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Use case

Training Evaluation: Build Evidence, Drive Impact

Build and deliver a rigorous Training Evaluation in weeks, not years. Learn step-by-step guidelines, tools, and real-world examples—plus how Sopact Sense makes the whole process AI-ready.

Training

Why Traditional Training Evaluations Fail

80% of time wasted on cleaning data

Data teams spend the bulk of their day fixing silos, typos, and duplicates instead of generating insights.

Disjointed Data Collection Process

Hard to coordinate design, data entry, and stakeholder input across departments, leading to inefficiencies and silos.

Lost in Translation

Open-ended feedback, documents, images, and video sit unused—impossible to analyze at scale.

How to do training evaluation (2025 Playbook)

By Unmesh Sheth, Founder & CEO, Sopact

For workforce training teams, the annual impact report used to be a grind. Months spent chasing surveys and test scores, weeks lost to manual cleanup, and endless back-and-forth with IT or consultants — only to deliver a polished dashboard that was already outdated and missing the voices of participants.

This isn’t an isolated struggle. McKinsey reports that 60% of social sector leaders lack timely insights, while Stanford Social Innovation Review finds funders want context and stories alongside metrics—not dashboards in isolation. After years of watching organizations repeat the same cycle, the truth is clear: traditional evaluation takes months and delivers too little, too late.

Now flip that picture. Imagine capturing clean data at the source, asking in plain English what you need to know, and generating a report that blends numbers with narratives in minutes.

In 2025, that’s no longer a thought experiment. With AI-powered, mixed-methods training evaluation, teams are collapsing months of iteration into moments of clarity—building impact reports in under five minutes, with insights that drive both confidence and action.

This playbook shows you how to design and launch training evaluation that delivers real-time, trustworthy insights in weeks—not months.

10 Must-Haves for Training Evaluation Software

Use this checklist to ensure your stack measures what matters—skills applied, confidence sustained, and outcomes that last—without months of cleanup.

1

Clean-at-Source Collection (Unique IDs)

Every application, survey, interview, and mentor note anchors to a single learner ID. This kills duplicates and keeps numbers and narratives in one coherent record.

Unique IDDe-dupeData Integrity
2

Continuous Feedback (Not Just Pre/Post)

Micro-touchpoints after sessions, projects, and mentor check-ins catch issues early. Shift from rear-view reporting to real-time course correction.

Pulse SurveysMilestonesEarly Alerts
3

Mixed-Method Analysis (Qual + Quant)

Correlate test scores with confidence, barriers, and reflections. See whether gains are real—and why they stick or fade.

CorrelationThemesSentiment
4

AI-Native Insights (Cells, Columns, Grids)

Turn transcripts and PDFs into structured themes; profile each learner; generate cohort-level reports in minutes with plain-English prompts.

AutomationSummarizationPrompt-to-Report
5

Longitudinal Tracking

Follow the same learners at 3–6–12 months to validate durability—retention, role or wage changes, credential use, and ongoing confidence.

Follow-upsCohortsDurability
6

Rubric Scoring for Soft Skills

Behaviorally-anchored rubrics translate communication, teamwork, and problem-solving into comparable scores without over-testing students.

Behavior AnchorsPeer & MentorComparability
7

Data Quality Workflows

Built-in validations, missing-data nudges, and review loops keep accuracy high—so analysts interpret, not clean, for most of their time.

ValidationRemindersReviewer Loop
8

Role-Based Views & Actionable Alerts

Mentors see who needs outreach this week; trainers see modules to tweak; leaders see KPIs. Push insights, not raw data.

RBACPriority QueuesTo-Dos
9

BI-Ready & Shareable Reporting

Instant, designer-quality reports for funders and boards, plus clean exports to Power BI/Looker when you need deeper drill-downs.

One-Click ReportLive LinksBI Export
10

Privacy, Consent & Auditability

Granular permissions, documented consent, and transparent evidence trails protect participants and increase stakeholder trust.

PermissionsConsentAudit Log
Tip: If your platform can’t centralize data on a single learner ID, correlate qual-quant signals, or produce shareable reports in minutes, it will slow measurement and hide the very insights that improve outcomes.

