# Football Coach AI Assistant — Session Planning & Load Monitoring Practical AI assistant for football coaches and performance staff to plan sessions, convert GPS/HR/video exports into per‑player load insights, generate drills and return‑to‑play progressions, and produce coach‑ready plans and player handouts. ## Highlights - Session templates mapped to positions, objectives, and age groups - Automatic conversion of CSV/timestamp exports into per‑player load actions - Injury‑aware return‑to‑play drafts for clinician review ## What this assistant does A practical toolset for coaching and performance staff to speed planning and reduce risk. Upload coach spreadsheets, GPS/HR CSVs, wellness surveys, and event timestamps; get coach‑ready outputs: microcycles, 45‑minute session plans, drill prescriptions, player handouts, and graduated rehab progressions. - Editable session templates by position, age group, and objective - Automatic parsing of common exports into per‑player load summaries and spike alerts - Drill generator with coaching cues, equipment lists, reps/sets, and progressions - Return‑to‑play outlines drafted for clinician review and local sign‑off ## How it handles your data exports The assistant is built to work with common coach and device exports. Provide CSV/XLSX rows or timestamped event logs and the assistant maps fields and returns actionable summaries. Use the included CSV checklist to make parsing reliable. - GPS / inertial sensor CSVs (total distance, high‑speed distance, sprints, timestamps) - Heart‑rate and TRIMP summaries - Perceived exertion and wellness survey CSV/JSON - Match video event timestamps and annotation exports - Athlete management system CSV/Excel and coaching spreadsheets ### CSV formatting checklist A practical checklist and sample row mappings so wearable and video exports parse correctly. - Required columns: player_id, session_date, timestamp, metric_name, metric_value - Consistent player identifiers (club ID or surname+first initial) - UTC timestamps or local timezone tag; separate date and time columns if necessary - Example mapping rows for GPS distance and high‑speed distance ### Supported outputs Download or print outputs in formats that fit coach workflows. - Practice plans and player handouts (printable PDF) - Exportable CSVs with per‑player load metrics and recommended session adjustments - Clinician‑ready RTP outlines and progression checklists ## Key features coaches use Designed for everyday coaching workflows: save time on planning, reduce inconsistent monitoring, and create defensible clinician handoffs. - Session templates by position and age that are ready to edit, print or export - Automatic detection of load spikes versus rolling averages and three specific adjustment options per player - Drill generator that returns coaching cues, equipment lists, reps/sets, and progressions - Return‑to‑play drafts that list objective checkpoints and suggested clinician language ### Drill generator example Produce a 45‑minute practice block with coaching points and equipment list. - Outputs: drill description, coaching cues, target intensities, reps/sets, equipment - Progressions: three graded steps to increase complexity or intensity - Format: practice plan ready to paste into team session planner or print ### Load conversion example Turn raw GPS/HR CSV into per‑player load insights and coach actions. - Summaries: total distance, high‑speed distance, sprint count, HR zones per session - Risk flags: spikes relative to a 7‑day rolling mean and suggested mitigations - Actions: three concrete session adjustments per flagged player ## Prompt clusters and example prompts Copy these prompts into the assistant to get consistent, coach‑ready results. Each prompt includes expected inputs and output formats. - Design microcycles, translate CSVs to load summaries, draft RTP plans, generate drills, and create scouting briefs. ### Microcycle for U18 central defenders Design a 7‑day in‑season microcycle that prioritizes deceleration and repeatability. - Prompt: "Design a 7‑day in‑season microcycle for U18 central defenders prioritizing deceleration and high‑intensity repeatability. Include session objectives, drills, reps/sets, intensity zones, and recovery notes." - Expected output: day‑by‑day sessions, target intensities, drills with cues, recovery windows ### Convert weekly GPS CSV Turn a CSV into per‑player load summaries and adjustments. - Prompt: "Convert this weekly GPS CSV into a per‑player load summary that highlights spikes and gives three specific session adjustments per flagged player." - Expected output: per‑player table, spike detection basis, three prioritized coach actions ### Return‑to‑play for hamstring strain Create a phased RTP plan for clinician review. - Prompt: "Create a phased return‑to‑play plan for a grade‑2 hamstring strain for a 21‑year‑old winger, with on‑field progressions, objective checkpoints, and suggested clinician cues." - Expected output: staged progressions, objective measures for progression, suggested clinician test/checklist ### CSV sample and checklist Ensure wearable/video exports parse reliably. - Prompt: "Provide a CSV formatting checklist and sample row mappings to ensure wearable and video exports are parsed correctly by the assistant." - Expected output: column list, example rows, common pitfalls and fixes ## Outputs and coach workflows The assistant formats outputs to match common coach workflows so staff can act quickly without heavy tech work. - Practice plans and printable player handouts ready for locker room distribution - Exportable CSVs that feed into your spreadsheets or athlete management system - Checklists and clinician notes that support safe handovers between S&C and medical staff ## Implementation steps for teams Follow these pragmatic steps to add the assistant to your planning process. No developer work needed for basic use. ### Step 1 — Prepare exports Gather a recent week of GPS/HR CSVs, match event timestamps, and your session planning template. - Use the CSV checklist to standardise column names and player IDs - Include at least three training sessions to establish rolling averages for load detection ### Step 2 — Upload and