Teaching Connection: How Strong Classroom Relationships Drive Student Success
Two students can walk into the same classroom, learn the same material, and walk out with completely different levels of confidence. One communicates clearly, collaborates easily, and steps into group work without hesitation. The other stays quiet, takes a back seat, and leaves unsure if they belong.
It’s not personality. It’s relationship management, the everyday skill of communicating, asking questions, and repairing when things get awkward. Research backs this up: nursing students who practice communication and connection early in their training develop stronger interpersonal competence and confidence in clinical environments (Yang & Kim, 2022).
What Relationship Management Looks Like for Students
For nursing students, relationship management shows up in small, everyday behaviors. Things like:
● Introducing yourself confidently during clinical
● Asking for clarification without apologizing
● Listening fully before jumping in
● Speaking respectfully even when stressed
● Repairing quickly when communication gets tangled
These are the patterns faculty and preceptors notice. They’re also the patterns that help teams trust you. Good relationship management isn’t charm, it’s professional presence.
Why This Matters in Nursing Education
Nursing is built on relationships — with patients, families, and the team around you. Every shift requires:
- Building trust with someone you just met
- Communicating clearly under pressure
- Navigating conflict without shutting down
- Asking for help when you’re out of your depth
- Offering help when someone else is
Students get their first reps with us, in classrooms, labs, and simulation. When they practice these relational skills early, they enter clinical more confident, grounded, and ready to connect, not freeze.
Think of your class as a safe place to practice the communication habits they’ll need on the floor.
Try This: The Professional Check-In Round (5 Minutes)
Start class with a quick, simple connection ritual:
“Turn to someone near you and share one thing they did recently — in lab, sim, or group work — that supported your learning.”
Examples may include:
● “Thanks for explaining your prioritization steps — that helped it click.”
● “I appreciated how you slowed down during assessment so I could follow.”
● “You checked in with the group before we moved ahead — that helped all of us stay on track.”
Students practice noticing, naming, and appreciating professional behaviors — the very behaviors that make clinical teamwork smoother.
Keep Boundaries Clean
Connection does not mean blurred lines. Students can practice relationship management and maintain professionalism.
Help them work toward behaviors like:
● Using appropriate channels to ask questions
● Communicating needs clearly without oversharing personal stress
● Staying respectful in group disagreements
● Protecting patient and peer confidentiality
● Using professional language (even when tired or frustrated)
This is how they learn to be warm, clear, and boundaried — not avoidant or overly personal.
How To Tell It’s Working
Look for small but important signs:
● Students reference each other’s ideas more often
● Group work feels smoother and less tense
● Simulation teams communicate more clearly
● Students ask preceptors more confident questions
● Fewer “I didn’t know how to say it” moments
When relationship management skills grow, everything else gets easier — clinical, classroom, and communication.
Takeaway for Educators
Strong relationships make students capable. When students learn how to communicate clearly, appreciate peers, repair missteps, and set boundaries, they develop the professional confidence that follows them into every patient room and team huddle.
Start small. Practice often. Even one student who gains the confidence to speak up or clarify expectations this week is taking a huge clinical step forward.
Further Reading:
Yang, J., & Kim, S. (2022). An online communication skills training program for nursing students: A quasi-experimental study. PLOS ONE, 17(5), e0268016.