Training investments are wasted if you can’t prove whether they work. Organizations pour time and resources into courses, workshops, and coaching, but without a systematic approach to training evaluation, leaders only get anecdotes and dashboards that don’t answer the real question: did this training change anything?

This playbook shows you how to run clean, continuous, bias-resistant training evaluation using modern methods. With a clear blueprint, reusable templates, and Sopact’s Intelligent Suite, you can move from “data silos and static reports” to “real-time feedback and decision-ready insights.”

Quick outcomes you’ll get from this guide:

  • A blueprint to design and launch training evaluation in weeks.
  • Templates that reduce time-to-ship and bias.
  • A clean data model to keep analysis auditable.
  • Exactly how Sopact Intelligent Suite converts raw input to decisions (cell → column → grid).
  • A cadence to turn one-off evaluations into a learning loop.

What is training evaluation?

Training evaluation is the systematic process of collecting, analyzing, and applying information to determine whether a learning program achieved its intended outcomes. It goes far beyond counting attendance or asking participants if they “liked” the course. Done well, evaluation captures whether learners actually gained skills, built confidence, and applied their learning in real-world contexts.

For example, in a leadership training program, evaluation doesn’t stop at satisfaction scores — it asks whether managers are leading meetings more effectively, reducing conflict, and improving retention on their teams. In a workforce upskilling program, evaluation measures not only completion rates but also whether participants secure jobs, earn promotions, or sustain employment over time.

What is training assessment?

Training assessment is focused on the inputs and progress of learners before or during a training program. Unlike evaluation, which looks at outcomes, assessment measures readiness and tracks ongoing learning.

Common assessment approaches include:

  • Pre-training assessments — for example, testing digital literacy before a coding bootcamp.
  • Formative assessments — quizzes, knowledge checks, or role plays during the course to confirm participants are keeping pace.
  • Self-assessments — learners rating their own confidence or preparedness partway through training.

Assessment is valuable because it gives facilitators early signals. If most participants fail a baseline quiz, trainers can adjust content. If mid-course assessments show confusion, instructors can revisit a module before moving forward.

Training evaluation vs training assessment: the difference

Although often used interchangeably, assessment and evaluation answer different questions:

  • Training assessment asks: Are learners ready and progressing as expected?
  • Training evaluation asks: Did the training ultimately deliver the promised results?

Think of assessment as a compass during the journey, while evaluation is the map of where you ended up. Together, they form a complete picture. Assessment shapes the design and delivery, while evaluation confirms the impact.

Why training evaluation matters in workforce development

Workforce programs are under increasing pressure from funders, employers, and policymakers to show return on training investment. It’s no longer enough to say participants completed a course; stakeholders want to know:

  • Did learners gain measurable skills?
  • Did they improve confidence in applying those skills?
  • Did the program translate into real outcomes such as better jobs, promotions, or higher retention?

This is why rigorous training evaluation is critical. It ensures programs don’t just measure activity but prove their training effectiveness in ways that matter to funders and participants alike. For a deeper dive, see our training effectiveness use case.

When to use it (and when not to)

Corporate L&D training evaluation examples

Executives want evidence that leadership, compliance, or onboarding training changes behavior and retention. Without evaluation, HR teams risk losing budget credibility.

Workforce training evaluation in development programs

Grant-funded upskilling initiatives must show training effectiveness evaluation across cohorts, demographics, and time. Evaluations prove not just participation, but transformation.

When training evaluation is unnecessary (small pilots)

For very small or experimental trainings, lightweight qualitative feedback may suffice. But once scale or repeatability is expected, systematic evaluation becomes essential.

