Guide

Training Plan: Why One Day Isn’t Enough? The 30-60-90 Day Model

Koray Çetintaş 10 February 2026 12 min read

Why One Day of Training Isn’t Enough?

Training environment and participants

Little survives a single classroom session

We all know the classic scenario. One week before go-live, every user is herded into a room. The system gets demonstrated for 6-8 hours, people take notes (or don’t), and then everyone heads back to their desk. The project team ticks the “training completed” box and moves on.

But what actually happens?

The Harsh Reality of the Forgetting Curve

The forgetting curve, first described by Hermann Ebbinghaus in 1885 and since confirmed by modern neuroscience, lays it out plainly:

  • 1 hour after training: 50% of information is forgotten
  • 24 hours after training: 70% of information is forgotten
  • 1 week after training: 90% of information is forgotten
  • 1 month after training: Practically nothing remains

These numbers apply to passive listening. Active participation, repetition, and hands-on practice can improve them dramatically. The trouble is that a single-day session leaves no room for any of it.

Other Problems with One-Time Training

1. Different Learning Speeds

In the same room, someone seeing the system for the first time sits next to someone with a solid technical background. The trainer has to pick an average pace, which satisfies neither the slow learners nor the fast ones.

2. Disconnection from Context

It is hard to see how the operations shown in a theoretical session map onto your actual job. The question “How does this work for process X in our company?” tends to go unanswered.

3. Timing Problem

Training delivered 1-2 weeks before go-live is mostly gone by the time the system opens. Training that comes too early is every bit as useless as training that comes too late.

4. Psychological Resistance

You don’t overcome resistance to change with a single session. Users show up thinking “the old system was better,” and most of them walk out thinking exactly the same thing.

Tip

Use spaced repetition for learning that sticks. Revisiting the same topic after 3 days, 1 week, 2 weeks, and 1 month can raise knowledge retention by up to 200%.


Training Needs Analysis (TNA)

Analysis and planning work

Needs analysis is the foundation of the training plan

The first step in building a user training plan that works is answering one question clearly: who do you need to teach, what, and how much? That’s where a Training Needs Analysis (TNA) comes in.

The Four Steps of TNA

Step 1: Determining Current Competency Levels

Measure the current knowledge and skill levels of each user group:

  • Surveys: Self-assessment forms
  • Interviews: Meetings with managers and key users
  • Observation: Current ways of working in the existing system
  • Tests: Basic computer skills, current system competency

Step 2: Defining Target Competency Levels

Determine which operations each role must be able to perform in the new system:

  • Job analysis: Daily, weekly, and monthly transactions for each role
  • Process map: Who will do what in the new workflows
  • Authorization matrix: Which role will access which screens
  • Exception scenarios: How unusual situations will be managed

Step 3: Calculating the Competency Gap (Gap Analysis)

Measure the difference between the current state and the target state:

  • Critical gaps: The project will fail if the work is not done
  • Important gaps: Efficiency drops, but the work continues
  • Nice-to-have: Skills that will provide extra efficiency

Step 4: Determining Training Priorities

Decide where to focus given limited time and resources:

  • Critical roles: Key users, managers
  • Critical functions: Invoicing, ordering, production tracking
  • Critical times: Month-end closings, seasonal peaks

Caution

Planning training without a TNA is like setting out on a journey without a map. You end up pouring time into topics that don’t matter while skipping the areas that do. In practice, a TNA can trim training costs by 20-35%.


30-60-90 Day Training Model

Calendar and planning

The phased model makes a visible difference to retention

The 30-60-90 day model treats training as a phased journey rather than a one-off event. Each stage has its own goals and its own methods.

The First 30 Days: Basic Competency

Goal: The user becomes capable of performing basic daily tasks on the system.

Training Content

  • System login and navigation
  • Basic transactions (data entry, record creation)
  • Frequently used reports
  • Accessing help resources

Methods

  • Classroom training (theoretical foundation)
  • Hands-on practical work
  • On-the-job shadowing (buddy system)
  • Daily check-ins and Q&A

Success Criteria

The user can complete basic transactions without support. Representative target: 80% independence.

