Education
Top 5 Ways Robotics is Enhancing Learning in Higher Education
In the university, robotics is no longer a matter of sci-fi conjecture. Still, a mainstream reality makes a difference in how students are taught and prepared for the future workplace. This article will consider the top five ways robotics makes a difference on university campuses. So, how is robotics making university learning more interactive, interdisciplinary, and impactful for today’s students?
1. Hands-On Learning Opportunities
The implementation of robotics technology into the curricula of our higher education has substantially amplified the efficacy of hands-on learning through authentic practical applications of the knowledge learned in the classroom. Robotics technology refers to the design and use of robots, which are automated machines that perform tasks with minimal human input, combining engineering and computer science. In engineering and technology education, for example, students not only familiarise themselves with the theoretical content in fields such as mechanics and electronics but can also experiment with them and design robots based on their knowledge. Through this process, not only can students gain a deeper understanding of the knowledge learned, but their abilities to identify and solve problems are also greatly improved as they can promptly identify and eliminate mistakes in the design processes.
Robotics can stretch student’s programs to the limit as they provide a hands-on, practical approach to improving reasoning and analytical skills for higher education. The coursework can be very time- and effort-consuming when students have an additional workload on their shoulders. In this case, a professional platform providing writing a research paper services can be a great solution. Learners can deal with their assignments more effectively, dedicating sufficient time to different projects and hobbies.
2. Interdisciplinary Approach
The very nature of robotics means that it interconnects multiple fields – engineering, computer science, mathematics, and others – which brings the benefits of interdisciplinarity into play but also inspires students to see the implementation of various disciplines in a robot system: programs written by the computer scientist used in the brain of a robot, at the same time being in interaction with the hardware controlled by an electronic engineer, and all this intertwined with the data analyzed by a statistician. By connecting different fields, robotics helps students acquire versatile competence and cultivates a kind of learning particularly suitable for industries that urgently demand it.
3. Increased Engagement and Motivation
The positive impact of educational robots in academic settings is well-documented, with a meta-analysis revealing a significant improvement in student performance, demonstrated by an effect size of g=0.57. This data shows that robotics improves student engagement and motivation and gives the classroom a sense of excitement and innovation. Learning about and immersing themselves in the expanding field of robotics allows a deeper exposure, especially for those students for whom traditional methods may be more drab and uninteresting. Coupling the curriculum with something that requires hands-on engagement with immediate and visible testable results, it is obvious why learning would be more captivating and meaningful.
4. Preparation for Future Technological Environments
Bill Gates once remarked, “The advance of technology is based on making it fit in so that you don’t really even notice it, so it’s part of everyday life.” This insight aligns seamlessly with using robotics in education, as it subtly yet significantly prepares students for the future. The practical skills learned in robotics classes are helpful not only for positions that already exist but also for adapting to new technologies as they’re introduced and for putting feelers out for jobs that might exist beyond the proverbial horizon – the jobs that lie even beyond the next horizon as the technology develops and evolves. That’s a significant reason for the urgent need for training in today’s rapidly changing technological and employment world.
5. Better Soft Skills
Robotics develops technical skills and the vital soft skills needed for academic and professional lives. Here are four critical soft skills that robotics promotes.
- Cooperation: For each robotics project, students are typically required to work in teams and achieve shared goals, instilling a sense of collaboration.
- Communication: Communication is vital in teams and workplaces, so it must always be clear and concise so that everyone is aware of work ideas and settles essential issues.
- Creative Thinking: The complexity of creative-thinking robotics challenges requires students to be innovative in overcoming obstacles or challenges when presented with a perceived problem with infinite solutions.
- Adaptability: Students have different levels of experience with robotics when they come to class, and every assignment poses new challenges or shifting requirements as their designs take shape.
Developing these practices improves students’ learning and growth and prepares them for the teamwork and volatility they will encounter in their professions.
Shape the Innovators of Tomorrow

Significant changes are taking place in higher education because of robotics, and these changes make university education more interactive, interdisciplinary, and in line with industry needs. Through this exciting emerging field, students are more prepared to work using these technologies when they graduate and learning itself is more exciting and informative.
Author: Ammie Barger
Ammie Barger is an experienced writer of articles about technology in education. She loves learning how technology can transform the field of learning and covers that topic in her work. Her articles focus on educators and students and show them how technology can be used in the academic setting.
Education
Industry insight helps marine cadets chart career course
Shipping professional visits Pembrokeshire College to showcase real-world opportunities on the Milford Haven Waterway
STUDENTS training for careers at sea were given a first-hand look at life in the maritime industry after a leading shipping professional visited Pembrokeshire College to share his experience of operations on the Milford Haven Waterway.
Toby Forester, from Williams Shipping, met with the College’s Enhanced Marine Engineering Pre-Cadets to explain how commercial shipping, marine services and logistics work together to keep one of the UK’s busiest energy ports moving.

Learners heard about the wide range of activity taking place daily on the estuary, including vessel movements, specialist support craft, safety management and the coordination required to operate safely and efficiently in a working port environment.
Staff said the session gave students valuable real-world context, helping them understand how the engineering skills they develop in workshops and classrooms directly translate into careers within the maritime and energy sectors.
The visit forms part of the College’s wider effort to strengthen links between education and industry, ensuring young people are exposed to employers and career pathways while still in training.
College representatives said experiences like this help build confidence and ambition among learners considering technical roles at sea or ashore.
They thanked Williams Shipping and Mr Forester for supporting the next generation of marine engineers and helping inspire future talent in Pembrokeshire’s coastal economy.