Training Evaluation Methods

How to use these methods

  • Blend models—treat them as lenses you can combine, not silos to choose between.
  • Pair each method with both quick quant and rich qual to keep evidence credible.
  • Run continuous pulses so insights stay fresh and actionable.
Method When to use Data pairing
Kirkpatrick’s Four Levels
Reaction · Learning · Behavior · Results
When you need a simple, widely recognized structure for stakeholders and funders. Session reactions (1–5), pre/post knowledge checks, manager observations, 30/60/90-day performance or retention.
CIPP
Context · Input · Process · Product
When funders require design/fidelity evidence, not just outcomes. Needs assessment, curriculum mapping, delivery logs, outcome tracking.
ROI Methodology When budget owners need a business case to continue or scale. Fully loaded training cost, value of outcome deltas (e.g., reduced attrition, productivity gains), time saved, avoided costs.
Goal Attainment / Rubrics When skills are complex or applied (leadership, coaching, client service). Calibrated rubric ratings (did not meet / partially met / met / exceeded) + reflective narratives with examples.
Continuous Feedback Loops When you want to adapt in real time and show sustained impact. Post-session pulses, mid-course checks, and 30/60/90-day follow-ups with quick scales (0–10), open text, manager check-ins, work samples.

Training evaluation framework — step by step

  • Define training outcomes & decisions Evaluation must answer a decision — not just fill a dashboard.
    Why: Decisions like “scale, fix, or sunset” drive what you measure.
    Capture

    Decision owner & date; outcome thresholds (e.g., +25% confidence; 15% retention lift; 80% “clear to apply”).

    Quality check

    Every survey/rubric item maps to a decision or outcome. Cut anything that doesn’t.

  • Map stakeholders & segments Segments reveal what averages hide.
    Why: Impact varies by site, role, modality, language, and time window.
    Capture

    Cohort/site, role/level, delivery mode (in-person/virtual/hybrid), language, period.

    Quality check

    Run “n per segment” checks; suppress small cells to avoid noise and re-identification.

  • Design a clean metadata schema (unique IDs) Stable IDs make joins, comparisons, and audits possible.
    Why: Without stable IDs, you can’t link pre→post, manager feedback, or cohorts over time.
    Capture

    unique_id, program/module, event/session, timestamp, language, modality, cohort/site.

    unique_ideventcohort/site modalitylanguagetimestamp program/module
    Quality check

    Enforce required ID fields; reject duplicates at the form layer.

  • Build the shortest possible instrument (≤10 minutes) Shorter surveys → higher completion, lower bias.
    Why: Brevity protects data quality.
    Capture

    3–5 outcome scales (0–10), 1–2 behavior/applicability checks, 1 barrier question, 1 “one thing to improve.”

    Quality check

    Pilot time-to-complete; if >9–10 minutes, cut or split into pulses.

  • Pair quant with qual (neutral prompts) Numbers show magnitude; narratives explain why.
    Why: Neutral wording avoids steering; qual explains variance.
    Capture

    Confidence/applicability scales + prompts like: “What might prevent you from applying this skill?”

    Quality check

    Cognitive debrief with 5–10 learners: “What did this question mean to you?” Fix ambiguity.

  • Add formative checkpoints (mid-course) Catch drift early; fixes are cheaper mid-stream.
    Why: Mid-course signals prevent post-mortems.
    Capture

    3-question pulse after key modules; one role-play/work sample scored by rubric.

    Quality check

    If ≥25% rate clarity <5/10 on any module, trigger a corrective micro-lesson.

  • Plan follow-ups to test durability (30/60/90 days) Funders care about sustained outcomes.
    Why: Short-term gains fade without reinforcement.
    Capture

    Applied on job? (Y/N + example), manager observation, simple KPI (tickets closed, time to competency).

    Quality check

    Require at least one follow-up for a program to be marked “evidence complete.”

  • Prepare an analysis codebook (themes & rubrics) Consistency prevents cherry-picking, speeds synthesis.
    Why: Shared definitions → comparable evidence.
    Capture

    Theme list tied to outcomes (manager support, time constraints, tool access); rubric descriptors for met/exceeded.

    Quality check

    Inter-rater test on 20 comments; aim for ≥0.7 agreement before scaling.

  • Instrument response-rate mechanics Non-response skews results and hides risk.
    Why: Coverage drives credibility.
    Capture

    Reminder schedule (24/72/120h), channel mix (email/SMS/in-app), incentive logic (universal > lottery).

