Labster

Some scientific concepts are inherently difficult to teach. Processes like neuronal signaling, thermoregulation, or cardio-respiratory physiology occur at scales students cannot easily observe. At the University of Eastern Finland, faculty integrated Labster virtual lab simulations into an online physiology course to help students visualize and interact with these processes. The impact was measurable: 👉 Pass rates increased by 16% after introducing simulations
 👉 Students reported stronger engagement with course material
 👉 Simulations helped bridge the gap between theory and real-world biological systems When students move beyond passive content and actively experiment with scientific concepts, understanding accelerates. In STEM education, visualization isn’t just helpful. It’s transformational. Read the full case study https://okt.to/28hvcb #STEMlearning #VRinEducation #HigherEdInnovation

STEM education leaders: Are you being asked to improve student outcomes? Scale access? Align programs to workforce needs? That’s exactly where simulation-based learning proves its value. Why institutions are partnering with us: 🔵 Scale with Substance: A STEM virtual simulation library that grows with your programs, from foundational concepts to advanced application. 🔵 Safe Failure: A space where students experiment, pivot, and see consequences in real-time. 🔵 Proven Impact: Backed by peer-reviewed research that shows measurable gains in engagement. 🔵 Bridge to Career: Moving beyond the manual to build transferable, workforce-ready skills. We’ve made it simple to search simulations by the skills you want students to develop. For example, simulations within Scientific Modeling and Systems Thinking include models for students to understand relations and system behaviors which are core competencies across STEM disciplines. Labster aligns student learning experiences to measurable skills and outcomes. Find virtual labs matched to competencies from common frameworks: https://okt.to/cOdl0U How are you thinking about integrating skill development across programs today? #VRinEducation #STEMLeadership

🧪 Veterinary education faces a unique challenge: How do you teach complex biological processes through virtual labs? Research in veterinary immunology offers a compelling answer. After introducing Labster virtual labs to their immunology courses, researchers from the University of Extremadura in Spain found: 🐀 94% of students said simulations could help reduce animal use in teaching and research
 🦉 Students gained experience with complex procedures in a risk-free environment, with 97% agreeing that Labster was beneficial for learning immunology concepts
 🐍 Learning outcomes and engagement remained high among their veterinary and biochemistry students This aligns with one of the most important principles that guides ethical animal use in biomedical education: Replacement. Reduction. Refinement. Virtual labs are helping veterinary education be more scalable, and effective for the future of learning. Technology isn’t replacing hands-on learning. It’s helping institutions prepare students before real-world application, responsibly. Read the full research study: https://okt.to/Ooa2DN #VeterinaryScience #HigherEducation #EdTech #VRinEducation

Many innovative online STEM programs have evolved from traditional lectures, readings, and quizzes to active, immersive learning experiences. The research shows us that students in active learning environments are 1.5x less likely to struggle or even fail than those in traditional lecture-based courses. The shift happening across leading institutions is clear. The most effective online STEM programs today are designed so students can: 🎯 Practice concepts in realistic scenarios 🎯 Demonstrate mastery continuously—not just on exams 🎯 Build confidence through repetition and exploration Because STEM isn’t learned by watching. It’s learned by doing. If you’re evaluating your program, here are 5 signs you’ve made the shift: https://okt.to/CkVX8Z #HigherEducation #STEMeducation #OnlineLearning #EdTech

📉 STEM retention isn't just a challenge. It's measurable. In a retention study in Higher Education led by Dr. Rachel Schecter of LXD Research, results showed when Labster virtual labs were used as a pre-lab assignment before an in-person lab, students were 5 times more likely to continue taking STEM courses. When students can:
 💡 Practice repeatedly
 💡 Learn without penalty 💡 Engage actively They persist. See more insights and the full study: https://okt.to/40G1IY #RetentionStrategies #NurseRetention #VRinEducation

One of the biggest barriers in early STEM courses isn’t ability.
It’s confidence. A large-scale study at Universidad Andrés Bello found that immersive virtual labs can dramatically shift how students approach science learning. When Labster immersive simulations were used as pre-lab preparation, students arrived more confident, more motivated, and better prepared for real experiments. The data speaks for itself:
 🥽 87% reported increased motivation
 🧪 85% felt more confident in their learning
 👆 81% said it improved participation in class Rather than replacing physical labs, the most effective model was using virtual labs to build understanding before students enter the lab environment. It’s a powerful reminder:
The right technology doesn’t replace hands-on learning, it amplifies it. 😮 More insights from the case study: https://okt.to/3KLJ9A #VRinEducation #STEMlearning #HigherEdTransformation #

📌 Why are leading STEM programs rethinking their lab strategy? For department chairs and academic leaders focused on student success and progression, evidence-based virtual labs can be a game changer. Labster’s immersive simulations bring real-world science to biology, chemistry, physics, and health sciences, increasing student grades and significantly reducing DFW rates in gateway courses. 👉 See how Labster aligns with your STEM curriculum: https://okt.to/NpQuc1 #STEMEducation #AcademicLeadership #HigherEdInnovation

For many students, success in a single course determines the trajectory of their entire career. At Yavapai College, microbiology is a gateway course for nursing programs. If students don’t succeed there, they can’t continue toward high-demand healthcare careers. But online learners were facing barriers that in-person students weren’t. After introducing Labster virtual lab simulations: ☑️ Online course completion increased from 66% to 80%
 ☑️ Completion rates matched in-person classes
 ☑️ The improvement persisted across multiple semesters When students have the ability to practice experiments repeatedly and learn by doing, confidence and outcomes follow. Improving success in gateway STEM courses doesn’t just help students pass a class.
It opens pathways to workforce opportunities. Read the full story here https://okt.to/OWQnS0 #VRinEducation #MicrobiologySolutions #STEMeducation

Today’s STEM learners must do more than follow a protocol...they must: ✔️ think statistically ✔️ interpret data with confidence ✔️ communicate evidence clearly ✔️ navigate uncertainty with rigor Labster’s virtual labs are curated around these exact competencies. 💠 Engineering design & optimization 💠 Scientific modeling & systems thinking 💠 Laboratory instruments & methods 💠 Quantitative reasoning & scientific prediction 📌 And research shows that when students engage in these skill‑focused simulations, they report higher engagement and deeper conceptual mastery. Find virtual labs matched to competencies from common frameworks like NGSS, ACS, and AAPT here: https://okt.to/q92CSE 👇 What lab‑related skills are you prioritizing this year?

👀 One of the hardest questions instructors face today: Does this learning technology actually deliver ROI? At Texas Christian University, microbiology instructor Clark A. Jones asked exactly that. After integrating virtual lab simulations into a microbiology course with about 200 students per year, students showed: 👉 Improved engagement and performance 👉 Increased grades and learning outcomes 👉 Better connection of theory to real-world experiments When the right technology strengthens understanding and improves efficiency in the lab, the ROI becomes clear. Read more on how Dr. Jones used his lab budget: https://okt.to/gBoOF9 #HigherEducation #STEMeducation #EdTech #AcademicInnovation