Days 31-60: Advanced Competency

Goal: The user can manage exception scenarios and get more value out of the system.

Training Content

  • Exception scenarios and solutions
  • Advanced reporting and analysis
  • Integration with other modules
  • Shortcuts and efficiency tips

Methods

  • Advanced training in workshop format
  • Case studies (real scenarios)
  • E-learning modules
  • Weekly office hours

Success Criteria

The user can independently resolve 70% of exception cases and knows which transactions need manager approval.

Days 61-90: Transition to Expertise and Mentor Role

Goal: The user optimizes the system and can support new users.

Training Content

  • Process optimization
  • Troubleshooting and debugging
  • Discovery of new features
  • Train-the-trainer

Methods

  • Mentor matching
  • Project-based learning
  • Best practice sharing sessions
  • Performance coaching

Success Criteria

The user can train new employees in the same department and brings forward suggestions to improve the system.

Tip

Run a competency assessment at the end of each stage. Put together an extra support plan for anyone who can’t demonstrate proficiency, and reward the users who earn their way to the next stage.


Blended Learning Strategy

Online and face-to-face training

Blended learning appeals to different learning styles

Blended learning deliberately mixes different methods so that every learner gets what they need. The point isn’t to force one format on everyone, but to deliver the right content through the right channel.

Components of Blended Learning

1. Face-to-Face Training (30%)

When to use:

  • Topics requiring conceptual understanding (system architecture, process logic)
  • Complex workflows
  • Situations requiring group discussion
  • Change management and motivation

2. E-Learning Modules (25%)

When to use:

  • Standard, repetitive transactions
  • Step-by-step procedures
  • Need for learning at different speeds
  • Use as reference material

What to look for in e-learning modules:

  • Short 5-10 minute modules (microlearning)
  • Interactive screen simulations
  • End-of-chapter quizzes
  • Progress tracking and reporting

3. On-the-Job Learning (35%)

The most effective method by far: doing real transactions in a real environment.

  • Buddy system (matching experienced + new users)
  • Performing real transactions under supervision
  • Daily/weekly task lists
  • Experience of making and correcting mistakes

4. Coaching and Mentoring (10%)

For individual development:

  • One-on-one sessions
  • Performance feedback
  • Career development guidance
  • Consultancy for challenging situations

Advantages of Blended Learning

  • Flexibility: Everyone can progress at their own pace
  • Cost optimization: Using expensive face-to-face training only where necessary
  • Scalability: Consistent training in multi-location firms
  • Retention: Reinforcement through different methods

Train-the-Trainer Model

Trainer training

Internal trainers are the foundation of a continuous learning culture

With train-the-trainer, you take people from inside the company and turn them into effective trainers, building a lasting training capacity in the process. That way you don’t have to look outside every time a new need comes up.

Why Train-the-Trainer?

  • Cost savings: Reduction in the need for external consultants/trainers
  • Cultural fit: Trainers who know the company language and culture
  • Continuity: Ready training capacity for new employees
  • Knowledge protection: Keeping corporate knowledge within internal resources
  • Rapid adaptation: Agile response for system updates

Internal Trainer Selection Criteria

  • Deep knowledge of the system
  • Communication skills and patience
  • Desire and ability to teach
  • Being respected by colleagues
  • Being in a position to allocate time

Train-the-Trainer Program Content

Part 1: Training Pedagogy (Representative: 8 hours)

  • Adult learning principles
  • Learning styles and adaptation
  • Active learning techniques
  • Questioning and answering skills

Part 2: Content Preparation (Representative: 8 hours)

  • Training material design
  • Presentation preparation techniques
  • Hands-on activity planning
  • Creating assessment tools

Part 3: Presentation Skills (Representative: 8 hours)

  • Effective presentation techniques
  • Dealing with difficult participants
  • Time management
  • Giving and receiving feedback

Part 4: Application and Feedback (Representative: 8 hours)

  • Trial training (pilot)
  • Video recording and analysis
  • Peer feedback
  • Improvement plan

Caution

A good system user is not automatically a good trainer. Teaching is a separate skill set, and naming someone an internal trainer without a train-the-trainer program tends to produce poor sessions and frustrated users.