    Quality check

    Weekly responder vs non-responder audit by segment; target outreach on lagging shifts.

    Reliability tip: Calibrate weekly on a 20-row sample; lock changes until the next review window.

  • Govern privacy, consent, and retention Trust drives participation; compliance reduces risk.
    Why: Privacy by design protects learners and programs.
    Capture

    Consent/assent text, retention period, access controls for raw comments, small-cell suppression rules.

    Quality check

    Quarterly privacy review; hide segments with n<10 in public reports.

Training evaluation survey templates & examples

  • Pre-training: “What is your current confidence in [skill] (0–10)? Why?” / “What outcomes matter most to you from this training?”
  • Post-training: “How confident are you applying [skill] now (0–10)? Why?” / “Which part most improved your ability to do [task]?”
  • Open-ended: “What might prevent you from applying this training?” / “If we change one thing, what should it be and why?”

Quality & guardrails (context tightened)

  • Reliability: do a 20-row weekly calibration; freeze instruments between reviews.
  • Bias reduction: keep prompts neutral; pair scales with narrative; triangulate with manager checks or work samples.
  • Accessibility: mobile-first design, plain language, translation readiness, and small-cell suppression in reports.

How Sopact Intelligent Suite accelerates results

Traditional models like Kirkpatrick’s Four Levels (reaction, learning, behavior, results) are still useful, but they don’t solve the hardest part: collecting, cleaning, and analyzing data across thousands of learners in real time. The Sopact Intelligent Suite bridges that gap. It turns scattered surveys, PDFs, and interviews into a single stream of clean, auditable, decision-ready insight.Applying Kirkpatrick with AIEach of Kirkpatrick’s levels is mapped automatically:Row / Column / Cell / Grid in action
  • Row = One learner’s journey.
    Example: A single participant’s pre-training survey, post-training reflection, and follow-up interview are linked together. The system auto-summarizes their journey in plain English — e.g., “Confidence in machine setup grew from 4 to 8, but application blocked by lack of supervisor time.”
  • Column = One metric across many learners.
    Example: Confidence in “using new machines” compared across 300 learners. Before training, average = 4.1. After training, average = 7.3. The column shows the aggregate shift, plus distributions by site and role.
  • Cell = AI functions applied to raw input.
    Example: Open-text responses are auto-coded with themes (“safety concerns,” “time pressure,” “peer support”). Each cell applies the same function — whether summarizing 1,000 surveys, scoring rubrics, or detecting risk phrases.
  • Grid = Cross-table analysis.
    Example: Pivot outcomes by gender, site, or delivery mode. One grid revealed that confidence gains were +50% higher in smaller cohorts, leading the training team to redesign delivery groups.
Why this matters: Intelligent Suite collapses what used to take months of manual review into minutes. Rows preserve each learner’s story, Columns track metrics, Cells apply reusable AI analysis, and Grids reveal hidden trends — giving funders and program teams a single source of truth.
  • Reaction: AI scans and clusters open-text feedback, detecting themes like “unclear instructions” or “engaging facilitator.”
  • Learning: Confidence scales and test scores are compared pre- and post-training, showing measurable skill gain.
  • Behavior: 30/60/90-day follow-ups capture whether skills are applied on the job, with inductive tags surfacing barriers (e.g., “lack of manager support”).
  • Results: Program-wide dashboards roll up certification rates, productivity metrics, or retention outcomes tied to specific cohorts.
Q1 How can we boost response rates without biasing results?

Use light-touch nudges that do not change who answers or what they say. Stagger reminders at 24, 72, and 120 hours, and vary channels (email, SMS, in-app) so you’re not over-relying on one medium. Keep the survey under 10 minutes and show estimated time upfront to set expectations. Offer universal incentives (e.g., a resource or certificate for all participants) instead of lotteries that skew toward certain subgroups. Monitor responder vs. non-responder patterns weekly; if a group lags, schedule targeted outreach at times that fit their shifts. Document any tactic changes so downstream analysis can account for them.

Q2 What should we do with small samples (n<50) to keep results decision-grade?

