deformity, numbness/tingling, instability, high-grade separation, or pain with basic function requires medical review.
Owner: Physio/medical lead
No-go: Unable to bear weight, suspected fracture, focal bone tenderness, swelling escalation, or unstable ankle blocks progression.
Owner: Performance/physio lead when persistent or worsening
No-go: Progressive worsening, night pain, neurological signs, or failure to improve after a structured phase needs referral.
Hip, groin, and hamstring RTP ladder
A practical, criteria-based ladder for lateral hip pain, groin/adductor issues, hip flexor pain, and hamstring pain. It helps coaches decide full practice, modified practice, off-ice only, hold, or medical review without pretending the coach is diagnosing the injury.
Use this in Academy, Specialidrott, training and competition theory, and coach education to teach phase-based progression, objective gates, 24-hour response, and medical boundaries.
Safety boundary: Coaches own observation, modification, documentation, and restriction enforcement. Clinicians own diagnosis, persistent symptoms, imaging decisions, major trauma, and clearance for high-risk return. Suspected concussion is removed from this ladder and follows concussion clearance only.
Protect irritated tissue, remove red flags, keep safe aerobic activity, and prevent the player from chasing pain through practice.
Progress gate: Pain is stable, no red flags, basic walking/skating posture is clean, and next-day response does not worsen.
Hold/regress: Sharp pain, inability to bear weight, night pain, neurological symptoms, visible swelling/deformity, or pain rising across 2-3 exposures.
Rebuild pain-limited mobility, pelvis/hip control, and low-to-moderate strength without provoking the next day.
Progress gate: Pain during work stays within the agreed limit and returns to baseline within 24 hours; control tests are clean.
Hold/regress: Pain above 3/10, next-day flare above +2/10, Trendelenburg pattern, or clear skating compensation.
Load adductors, abductors, hip flexors, and hamstrings progressively so tissue capacity catches up to practice demands.
Progress gate: Player tolerates heavier slow strength, repeated low-to-moderate skating, and strength/control is approaching the phase target.
Hold/regress: Soreness becomes pain, movement slows or guards, or weekly load jumps faster than the player's response allows.
Transfer strength into accelerations, decelerations, edge work, crossovers, pivots, and reactive changes of direction.
Progress gate: Speed, cuts, starts/stops, and repeated skating exposure are tolerated without pain flare or loss of mechanics.
Hold/regress: Pain returns during high-speed work, next-day pain rises, stride shortens, or confidence drops under reactive demand.
Reintroduce controlled contact, battles, small-area games, full practice, and competition only when gates and clearance align.
Progress gate: Full practice is tolerated, symptoms remain stable, sport tests are near side-to-side targets, and required clearance is complete.
Hold/regress: Missing clearance, symptoms return under contact, or the player protects the limb during battles, cuts, or fatigue.
Lateral hip pain and gluteal tendinopathy protocol
This protocol turns lateral hip pain and suspected gluteal tendinopathy into a coach-safe workflow: screen without diagnosing, reduce compressive overload, protect aerobic work where possible, escalate red flags, and let a clinician lead progressive rehab decisions.
Use this as an Academy health protocol block for coaches, special-sport teachers, and support staff who need to understand why education, load management, and progressive strengthening usually sit ahead of passive care.
Randomized trial evidence supports education about tendon load plus targeted exercise as a durable first-line pathway compared with wait-and-see care, and often better long-term than injection-only thinking.
Palpation over the greater trochanter, 30 second single-leg stance, Trendelenburg control, resisted abduction, and function tasks can guide suspicion, but clinical clusters and qualified assessment matter more than one isolated test.
Coaches should watch positions and drills that compress the lateral hip tendon, especially sudden spikes, painful side-lying, aggressive stretching, and repeated high-load single-leg work.
Education plus progressive loading before injection-first or wait-and-see thinking
Use this section to explain the strategy to coaches, athletes, parents, and support staff: lateral hip pain is usually managed best by reducing tendon irritability, teaching load rules, and rebuilding capacity over time. Corticosteroid injection may reduce symptoms in the short term for some athletes, but it should not replace education, load modification, and progressive exercise as the long-term plan.
Evidence level: High for education plus exercise compared with wait-and-see and corticosteroid injection in LEAP-style clinical populations; moderate and evolving for the exact optimal exercise dose in GTPS/gluteal tendinopathy.
Evidence: The LEAP randomized trial found education plus exercise improved global outcome and pain versus wait-and-see care, and showed stronger longer-term improvement than an injection-only pathway.
