How New Students Learn: Practical Strategies for Engagement and Academic Success

Starting something new is exciting.

It can also be intimidating.

Think about the experience of entering a new classroom, beginning college, returning to school after many years, taking an online course for the first time, or encountering a subject that seems completely unfamiliar.

A new student may be thinking:

Will I be able to do this?

What does this professor expect from me?

What if everyone else knows more than I do?

What happens if I make a mistake?

Do I belong here?

Before students can become confident learners, they need more than information.

They need opportunities to participate, practice, make mistakes, receive feedback, connect new information with what they already know, and gradually develop confidence in their ability to succeed.

Research in learning science and educational psychology provides important guidance about how educators can create these conditions.

Learning Is Not a Spectator Sport

One of the most important lessons from educational research is that students generally benefit from doing something meaningful with new information rather than only listening to someone explain it.

Freeman and colleagues conducted a major meta-analysis comparing traditional lecturing with active learning in undergraduate STEM courses. The analysis included 225 studies.

The results were substantial.

Students in active-learning environments performed better on examinations and concept inventories, while students in traditional lecture classes were more likely to fail. The researchers reported that examination performance improved by approximately 6% under active learning and that students in traditional lecture environments were about 1.5 times more likely to fail.¹

Active learning does not mean that instructors should stop teaching.

It means that teaching should periodically require students to think, retrieve, discuss, explain, solve, apply, or create.

Instead of asking students to listen for 50 minutes, we might teach for ten or fifteen minutes and then ask:

What is the most important idea you just heard?

Explain this concept to another student.

How would you apply this idea to a real situation?

What part is still confusing?

Can you think of an example from your own experience?

Students move from receiving information to working with it.

That difference matters.

New Students Need to Connect the New With the Familiar

When students encounter unfamiliar material, everything can initially feel disconnected.

An effective instructor helps students build bridges between what they already understand and what they are learning.

Imagine introducing economics.

Before beginning with terminology, you might ask:

Have you ever decided not to buy something because the price increased?

Most students have.

You now have an entry point for discussing demand.

In a language class, instead of beginning exclusively with grammatical terminology, you might ask students what words they already recognize.

In a technology course, you might begin by asking students which applications they use every day.

The message is:

You are not beginning with nothing. You already have experiences that can help you understand this.

This can be especially important for students who lack confidence.

Don't Just Reread—Retrieve

One of the most useful findings from cognitive psychology concerns retrieval practice.

Students often believe that studying means repeatedly reading their notes.

Read.

Highlight.

Read again.

Look over the PowerPoint.

Read one more time.

The material begins to look familiar, and familiarity can feel like learning.

But recognizing information is not the same as being able to retrieve and use it.

Karpicke and Blunt compared retrieval practice with other approaches, including repeated studying and concept mapping. They found that having students actively retrieve information produced greater gains in meaningful learning than elaborative studying with concept mapping.²

The important implication is simple:

Students need opportunities to practice remembering.

That does not always require a formal test.

Ask students to close their notes and write three things they remember.

Begin class with three questions from the previous lesson.

Ask students to explain yesterday's concept to a partner.

Use a short, low-stakes quiz.

Give students an example and ask them which concept applies.

Ask:

“Without looking at your notes, what do you remember?”

These small activities strengthen learning while also helping students discover what they do and do not understand.

Engagement Does Not Mean Entertainment

This distinction is important.

Teachers sometimes feel pressure to make every lesson exciting.

But students do not need every minute of a course to feel like entertainment.

Engagement means that students are cognitively, behaviorally, and sometimes socially involved in learning.

A quiet student writing an explanation may be deeply engaged.

Two students debating possible solutions may be engaged.

A student correcting an earlier misconception may be engaged.

A student attempting a difficult problem may be engaged.

The question should therefore not always be:

“Was this activity fun?”

A better question may be:

“What did this activity require students to think about or do?”

Give Students a Reason to Participate

Consider these two instructions:

“Complete questions 1–10.”

versus:

“Imagine you have to explain this problem to someone tomorrow. Which three ideas would they absolutely need to understand?”

The second creates a purpose.