Small samples limit statistical power, but decisions can still be informed with careful triangulation. Pair compact scales (e.g., 0–10 confidence) with rich open text, then synthesize both to surface converging signals. Report medians and interquartile ranges instead of only means, and include uncertainty language in summaries. Use cohort-over-time comparisons rather than cross-sectional league tables that over-interpret noise. Where appropriate, add qualitative mini-panels or brief interviews to validate patterns. Most importantly, frame recommendations as pilots or low-risk adjustments when evidence is suggestive rather than conclusive.

Q3 How do we connect qualitative comments to training KPIs without cherry-picking?

Start by defining a neutral codebook tied to your KPIs (e.g., “confidence applying skill X,” “manager support,” “time constraints”). Apply the same coding rules across all comments, and track coverage (how many comments map to each code) alongside example quotes. Use a simple matrix that crosses codes with segments (site, cohort, role) to identify where themes cluster. Then align each theme with a KPI you already track (completion, certification, retention) so relationships are explicit, testable, and repeatable. Finally, publish the coding rules in an appendix so stakeholders can audit how you got there.

Q4 What is a practical approach to missing or inconsistent data in training evaluation?

Prevent first, impute second. Design clean-at-source fields (unique_id, timestamp, cohort, modality, language) and make critical items required. For analysis, use transparent rules: drop records with missing IDs, flag but retain partial surveys, and impute only low-risk fields (e.g., categorical “unknown”). Always report the percentage of missingness by field and segment so readers see the data quality envelope. If a metric is unstable due to gaps, label it “directional” and pair with qualitative evidence. Over time, fix the root cause by adjusting forms, automations, or consent flows where loss occurs.

Q5 How can we compare cohorts fairly when their contexts differ?

Normalize comparisons with a few guardrails. First, anchor on deltas (pre→post change) instead of raw post scores. Second, stratify by key context variables (role, site, delivery mode) to avoid apples-to-oranges summaries. Third, use small sets of shared indicators across cohorts and keep everything else descriptive. If one cohort had different content or instructor ratios, disclose that as a limitation. When stakes are high, run sensitivity checks (e.g., excluding outliers or low-completion participants) to confirm the signal remains. Summarize with plain language so non-technical stakeholders understand both the findings and constraints.

Q6 What privacy practices matter most when training includes minors or vulnerable groups?

Collect only what you need, and separate personally identifiable information from responses whenever possible. Use clear consent/assent with age-appropriate language and specify retention periods. For reporting, aggregate results and suppress small cells (e.g., do not show segments with fewer than 10 respondents). Limit who can access raw comments and redact details that could identify individuals or locations. Keep an incident log and a data-sharing register so partners know exactly what is stored and why. Re-check these controls during each new cohort to ensure safeguards keep pace with evolving risks.

Q7 Can we show impact without an RCT or control group?

Yes—use practical causal approximations. Track pre→post change plus follow-up at 60–90 days to test durability. Compare treated vs. eligible-but-not-enrolled learners when feasible, or use staggered starts as natural comparisons. Triangulate with manager observations, work samples, or certification data to reduce self-report bias. Document assumptions and confounders (e.g., seasonality, staffing changes) so readers understand the limits. The goal is credible, decision-useful evidence that guides improvement, not academic proof standards reserved for research studies.

Impact Assessment Use Cases

The Training Evaluation demo walks you step by step through how to collect clean, centralized data across a workforce training program. In the Girls Code demo, you’re reviewing Contacts, PRE, and POST build specifications, with the flexibility to revise data anytime (see docs.sopact.com). You can create new forms and reuse the same structure for different stakeholders or programs. The goal is to show how Sopact Sense is self-driven: keeping data clean at source, centralizing it as you grow, and delivering instant analysis that adapts to changing requirements while producing audit-ready reports. As you explore, review the core steps, videos, and survey/reporting examples.

Before Class
Every student begins with a simple application that creates a single, unique profile. Instead of scattered forms and duplicate records, each learner has one story that includes their motivation essay, teacher’s recommendation, prior coding experience, and financial circumstances. This makes selection both fair and transparent: reviewers see each applicant as a whole person, not just a form.