map Upload CSV/XLSX files and map columns to the assistant’s field prompts. - Map timestamp fields and player identifiers during the initial upload - Save the mapping as a template for future imports ### Step 3 — Generate outputs Choose a template (microcycle, session, RTP, or drill) and run the generator. Review and edit the draft. - Edit coaching cues and intensities to match your philosophy - Export PDFs or CSVs for distribution ### Step 4 — Review with clinicians Share clinician drafts and RTP checklists for sign‑off before full return to squad activity. - Use the clinician checklist in the RTP draft to document objective pass/fail criteria - Keep clinician feedback attached to the plan for traceability ### Step 5 — Iterate and save templates Save refined session templates and CSV mappings so staff can reproduce consistent outputs. - Create position and age‑group template libraries - Build a short library of go‑to drills with progressions for quick session building ## Workflow 1. Prepare data Gather recent GPS/HR exports, wellness surveys, match event CSVs, and your session template. Use the included CSV checklist to standardise columns and player IDs. 2. Upload & map Upload CSV/XLSX files and map columns to the assistant’s input fields. Save the mapping as a template for future uploads. 3. Generate & review Choose a template (microcycle, session, RTP, drill), run generation, then review and edit coaching cues and intensities to match your philosophy. 4. Share & sign off Export PDFs/CSVs for coaches and clinicians. Clinicians should review RTP drafts and document objective checkpoints before returning an athlete to full training. 5. Refine templates Save refined session templates and CSV mappings; build a library of position/age templates and go‑to drills for rapid planning. ## FAQ ### How does the assistant use GPS and heart‑rate exports to recommend load changes? The assistant parses device exports to calculate session‑level metrics (distance, high‑speed distance, sprint counts, HR zone time). It compares recent sessions to short‑term rolling averages and flags relative spikes or accumulated load. For flagged players it returns three practical adjustments (e.g., modify session volume, swap high‑speed drills for technique work, or prescribe reduced involvement) with rationale and coaching language. ### Can the AI create age‑appropriate drills and progressions for youth teams? Yes. Templates and drill generators include age and development filters so outputs recommend technical complexity, repetition targets, and recovery appropriate to youth categories. Coaches can edit suggested progressions and printing formats to match club policies and available equipment. ### What data formats does the assistant accept (CSV, timestamps, spreadsheets)? Common accepted formats include CSV and XLSX exports from wearables, heart‑rate summaries, wellness surveys (CSV/JSON), and timestamped match event logs. The page includes a CSV formatting checklist and sample row mappings to ensure consistent parsing. ### How do I customize a return‑to‑play progression for different injury histories? Start with the generated RTP draft, then adjust objective checkpoints and clinician cues to reflect the athlete’s injury history and local protocols. The assistant provides a staged template with measurable criteria; clinicians should review and modify stages before authorising full return to play. ### Is player data stored, and what privacy controls are available? Teams control what they upload and can export or remove their project data. The assistant supports project‑level data management and role‑based access so staff can restrict visibility. For detailed data‑handling policies and account options, consult your Texta account manager or admin settings. ### Can I export session plans and player handouts for printing or sharing? Yes. Outputs can be formatted into printable PDFs (session plans and handouts) and exportable CSVs (per‑player load summaries and clinician checklists) so they fit existing club workflows. ### How does the assistant adapt recommendations during congested fixture schedules or long travel? When provided with fixture dates and travel windows, the assistant prioritises recovery and reduces high‑intensity exposures in the microcycle. It highlights recovery days, suggests session objectives that maintain readiness without overstressing players, and can produce communication templates explaining load changes to players. ### Can the assistant create usable plans when training equipment is limited? Yes. Templates include equipment‑minimal progressions and alternate drill lists. The drill generator accepts an equipment constraint parameter and returns drills that meet the session objective with available resources. ### What sources or evidence inform conditioning and rehabilitation guidance? Outputs are produced using coaching best practice patterns: progressive overload principles, objective checkpoints for RTP, and common S&C programming methods. Generated plans are intended to support, not replace, clinician judgement; always review and sign off clinical progressions locally. ### How do I integrate the assistant into existing coach workflows and daily planning? Start by standardising one export (GPS or HR) and a session template. Use the assistant to produce a weekly microcycle and a printable session plan, then distribute outputs in your usual channels. Save CSV mappings and session templates so staff can repeat the process with minimal setup. ## Related pages - [Pricing](/pricing) — Plans and features for teams of different sizes. - [About Texta](/about) — How Texta builds practitioner‑focussed AI tools. - [Comparison](/comparison) — Compare features and workflows for performance tools. - [Industry pages](/industries) — Explore AI assistant use across different industries, including sports. - [Blog](/blog) — Articles on coaching practice, load management, and AI in sport. ## Start turning data into coach‑ready plans Reduce planning time, standardise load monitoring, and produce clinician‑reviewable RTP drafts. Try templates and CSV mapping with your next weekly upload. - [View pricing](/pricing) - [Learn about Texta](/about)