Competency Assessment

Assessment and test

You cannot manage what you cannot measure

Competency assessment is how you find out whether the training actually worked and where people still need help. Saying “we ran the training” isn’t enough; the real question is whether users can genuinely do the job.

Assessment Methods

1. Knowledge Tests

  • Multiple-choice questions
  • True/false questions
  • Matching questions
  • Open-ended conceptual questions

2. Practical Assessment

  • Performing live transactions on the system
  • Solving scenario-based problems
  • Testing in a simulation environment
  • Time-constrained task completion

3. Observation and Feedback

  • On-the-job performance observation
  • Manager assessment
  • Peer assessment
  • Feedback from customers

Competency Levels

Use a 4-level scale for each skill:

  • Level 1 – Aware: Knows the subject but cannot perform it
  • Level 2 – Practitioner: Can perform with support
  • Level 3 – Competent: Can perform independently
  • Level 4 – Expert: Can teach others

Assessment Timing

  • Pre-training: Determining the starting level (baseline)
  • At the end of training: Measuring immediate learning
  • After 30 days: Measuring knowledge retention
  • After 90 days: Reflection on job performance

Field Example: Training Transformation in a Manufacturing Firm

Real Case (Unbranded)Manufacturing facility training

Situation

A machinery manufacturer with 180 employees was moving to a new ERP system. The first approach was the usual one: two days of intensive classroom training, the same content for everyone. After go-live it fell apart. Support requests ran four times higher than estimated, productivity dropped by 40%, and the firm had to run the old system in parallel for two months.

Steps Taken

  1. Training Needs Analysis: 6 different user roles were defined, and a competency matrix was created for each role
  2. 30-60-90 Model: Training was divided into 3 stages, with competency assessments at the end of each stage
  3. Blended Learning: E-learning modules were prepared, and a buddy system was established
  4. Train-the-Trainer: 8 key users were put through a 32-hour trainer training program
  5. Post-go-live support: On-site support team for the first 2 weeks, followed by support at decreasing intensity

Result (Representative)

  • 65% reduction in support requests (during the second go-live)
  • User satisfaction: Increased from 45% to 82%
  • Time to reach full productivity: Dropped from 6 weeks to 3 weeks
  • 55% savings in external trainer costs (thanks to train-the-trainer)
  • New employee training time: Dropped from 2 weeks to 1 week

7 Most Common Training Mistakes

1. One-Time Training Approach

The assumption that “we explained it once, so everyone learned it.” The forgetting curve gets ignored and nothing is reinforced. Result: 60-70% knowledge loss at go-live.

2. Not Performing Needs Analysis

Giving everyone the same training. You end up teaching the production module to an accountant and inventory management to the sales team. The result is wasted time and disengagement.

3. Providing Training Too Early or Too Late

Training given two months before go-live is forgotten; training given the day before can’t be digested. Timing is what decides it.

4. System-Only Focused Training

“Press this button, this screen opens” style training. Why we do it this way, how the business process works, how exceptions are handled: all of it goes unanswered.

5. Not Measuring Training Effectiveness

“We had them sign an attendance form” doesn’t mean the training worked. Knowledge tests, practical assessment, and job performance all need to be measured.

6. Not Planning Post-Go-Live Support

The training team walks out on go-live day and users are left on their own. The first weeks are critical, and without support people slide straight back into old habits.

7. Neglecting Change Management

Training isn’t just a transfer of technical knowledge. It also means answering “why are we changing,” managing resistance, and keeping people motivated.