Photo caption: Marine engineering pre-cadets at Pembrokeshire College welcomed an industry talk from Williams Shipping about operations on the Milford Haven Waterway (Pic: Supplied).
Education
Funding axe falls on Welsh digital education scheme as £1.4m handed to English uni
Face-to-face training replaced with online resources in decision branded a ‘slap in the face’ for Wales
A LONG-RUNNING Welsh digital education programme that has trained thousands of teachers and pupils every year is facing an uncertain future after Welsh Government funding was cut and redirected to an English university.
Technocamps, a Swansea University-based project which has operated across Wales for twenty-two years, has described the decision as a major blow to digital skills development, with staff already losing jobs and schools left without in-person support.
Instead of renewing Technocamps’ funding, ministers have awarded £1.4 million under the Curriculum for Wales Grant Support Programme to the University of York to deliver mainly online learning resources, with only limited face-to-face sessions in what are described as “priority areas”.
Critics say the move risks replacing hands-on, bilingual classroom support with generic remote materials.
Each year Technocamps provides direct training to more than 900 teachers and delivers workshops to over 30,000 young people in schools across Wales, working face-to-face with pupils to improve coding, computing and digital literacy.
The programme has been widely credited with helping schools meet the growing demands of the Curriculum for Wales and tackling shortages in specialist computing skills.
‘Bitter disappointment’
Plaid Cymru MS Sioned Williams, who represents South Wales West, said she had met the Technocamps team again this month and would be writing to the Cabinet Secretary for Education seeking answers.
She said: “The necessity of good quality, face-to-face digital skills training has never been more important in this digital age.
“I’ve seen firsthand how engaging and effective a Technocamps workshop is and what makes this programme so great is that it is made in Wales, delivered bilingually through our network of universities and is able to reach every school and teacher.
“That’s why the news that Welsh Government has cut funding is so bitterly disappointing.
“At a time when Welsh universities are in financial crisis, it’s an additional slap in the face that what little funding has been allocated has gone to a university in England.”
Jobs lost across Wales
Beti Williams MBE, the programme’s founder and patron, said the funding decision had already resulted in redundancies.
She said: “The end of Technocamps funding has led to the unemployment of teacher trainers at universities across Wales, leaving nearly 1,000 school teachers who rely on our bespoke in-person training and support in limbo.
“Replacing Technocamps with predominantly standard online courses is an insult to Welsh universities. Online courses, of which there is unlimited choice, offer nothing to struggling teachers who rely on tailored, face-to-face help.”
A petition calling for funding to be restored has gathered more than 4,000 signatures and is now being considered by the Senedd Petitions Committee.
Questions over value for money
The decision has also raised questions about value for money.
According to supporters, the £1.4m grant awarded to York is almost double Technocamps’ previous annual funding, yet delivers fewer in-person services.
There are also concerns that only seven per cent of the wider Curriculum for Wales grant funding over the next three years is allocated to science and technology subjects.
Education campaigners warn that reducing practical support in computing and digital technology could widen skills gaps at a time when Wales is trying to attract high-tech industries and improve economic productivity.
Digital divide fears
Teachers have long argued that in-person training is essential, particularly for schools with limited IT expertise or rural connectivity challenges.
Technocamps staff say online-only provision risks leaving some schools behind.
Ms Williams added: “It’s so important that we keep this crucial skills and knowledge in Wales. The thought that we could lose this valuable resource makes no sense at a time when the need for digital competency has never been greater.”
Welsh Government has been asked to explain why the funding was awarded outside Wales and whether the impact on Welsh university jobs and school support was assessed before the decision was made.
Community
Haverfordwest students win national King’s Trust honour
Community mural project earns Wales title and trip to London finals
A GROUP of young people from Haverfordwest High School are celebrating a major achievement after being crowned Wales country final winners at the King’s Trust Awards 2026.
The students secured the JD Foundation Community Impact Award and will now represent Wales at the King’s Trust National Awards in London.
The award recognises an outstanding community project delivered through the King’s Trust Achieve Programme, a Key Stage four GCSE option offered at the school and delivered locally by Pembrokeshire Youth Service.
Led by school-based youth worker Ell Lewis, the programme supports pupils who may find traditional academic routes challenging, including those facing emotional, social or caring responsibilities.
As part of their Community Impact project, the group identified a vandalised pedestrian tunnel in Haverfordwest that is used daily by students travelling to and from school. Determined to improve the space, they worked together to design and paint a large-scale mural celebrating wellbeing, identity and local pride.
The once run-down underpass has now been transformed into a colourful and welcoming feature, drawing praise from residents and passers-by.
Community members described the artwork as uplifting and inspiring, with many noting the positive difference it has made to young people using the route each day.
One participant said: “This project is our legacy. We’ve created something lasting that represents who we are and where we come from. It’s amazing what a cup of tea and a conversation can lead to.”
Mr Lewis said the benefits extended far beyond the finished mural.
He said: “Beyond its physical impact, the project has helped the young people build confidence, teamwork, leadership and communication skills. Their courage, resilience and ambition can’t be faulted. I am incredibly proud of them. All members of the group have since progressed into further education or employment.”
The students secured funding through the Pembrokeshire Youth Bank Grant and received support from local businesses including GD Harris & Sons. They also worked with local councillors, the local authority and local artist Lloyd Griffiths.
Additional funds were raised through school-led activities including bake sales and raffles.
The group will now travel to London to compete in the national finals, representing both their school and Pembrokeshire on a national stage.
Cover photo:
Proud moment: Members of the Haverfordwest High School group at the Wales King’s Trust Awards ceremony (Pic: Supplied).
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