At Future-Proofing Education in Dublin, Jeremy Carter, CEO of Sentira XR and co-founder of Cirrus Assessment, captivated the audience with his insights into developments in e-assessment and education. From the capabilities of the e-assessment platforms of today and tomorrow, to groundbreaking VR applications in healthcare training, his presentation offered a compelling vision of the future.
Unprecedented times in education
Opening with an optimistic outlook, Jeremy described the pace of change in education as unprecedented:
“I’ve never been more excited about our industry and the opportunities for educators, students, and businesses than I am now. The pace of change is unprecedented. But it is down to us to grasp those opportunities.”
However, he emphasised that success isn’t just about adopting new technologies. Collaboration, teamwork, and a shared commitment to progress are critical to turning potential into reality. Technology alone is not a silver bullet.
Innovations already transforming e-assessment
Jeremy highlighted how recent advancements in e-assessment are already addressing key challenges and enhancing the assessment experience for both educators and students:
Authenticity in assessment
Creating assessments that mirror real-world scenarios ensures students can apply their knowledge in practical, meaningful ways. Examples include coding tasks that allow learners to work directly within programming environments or financial problems solved using familiar tools like Office 365. These authentic assessments prepare learners for the challenges they will face in their professional lives, moving beyond rote memorisation to evaluate applied skills.
Blueprint-driven efficiency
Test blueprints combine learning objectives and taxonomies to create structured, reliable assessments. This approach ensures every question aligns with curriculum goals, while techniques like Linear-On-the-Fly Testing (LOFT) provide unique assessments for each student. By reducing question exposure and improving security, these advancements streamline exam creation, saving educators time and ensuring fairness without compromising quality.
Better marking and feedback
Marking processes have seen significant improvements through technology. Blind double marking enhances fairness by allowing multiple examiners to evaluate responses independently. Tools like multimedia annotations provide students with clear, detailed feedback, helping them understand their strengths and areas for improvement. These innovations make marking more consistent and efficient for educators while delivering richer insights to learners.
Accessibility by design
Inclusive design principles are transforming e-assessment, ensuring platforms meet the needs of diverse learners. Jeremy highlighted the transformative power of accessible assessments, stating: “The power of certifications to change people’s lives for the better is enormous. Technology allows us to spread that impact further.” Features such as screen-reader compatibility, adjustable font sizes, and alternative question formats make assessments more equitable, enabling a broader range of learners to achieve their potential.
A look into the future of education and assessment
Jeremy’s presentation didn’t stop at current advancements – he also explored the trends shaping the next generation of education and assessment tools. From the integration of artificial intelligence to personalisation and data-driven insights, these innovations promise to revolutionise learning:
- AI-powered item generation: AI will assist educators by automating repetitive tasks like question generation, freeing them to focus on creating high-quality, meaningful assessments. Jeremy emphasised that AI is not about replacing educators but enhancing their efficiency and creativity.
- Personalised assessments: As personalisation becomes a norm in learning, assessments are following suit. By tailoring exams to individual learners’ strengths and weaknesses, educators can deliver more relevant and engaging evaluations. This approach ensures that each student’s unique abilities and needs are recognised.
- Data-driven insights: Advanced analytics will allow educators to refine their assessments based on detailed performance metrics. For example, data on how long students spend on specific questions or patterns in their responses can help identify areas where questions might need adjustment, ensuring exams remain fair and effective.
- AI-assisted feedback: Beyond marking, AI can analyse tone, empathy, and other soft skills in communication. For instance, VR scenarios paired with AI could evaluate how a healthcarel student interacts with a patient or how a professional delivers tough news in a business setting. This feedback is critical for developing well-rounded skills.
- Expanding accessibility through technology: Jeremy highlighted how technology is reducing barriers to high-stakes assessments. For instance, VR allows candidates to practise complex tasks in realistic environments before taking exams in person. This is especially impactful for international students preparing for licensing exams in fields like healthcare.