Coach action: Teach the athlete what loads irritate the tendon, remove the obvious spikes, and keep a progressive strength plan visible in the training week.
Evidence: A JOSPT mediator analysis linked improvement to patient-specific function, lower pain constancy, and better pain self-efficacy rather than hip torque alone.
Coach action: Track confidence, pain frequency, function, and next-day response; do not judge success only by a gym strength number.
Evidence: Recent systematic review evidence reports exercise benefits for function and higher treatment success than corticosteroid infiltration across short- and long-term outcomes.
Coach action: Use injection discussions as a clinical decision, not as the default coach pathway. The coach lane is load governance and progression.
Evidence: Pain monitoring models commonly use symptom response during and after loading to decide whether the last dose was tolerated.
Coach action: If pain is more than 2/10 worse the next day, reduce the next hip load 20-30 percent and remove one intensity variable.
Screen red flags and recent load spikes.
Start with education, compression reduction, and tolerable isometrics.
Log pain during loading and the 24 hour response.
Progress to slower isotonic and single-leg work only when response is stable.
Refer or escalate if symptoms are severe, atypical, worsening, or not improving after a supervised 6-8 week phase.
2-4 minute coach screen for lateral hip pain before ice, gym, or next hard block
This is not a diagnosis or clearance tool. It helps the coach decide whether to modify load, log the signal, or hand off to medical/physio support.
Find the pattern before testing anything.
Is the pain on the outside of the hip or greater trochanter area?
If yes, continue with the lateral hip screen and log exact site.
Any recent jump in skating, games, gym, running, stairs, travel, or return from absence?
If yes, treat the next session as a load-management decision.
Pain 0-10 at rest, walking, stairs, and skating start position.
Use the highest relevant score as today's coach flag.
Sharp pain, night pain that wakes the player, systemic symptoms, numbness, trauma, or rapid worsening?
Stop high load and refer to medical/physio assessment.
Use simple field markers without pretending to diagnose.
Tenderness over the lateral hip / greater trochanter region.
Record location and intensity; do not use alone for diagnosis.
Can the player stand on one leg up to 30 s without familiar lateral hip pain or control loss?
Stop at familiar pain, control loss, or 30 s; record seconds and pain.
Pelvis drop, trunk shift, limp, or changed skating/walking mechanics.
Modify load and hand off if mechanics are clearly changing.
Pain, weakness, or marked side-to-side difference during gentle resisted abduction.
Interpret with other signs; refer if sharp, severe, or worsening.
Make the next-session call immediately.
Pain 0-3/10, familiar, predictable, no mechanics change, not worse next day.
Continue modified work and progress only one variable.
Pain reaches 4/10, sleep affected, or symptoms stay elevated over 24 h.
Reduce tendon load, remove compression, and review with physio/medical lead.
Pain 5+/10, sharp pain, rapid worsening, gait/skating change, trauma, systemic symptoms, or no improvement trend.
Stop high-load work and refer before next hard session.
Pain score, single-leg stance seconds, load change, next-day response, and modified drills.
Put the signal into readiness/load review so it does not disappear.
Tendon load decision tool
A locker-room friendly gate for tendinopathy-style pain: measure pain during load, next-day response, simple function, and red flags before the next training decision.
Today's inputs
7 day micro-progression
Isometrics 3-5 x 30-45 s, moderate-to-hard effort, pain <=3/10.
Gate: Log pain during, pain 24 h later, and whether movement quality changes.
Repeat holds or reduce total volume 20-30% if the 24 h response worsened.
Gate: Progress only if pain is same/better and morning stiffness is not worse.
Controlled dynamic work 2-3 x 8-12 if isometrics are tolerated.
Gate: Keep tempo slow; stop if pain rises above 3/10 or technique changes.
Technical skating or off-ice patterning at RPE 3-5, no explosive cuts.
Gate: No high-speed, jumping, or hard lateral work unless tests are green.
Log fields
dateplayer_idpain_during_0_10next_day_pain_change_0_10single_leg_squat_pain_0_10hop_symmetry_percenttrendelenburgmechanics_changeddecisionnext_actionCoach note: this is a decision-support tool for load modification and referral signals, not a diagnosis, medical clearance, or replacement for qualified clinical assessment.
Gluteus medius / abductor side-hip pain progression for coach planning
Use the phase model to keep the athlete active where possible, protect the irritated tendon from spikes and compression, and progress only when pain response and function stay stable.
Reduce irritability while preserving safe activity and coach visibility.