During Training (Baseline)
Before the first session, students complete a pre-survey. They share their confidence level, understanding of coding, and upload a piece of work. This becomes their starting line. The program team doesn’t just see numbers—they see how ready each student feels, and where extra support may be needed before lessons even begin.

During Training (Growth)
After the program, the same survey is repeated. Because the questions match the pre-survey, it’s easy to measure change. Students also reflect on what helped them, what was challenging, and whether the training felt relevant. This adds depth behind the numbers, showing not only if scores improved, but why.

After Graduation
All the data is automatically translated into plain-English reports. Funders and employers don’t see raw spreadsheets—they see clean visuals, quotes from students, and clear measures of growth. Beyond learning gains, the system tracks practical results like certifications, employment, and continued education. In one place, the program can show the full journey: who applied, how they started, how they grew, and what that growth led to in the real world.

Legend: Cell = single field • Row = one learner • Column = across learners • Grid = cohort report.
Demo walkthrough

Girls Code Training — End to End Walkthrough

  1. Step 1 — Contacts & Cohorts Single record + fair review

    Why / Goal

    • Create a Unique ID and reviewable application (motivation, knowledge, teacher rec, economic hardship).
    • Place each learner in the right program/module/cohort/site; enable equity-aware selection.

    Fields to create

    FieldTypeWhy it matters
    unique_idTEXTPrimary join key; keeps one consistent record per learner.
    first_name; last_name; email; phoneTEXT / EMAILContact details; help with follow-up and audit.
    school; grade_levelTEXT / ENUMContext for where the learner comes from; enables segmentation.
    program; module; cohort; siteTEXTOrganizes learners into the right group for reporting.
    modality; languageENUMCaptures delivery style and language to study access/equity patterns.
    motivation_essay Intelligent Cell TEXT Open-ended; Sense extracts themes (drive, barriers, aspirations).
    prior_coding_exposureENUMBaseline context of prior skill exposure.
    knowledge_self_rating_1_5SCALESelf-perceived knowledge; normalize against outcomes.
    teacher_recommendation_text Intelligent Cell TEXT Open-ended; Sense classifies tone, strengths, and concerns.
    teacher_recommendation_score_1_5SCALEQuantified teacher rating; rubric comparisons.
    economic_hardship_flag; household_income_bracket; aid_required_ynYN / ENUM / YNEquity lens; link outcomes to socioeconomic context.

    Intelligent layer

    • Cell → Theme & sentiment extraction (essays, recommendations).
    • Row → Applicant rubric (motivation • knowledge • recommendation • hardship).
    • Column → Compare rubric scores; check fairness.
    • Grid → Application funnel & cohort composition.

    Outputs

    • Clean, equity-aware applicant roster with one profile per learner.
  2. Step 2 — PRE Survey Baseline numbers + qualitative

    Why / Goal

    • Capture a true starting point (grade, understanding, confidence) plus goals/barriers and an artifact.
    • Use the same 1–5 scales you’ll repeat at POST to calculate deltas cleanly.

    Fields to create

    FieldTypeWhy it matters
    unique_idTEXTPrimary join key; links to POST for before/after comparisons.
    eventCONST(pre)Marks this record as the baseline.
    grade_numeric_preNUMBERQuantitative anchor of initial knowledge.
    understanding_1_5_preSCALEBaseline understanding (1–5).
    confidence_1_5_preSCALEBaseline confidence (1–5).
    learning_expectations_pre Intelligent Cell TEXT Prompt: “What do you hope to learn or achieve?” — Sense classifies themes (career goals, skill gaps, growth).
    anticipated_challenges_pre Intelligent Cell TEXT Prompt: “What challenges might you face?” — Surfaces barriers (time, resources, confidence).
    artifact_pre_file Intelligent Cell FILE Prompt: “Upload a previous work sample.” — Baseline evidence; compare with POST artifact.

    Intelligent layer

    • Cell → Normalize scales; classify goals/challenges; check missing data.
    • Row → Baseline snapshot (numbers + evidence) per learner.
    • Column → Readiness and common barrier themes across the cohort.
    • Grid → Early-support list for low understanding/confidence + stated barriers.