Training planning

Correct planning prevents training errors


Knowledge Retention and Training Success Metrics

Track the following metrics to gauge whether your user training plan is working (representative target values):

Metric Baseline Target Measurement Method
Training completion rate 60-70% 95%+ LMS participation reports
Knowledge test success rate 50-60% 80%+ End-of-module quiz results
Knowledge retention after 30 days 30-40% 70%+ Delayed test results
Practical competency assessment Level 1-2 Level 3+ On-the-job observation and testing
Number of support requests (first month) 15-20 per user 5-8 per user Help desk records
Self-service resolution rate 20-30% 60%+ Knowledge base usage analysis
User satisfaction (training) 3.0/5.0 4.2+/5.0 Post-training survey
Time to reach full productivity 8-12 weeks 3-4 weeks Performance KPI tracking

User Training Plan Checklist

The following checklist will help you build a comprehensive user training plan:

Planning Phase
  • Is the training needs analysis (TNA) completed?
  • Are user roles and the competency matrix defined?
  • Are the training budget and resources determined?
  • Is the 30-60-90 day calendar created?
Content Preparation
  • Are role-based training programs designed?
  • Are e-learning modules developed?
  • Is the hands-on lab environment prepared?
  • Are user guides and quick reference cards prepared?
Trainer Preparation
  • Are internal trainers (train-the-trainer) selected?
  • Is the trainer training program completed?
  • Was pilot training conducted and feedback received?
  • Are training materials reviewed and approved?
Assessment
  • Are knowledge tests prepared?
  • Are practical assessment scenarios created?
  • Are competency levels and transition criteria defined?
  • Is the training reporting and tracking system established?
Implementation
  • Is the training schedule announced to all users?
  • Are training venues and technical infrastructure ready?
  • Are buddy system matches made?
  • Is the users’ workload adjusted during the training period?
Post-Go-Live Support
  • Is the on-site support team planning done?
  • Is the help desk/help line established?
  • Are the knowledge base and FAQ ready?
  • Is the escalation procedure defined?
Continuous Improvement
  • Is the training feedback mechanism established?
  • Is there a schedule for periodic refresher training?
  • Is the new employee onboarding process defined?
  • Is the person responsible for updating training materials identified?

Frequently Asked Questions (FAQ)

A user training plan is a structured program that ensures knowledge and skills needed to adopt a new system or process are transferred in an orderly way. Field experience shows the training plan is one of the biggest determinants of whether a project succeeds. Training run without a plan can lead to a 60-70% loss of information.

The model splits training into three stages: basic competency in the first 30 days (system navigation, daily transactions), advanced competency between days 31-60 (exceptions, reporting, integrations), and expertise between days 61-90 (optimization, troubleshooting, transition to mentor role). This phased approach can raise knowledge retention by 40-60%.

Blended learning boosts retention by appealing to different learning styles. Combining face-to-face training (30%), e-learning modules (25%), on-the-job learning (35%), and coaching/mentoring (10%) yields 25-40% better results than any single-method approach. It also helps on cost and flexibility.

A training needs analysis has four steps: 1) determining current competency levels (surveys, interviews, observation), 2) defining target competency levels (business requirements analysis), 3) calculating the competency gap (gap analysis), and 4) determining training priorities (critical roles, critical functions). This analysis can cut unnecessary training costs by 20-35%.

Train-the-trainer builds lasting training capacity from internal resources. The main advantages: lower external consultant costs, training that fits the company culture, faster onboarding for new employees, and protection of corporate knowledge. Representatively, investing in 5 internal trainers can recover 50-70% of external training costs within 2-3 years.

Post-go-live support should be structured for the 90 days after go-live: intensive support for the first 2 weeks (on-site team, 24/7 help line), reduced support for weeks 3-4 (online, business hours), and monitoring and optimization for months 2-3 (periodic check-ins, performance analysis). Alongside this, the knowledge base, FAQ, and self-service tools must be ready.

About the Author

Koray Çetintaş is an expert consultant in digital transformation, ERP architecture, process engineering, and strategic technology leadership. He applies a “Strategy + People + Technology” approach with field experience in AI, IoT ecosystems, and industrial automation. User training and change management are core components of all his projects.

About the Author

Koray Cetintas is an advisor specializing in digital transformation, ERP architecture, process engineering, and strategic technology leadership. He applies a "Strategy + People + Technology" approach shaped by hands-on experience in AI, IoT ecosystems, and industrial automation.

Get Support for Your Project

I can help guide your digital transformation initiative. Book a free preliminary call to discuss your priorities.