- Jeremy concluded this section with a focus on virtual reality, emphasising its potential to redefine how we teach and assess across sectors. From immersive learning environments to authentic performance-based assessments, VR enables experiences that were previously unimaginable.
Virtual reality: refining education and assessment
As CEO of Sentira XR, he brought first-hand insights into how VR is breaking new ground, particularly in healthcare training, and outlined its broader applications across education and professional development.
Immersive learning experiences
One of the key advantages of VR is its ability to immerse learners in realistic, hands-on scenarios. Unlike traditional learning methods, VR allows users to engage with their environment actively, building skills in a safe yet dynamic setting. Jeremy described how healthcare students can practise critical procedures, such as unblocking a tracheostomy tube, in a virtual space. These scenarios create muscle memory and boost confidence, enabling learners to perform effectively in real-world, high-pressure situations.
Fostering empathy and communication skills
VR goes beyond technical training by helping learners develop essential soft skills like empathy and communication. In one example, students interacted with virtual patients, practising bedside manner and learning to ask the right questions. Jeremy noted a striking finding: VR-trained students were far more likely to address the patient by name compared to those using non-immersive tools. This suggests that VR helps learners connect on a human level, a critical skill in healthcare and other fields that rely on interpersonal interaction.
Simulating teamwork and collaboration
Jeremy highlighted VR’s ability to foster teamwork, even across borders. In a groundbreaking use case, healthcare professionals from different continents met in a virtual environment to discuss a patient’s 3D scan and agree on a treatment plan. This immersive collaboration mimics real-world teamwork but eliminates logistical barriers like travel. Such applications extend beyond medicine, offering solutions for global collaboration in business, engineering, and education.
Accessible preparation for high-stakes exams
One of the most practical benefits of VR lies in preparing students for high-stakes assessments. For example, international healthcare professionals aiming to pass licensing exams in the UK often face significant financial and logistical challenges. VR allows them to practise scenarios they might encounter in these exams, reducing anxiety and improving readiness. Jeremy described this as a game-changer for candidates and institutions alike.
Broadening VR’s impact beyond healthcare
Although Sentira XR’s work is focused on healthcare training, Jeremy stressed that VR’s applications are not limited to this field. He envisions VR transforming STEM education, where students can explore complex concepts like molecular biology or engineering systems in 3D. Additionally, VR can simulate professional scenarios, such as a finance executive presenting tough results to stakeholders or resolving conflicts in a team setting. These experiences allow learners to refine their skills in a risk-free environment.
Revolutionising assessment with VR
VR also introduces new possibilities for performance-based assessment. In these assessments, learners are free to demonstrate their skills in an open-ended, authentic environment. For example, a healthcare student might perform a simulated consultation with a virtual patient, where every decision—tone of voice, questions asked, actions taken—affects the outcome. AI tools can analyse these interactions to provide detailed feedback, helping learners improve their performance.
A more engaging, impactful future
Jeremy concluded that VR’s ability to simulate realistic, interactive scenarios makes it uniquely suited to both education and assessment. It engages learners in ways traditional methods cannot, fostering deeper understanding and building confidence. By blending immersive experiences with AI-driven feedback, VR has the potential to redefine how we teach, learn, and assess across disciplines.
Putting students at the heart of innovation
Throughout his presentation, Jeremy Carter emphasised that while technology is a powerful enabler, the student experience must always remain the focus. As he explained, “It doesn’t matter how rich the features are or how advanced the tools are—if students press start and it doesn’t work, or if they don’t feel supported, nothing else matters.”
Whether through authentic assessments, accessibility-first design, or the immersive potential of VR, these advancements all share a common goal: empowering learners. By combining human-centred design with cutting-edge technology, the future of education is one where barriers are broken, learning is personalised, and assessments are truly meaningful.
Keen to take advantage of these innovations to take your assessments to the next level? Let’s talk!