Dose: Isometrics 4-6 x 30-45 s, pain <=3/10; short low-load walking as tolerated.
Progress: Pain stays <=3/10, no mechanics change, and next-day response is stable.
Build repeatable gluteal and abductor capacity without symptom spikes.
Dose: Base strength 3 x 8-12, 2-3 sessions per week.
Progress: Single-leg stance, bridge, and basic squat patterns are controlled with pain <=2-3/10 and no next-day flare.
Restore tendon capacity, single-leg strength, and ice-specific repeatability.
Dose: Heavy slow resistance 3 x 6-8, 2 sessions per week, plus graded on-ice return.
Progress: Pain is <=2/10, mechanics are clean, and 60 minutes of normal coaching activity is tolerated on two consecutive days.
Date, first symptom date, mechanism or recent load spike.
Connect symptoms to the training calendar and weekly load review.
0-10 at rest, walking/stairs, single-leg stance, and skating start.
Set the current green/yellow/red decision.
Pelvis drop, knee valgus, trunk shift, pain score, side-to-side difference.
Gate return to harder edge work and single-leg demand.
Controlled reps each side before fatigue, pain, or compensation.
Track posterior-chain tolerance and symmetry.
Yes/no plus note on pelvis control.
Positive sign keeps the plan in modified load or clinician-led progression.
Sharp pain, trauma, night pain, systemic symptoms, numbness, rapid worsening.
Triggers medical/physio referral before the next hard block.
Full, modified, low-load, or no high-load work.
Turns the screen into a concrete next-session plan.
Owner, review date, next-day response, and document location.
Prevents the signal from disappearing after one practice.
Daily RPE stays calm to moderate unless a clinical owner changes the plan. Each day logs single-leg squat VAS, Trendelenburg, and single-leg hop symmetry.
Set a pain baseline, calm irritability, and keep low-load aerobic work.
Build controlled hip abductor tolerance without rushing load.
Reinforce low-irritability loading and restore comfortable hip control.
Keep skating feel without hard cutting, jumping, or aggressive edge load.
Limited-duty ice only if pain is <=2/10, no Trendelenburg, and hop symmetry is >=90%.
Introduce heavier, slower work while keeping next-day response clean.
Add easy glide and larger-radius turns while avoiding high-cut turns and jumps.
Hold or regress if pain rises above 3/10, mechanics change, or morning stiffness increases next day.
Return to controlled team context without explosive lateral displacement.
Match-like feel is allowed only when it stays non-provocative and technically clean.
Identify suspected lateral hip tendon irritation and remove obvious aggravators.
Progress when: Pain settles within the agreed range and next-day symptoms do not flare.
Restore tolerable muscle loading while symptoms are sensitive.
Progress when: Loading is tolerated repeatedly without >24 hour symptom increase.
Move toward heavier, slower concentric-eccentric gluteal loading and controlled tendon capacity.
Progress when: Strength tasks, stairs, and skating actions are improving with stable symptoms.
Reintroduce hockey-specific speed, single-leg demand, and competition rhythm.
Progress when: Player completes role-specific work and recovery stays stable across 7-14 days.
Measure: Tenderness over the greater trochanter or lateral hip tendon region.
Coach use: Record location and intensity; a negative finding makes gluteal tendon irritation less likely but does not clear the athlete.
Measure: Time to familiar lateral hip pain and pain score 0-10.
Coach use: Stop at familiar pain, loss of control, or 30 seconds; use the result as a baseline for review, not as a diagnosis.
Measure: Pelvis drop, trunk shift, or inability to hold single-leg alignment.
Coach use: Positive control signs point the coach toward load modification and clinician-led abductor strength work.
Measure: Pain, weakness, or asymmetry when abductors are loaded.
Coach use: Use together with provocation tests and function, then refer if pain is sharp, severe, or mechanics change.
Location: lateral hip or greater trochanter region rather than generalized soreness.
Function: 30 second single-leg stance, step-down, single-leg squat, skating stride, stairs, or change of direction reproduces familiar pain.
Load history: recent jump in skating, off-ice strength, running, hill/stair work, travel, or match congestion.
Compressive positions: side-lying on painful side, crossed-leg sitting, hip adduction, or end-range stretching worsens symptoms.
Baseline: pain 0-10, next-day response, sleep impact, and current training tolerance.
Published learning pathways
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Published certifications
Certification routes now live in the same Academy graph as pathways and courses.
Published course catalog
Public Academy discovery shows the visible course layer while deeper participation stays inside HockeyOS.