    Outputs

    • Baseline readiness report (individual + cohort).
  3. Step 3 — POST Survey Deltas + reasons & artifacts

    Why / Goal

    • Mirror PRE to compute deltas (grade, understanding, confidence).
    • Capture drivers of change (confidence reason), reflections, and a project artifact.
    • Record reaction measures (time effectiveness, relevance, preparedness).

    Fields to create

    FieldTypeWhy it matters
    unique_idTEXTPrimary join key; links to PRE for before/after.
    eventCONST(post)Marks this record as post-training.
    grade_numeric_postNUMBERFinal numeric knowledge assessment.
    understanding_1_5_postSCALESelf-rated understanding at the end.
    confidence_1_5_postSCALESelf-rated confidence at the end.
    confidence_reason_post Intelligent Cell TEXT Prompt: “What most influenced your confidence?” — Finds drivers (teaching, practice, peers).
    reflection_post Intelligent Cell TEXT Prompt: “Most valuable thing you learned?” — Classifies key takeaways.
    file_upload_post Intelligent Cell FILE Prompt: “Upload a project/work sample.” — Evidence of progress; compare to PRE artifact.
    time_effective_YNYNRight length/pace from learner’s view.
    relevance_1_5SCALEHow relevant the program was to goals.
    preparedness_1_5SCALEHow prepared the learner feels for next steps.

    Intelligent layer

    • Cell → Delta calculations; classify reasons/reflections; evidence linking.
    • Row → Progress summaries (numbers + quotes + artifacts).
    • Column → Correlate grades with confidence/understanding; analyze reaction items.
    • Grid → Improvement blocks and outlier detection.

    Outputs

    • Individual progress reports (deltas + reflections + artifacts).
    • Cohort growth summaries.
  4. Step 4 — Intelligent Column Quantify scores ↔ confidence; quotes

    Why / Goal

    • Quantify the relationship between scores and confidence/understanding.
    • Surface representative quotes that explain the patterns.

    Outputs

    • Correlation visuals connecting grade and confidence/understanding changes.
    • Evidence packs with quotes to contextualize numbers.
  5. Step 5 — Intelligent Grid Designer-quality brief

    Why / Goal

    • Generate a stakeholder-ready brief combining executive summary, KPIs, cohort breakdowns, quotes, and recommended actions.

    Outputs

    • Polished brief with headline KPIs and equity views.
    • Sharable narrative linking numbers to evidence and next actions.
  6. Step 6 — After — ROI & Benefits Return & operational gains

    Why / Goal

    • Single source of truth — all learner data in one place.
    • Clean data, always — unique IDs and checks keep records audit-ready.
    • No IT required — staff design surveys, capture artifacts, publish reports.
    • Cost effective — automate cleaning, analysis, reporting; free staff time.
    • Easy to manage — dashboards/ROI panels with evidence links.

    Outputs

    • ROI dashboards (cost per learner, staff hours saved).
    • Outcome tracking (employment, certifications, continued enrollment).

Time to Rethink Training Evaluation for Today’s Need

Imagine Training Evaluation systems that evolve with your needs, keep data pristine from the first response, and feed AI-ready datasets in seconds—not months
Upload feature in Sopact Sense is a Multi Model agent showing you can upload long-form documents, images, videos

AI-Native

Upload text, images, video, and long-form documents and let our agentic AI transform them into actionable insights instantly.
Sopact Sense Team collaboration. seamlessly invite team members

Smart Collaborative

Enables seamless team collaboration making it simple to co-design forms, align data across departments, and engage stakeholders to correct or complete information.
Unique Id and unique links eliminates duplicates and provides data accuracy

True data integrity

Every respondent gets a unique ID and link. Automatically eliminating duplicates, spotting typos, and enabling in-form corrections.
Sopact Sense is self driven, improve and correct your forms quickly

Self-Driven

Update questions, add new fields, or tweak logic yourself, no developers required. Launch improvements in minutes, not weeks.
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