About the SPEET Project: Rethinking Engineering Tutoring
We started the SPEET project because we saw a common challenge across European universities: engineering students often struggle to find the right academic support.
Our Mission: Better Tutoring for Future Engineers
Our core goal is to develop a scalable, peer-led tutoring framework specifically designed for the rigours of engineering disciplines. Through the support of the Erasmus+ Programme, we are creating a structured, transferable model that moves beyond generic academic support to address the unique problem-solving and conceptual demands of engineering education.
Why Engineering Needs a Specialised Approach
Engineering isn’t just about theory; it’s about applied knowledge, complex software, and iterative design. Generic tutoring often misses the mark. Our framework is built by engineers, for engineers, focusing on the core competencies that students find most challenging.
The Erasmus+ Framework for Change
As an Erasmus+ project, we are part of a prestigious European Union initiative dedicated to educational innovation, cooperation, and exchange. This framework allows us to pool expertise, test our models in diverse academic cultures, and create a resource with genuine pan-European impact.
Our Editorial & Practical Focus
We don’t deal in abstract theory. Our editorial team takes a hands-on, opinionated approach, creating resources directly informed by the real classroom and lab experiences at our partner institutions.
Building from Real Classroom Challenges
Our content is rooted in the actual hurdles students face. For instance, insights from our partners at the University of Glasgow directly inform how we structure sessions on thermodynamics or fluid mechanics, ensuring our methods are tested in a top-tier academic environment.
Tools and Methodologies We Champion
We believe in learning through doing. Our resources and training emphasise the practical tools that define modern engineering. You’ll find our examples and problem sets frequently utilise industry-standard software, including:
- MATLAB for computational analysis and algorithm development.
- SolidWorks for 3D CAD modelling and design principles.
This ensures our peer-led learning sessions are immediately relevant to a student’s coursework and future career.
How Our Team Works Across Europe
Our strength comes from collaboration. We operate in a first-person plural mode, uniting academics and experienced student tutors from the UK, Germany, and Spain to write, test, and refine every part of our model.
A Truly Collaborative European Team
Our editorial team is a cross-border think tank. Weekly virtual workshops and regular transnational meetings ensure that a challenge identified in Berlin is solved with perspectives from Barcelona and Glasgow, creating a robust, culturally-aware framework.
From Theory to Student-Led Sessions
The ultimate test of our work is its application. We train and empower senior students to become effective tutors, transforming our developed framework into live, supportive sessions. This peer-led learning model builds confidence for both tutors and tutees, fostering a stronger, more resilient learning community.
Frequently Asked Questions
What makes the SPEET project different from other tutoring initiatives?
Our project is exclusively focused on engineering, developed by a European consortium of universities under the Erasmus+ Programme. We combine academic research with practical, tool-specific guidance (like using MATLAB and SolidWorks) in a scalable peer-led framework, which is tested cross-culturally for maximum effectiveness.
How can my university or department benefit from this project?
We provide a ready-made, evidence-based framework to establish or enhance a peer tutoring programme specifically for engineering. This saves development time, improves student retention and success rates, and integrates seamlessly with existing coursework and software tools used in your curriculum.
Is the SPEET framework relevant for all engineering disciplines?
Yes. While our examples may come from specific fields, the core methodology—focusing on problem-solving, software application, and conceptual understanding—is designed to be adapted across mechanical, civil, electrical, and other engineering disciplines. The peer-led structure is universally applicable.
How is the project funded and are there costs involved?
The SPEET project is co-funded by the Erasmus+ Programme of the European Union. Our primary aim is to share knowledge and resources freely with the academic community. The core framework, research, and resources we produce are available to partner institutions without charge.
We invite UK universities and engineering departments to join us in building a more supported future for every student.