Whenever possible, students should understand why they are doing something.

Explain how an activity connects with the learning objective.

Tell students why a particular skill matters.

Show them where they might use it.

Connect assignments with authentic situations.

When students can see meaning in an activity, participation becomes easier to understand.

Give Students Choices

Motivation research also emphasizes the importance of autonomy, competence, and relatedness.

Self-determination theory proposes that learning environments can support motivation when students experience a sense of autonomy, feel increasingly competent, and experience meaningful connection with others.

That does not mean students control the entire curriculum.

Small choices can matter.

For example:

“Choose one of these three topics.”

“Would you rather demonstrate your understanding through a short presentation or written reflection?”

“Select the example you would like to analyze.”

“Choose a partner or work independently.”

“Which question would you like us to discuss first?”

Choice creates a degree of ownership.

Students Need to Experience Success

Imagine entering a new class and immediately receiving an extremely difficult assignment.

You try.

You fail.

You try again.

You fail again.

Eventually, you may conclude:

“I'm not good at this.”

New students need challenge, but they also need opportunities to experience progress.

A useful learning sequence might look like:

Explain → Model → Practice together → Practice with support → Practice independently → Reflect

For example, rather than assigning an entire research paper and assuming students know how to produce one, break the process into smaller components:

Choose a topic.

Develop a research question.

Find a credible source.

Evaluate the source.

Create a thesis.

Develop an outline.

Write a paragraph.

Receive feedback.

Revise.

Gradually, students begin to think:

“I can do this.”

That belief matters.

Make Mistakes Normal

One of the quickest ways to destroy participation is to make students afraid of being wrong.

If every incorrect answer creates embarrassment, students learn something very quickly:

Stay quiet.

Instead, instructors can normalize error as part of learning.

Try saying:

“That's an interesting approach. Let's look at where it changed direction.”

“Who had a different answer?”

“Let's examine why this answer seems reasonable.”

“This is a common mistake. Let's figure out why.”

“Who wants to revise their answer after hearing the discussion?”

The classroom becomes a place where thinking is visible.

Students do not need permission to be careless.

They need permission to learn.

Belonging Matters

Students are not only asking:

“Can I do this?”

They may also be asking:

“Do people like me belong here?”

Walton and Cohen investigated social belonging among first-year college students in a randomized controlled trial. Their intervention framed social difficulties during the transition to college as experiences that can be common and temporary. The study reported longer-term academic and health-related benefits for African American participants in that particular context.³

The study should not be interpreted as proving that one brief activity will produce identical outcomes for every student or institution.

But it highlights an important educational principle:

Students' perceptions of belonging can matter.

Instructors can contribute to belonging through relatively ordinary behaviors:

Learn students' names.

Respond respectfully to questions.

Explain that struggling with difficult material is normal.

Create opportunities for students to interact.

Use examples representing different experiences.

Communicate expectations clearly.

Reach out when a student disappears.

Notice improvement.

Say:

“I'm glad you're here.”

Sometimes engagement begins with something that simple.

Use Technology With a Purpose

Technology can increase engagement, but technology itself is not engagement.

A quiz application is useful if it encourages retrieval.

A discussion board is useful if it produces meaningful conversation.

An AI tool may be useful if students are analyzing, questioning, creating, comparing, or receiving appropriate feedback.

A video is useful when it contributes to learning.

The question should never be:

“What technology can I add?”

Instead ask:

“What do I want students to do intellectually, and can technology help them do it?”

Pedagogy should lead.

Technology should support it.

Ask Questions That Require Thinking

Compare:

“Does everyone understand?”

with:

“What is the difference between these two examples?”

The first question usually produces silence.

The second requires thinking.

Effective engagement questions might include:

What surprised you?

What doesn't make sense yet?

Which answer would you defend and why?

How would you explain this to a 12-year-old?

What would happen if we changed this variable?

What evidence supports your conclusion?

Can you give me an example?

What mistake would someone commonly make here?

How does this connect with what we learned last week?

These questions transform students from recipients into participants.

Don't Wait Until the Exam to Discover Students Are Lost

Feedback should occur throughout learning.

Consider using:

One-minute reflections.

Exit tickets.

Short quizzes.

Polls.

Discussion questions.

Practice problems.

Drafts.

Peer explanations.

Muddiest-point questions.

Ask students:

“What is the least clear idea from today's lesson?”

Their answers can help determine what needs to happen next.

Assessment should not only measure learning after instruction.

It can help guide learning during instruction.

A Simple Engagement Cycle

Teachers do not need to redesign every course overnight.

A simple lesson can follow this pattern:

Connect

Begin with something students know, recognize, or have experienced.

Explain

Introduce the new concept clearly and in manageable pieces.

Engage

Ask students to discuss, solve, retrieve, analyze, compare, or create.

Check

Determine what they understand.

Adjust

Clarify misconceptions and provide additional examples.

Apply

Give students an opportunity to use the knowledge in a new situation.

Reflect

Ask students what they learned and what remains unclear.

Then repeat.

This creates a learning environment in which students continually move between receiving information and actively working with it.

The First Weeks Matter

For new students, early experiences can shape expectations about the entire course.

The first weeks should communicate:

You belong here.

You are capable of learning this.

I will tell you what I expect.

You will have opportunities to practice.

Mistakes are part of learning.

You are responsible for participating in your learning.

I will provide support, but I will also challenge you.

That combination of support and responsibility is powerful.

Our Goal Is Not Simply to Teach Content

Ultimately, education is not only about delivering information.

We are also helping students learn how to:

Ask questions.

Evaluate information.

Solve problems.

Manage their learning.

Communicate ideas.

Recognize mistakes.

Persist through difficulty.

Seek assistance.

Reflect.

Adapt.

And eventually learn without us.

At Elevate Your Path Life and Academic Coaching, we believe successful learning begins with understanding the learner. Students need strategies, structure, encouragement, meaningful challenges, and opportunities to discover how they learn most effectively.

Whether someone is beginning middle school, entering high school, starting college, returning to education as an adult, or confronting an unfamiliar subject, the goal is not simply:

“How can we get this student through the course?”

The more important question is:

“How can we help this student become a more confident, engaged, and independent learner?”

That is a skill that can extend far beyond one classroom.

Academic References

1. Freeman, S., Eddy, S. L., McDonough, M., Smith, M. K., Okoroafor, N., Jordt, H., & Wenderoth, M. P. (2014). Active learning increases student performance in science, engineering, and mathematics. Proceedings of the National Academy of Sciences, 111(23), 8410–8415. https://doi.org/10.1073/pnas.1319030111

This meta-analysis synthesized 225 studies comparing active learning with traditional lecturing in undergraduate STEM education.

2. Karpicke, J. D., & Blunt, J. R. (2011). Retrieval practice produces more learning than elaborative studying with concept mapping. Science, 331(6018), 772–775. https://doi.org/10.1126/science.1199327

The researchers found that practicing retrieval produced stronger meaningful learning than elaborative studying with concept mapping in their experiments.

3. Walton, G. M., & Cohen, G. L. (2011). A brief social-belonging intervention improves academic and health outcomes of minority students. Science, 331(6023), 1447–1451. https://doi.org/10.1126/science.1198364

This randomized controlled trial examined social belonging among first-year college students and reported longer-term academic and health outcomes.

4. Karpicke, J. D., & Bauernschmidt, A. (2011). Spaced retrieval: Absolute spacing enhances learning regardless of relative spacing. Journal of Experimental Psychology: Learning, Memory, and Cognition, 37(5), 1250–1257. https://doi.org/10.1037/a0023436

This research provides additional evidence concerning repeated retrieval, spacing, and long-term retention.

The Takeaway for Educators

The research does not point toward one magical engagement technique. Instead, it suggests a combination of practices:

Make students active participants. Give them frequent opportunities to retrieve and apply knowledge. Create a classroom where they can develop competence and experience belonging. Provide meaningful choices. Normalize productive mistakes. Check understanding frequently. And gradually transfer responsibility for learning from the teacher to the student.

Engagement is not about keeping students entertained.

It is about creating conditions in which students want—and are able—to participate in their own learning.