People behind CIRC

Education leadership, intelligent systems and international delivery—working as one team.

CIRC is built around a multidisciplinary team model. Education leaders, curriculum specialists, AI practitioners, robotics engineers, researchers and international programme professionals work together to turn complex technology into safe, rigorous and achievable programmes for schools, students and organisations.

CIRC education, technology and programme specialists collaborating
Our Team · CIRC project-based learning

Education leadership

Applied AI & robotics

International programme delivery

Research-informed practice

Team background

Expertise across the complete journey from strategy to delivery

Our strength is not a single discipline. CIRC combines the people required to define a credible ambition, design the learning, configure the technology, prepare educators, manage delivery and evaluate what changed.

Leadership

Education strategy and institutional development

Team capability includes school and programme strategy, curriculum planning, stakeholder engagement, teacher development and the practical realities of introducing new provision across schools, trusts and international settings.

Technology

AI, software and robotics engineering

Technical work spans applied artificial intelligence, data workflows, computer vision, physical computing, autonomous systems, simulation, sensors, control, robot integration and age-appropriate development environments.

Delivery

International programmes and partnerships

Programme specialists structure school partnerships, cross-border student teams, educator networks, competitions, conferences and multi-stakeholder projects with clear roles, milestones, safeguarding and quality controls.

Industry experience

Practical experience beyond the classroom

CIRC applies professional methods without turning student learning into a simplified product demonstration. Industry practice is translated into accessible project routines, technical standards and evidence that learners can understand and own.

01

AI enablement and responsible adoption

Experience relevant to organisational AI includes opportunity discovery, workflow analysis, knowledge systems, prototype development, data and risk considerations, human oversight, staff capability building and the evaluation of bounded use cases.

02

Robotics and embodied intelligence

The team works across robot configuration, quadruped-platform secondary development, sensing, perception, navigation, human–robot interaction, testing and deployment planning—always connecting system behaviour to reliability and safety.

03

Digital product and application development

Product experience includes user research, requirements, interface and service design, agile teamwork, application prototyping, testing, iteration and technical communication. These methods directly inform CIRC’s student app and innovation projects.

Education experience

Learning design that schools can realistically sustain

Technology becomes educationally valuable only when it fits learner readiness, teacher confidence, curriculum time, safeguarding expectations and available infrastructure. Our education practice is designed around those conditions.

01

Curriculum and project-based learning

Programmes use clear learning outcomes, staged challenge briefs, differentiated pathways, structured team roles, design journals, demonstrations and reflective assessment across Primary, Secondary and High School levels.

02

Teacher and leader development

CIRC supports educators through practical CPD, lesson rehearsal, technical clinics, implementation planning and train-the-trainer models that build confidence and reduce dependence on external delivery.

03

Assessment, inclusion and responsible practice

The team embeds individual accountability, inclusive participation, data awareness, online safety, explainability, ethics and human oversight into both programme design and student evaluation.

International capability

Connecting UK standards with global opportunity

CIRC’s international work is designed as purposeful collaboration rather than occasional cultural exchange. Shared technical briefs, compatible evidence and supported communication help participants create meaningful work across borders.

01

UK–China education and innovation context

Experience with China-facing education and technology projects informs bilingual coordination, school engagement, local delivery planning, technical collaboration and the adaptation of programme expectations across different education contexts.

02

International student teams and challenges

The delivery model covers partner matching, team charters, distributed technical roles, virtual design reviews, common judging criteria, mentor input, competition preparation and jointly presented outcomes.

03

Conferences and professional communities

CIRC can convene school leaders, teachers, researchers and industry practitioners through workshops, showcases and conferences focused on classroom AI, robotics, collaborative learning and scalable implementation.

How we work

A disciplined multidisciplinary operating model

Every engagement is organised around shared evidence, transparent responsibilities and a practical transfer of capability to the client or education partner.

01

Discover and define

Clarify the audience, educational or organisational need, operating context, risk boundaries, success criteria and resources before selecting technology.

02

Co-design and deliver

Education, technical and programme leads develop the solution together, test assumptions early and maintain a visible delivery plan with partner review points.

03

Evaluate and transfer

Review learning, technical performance, participation and operational evidence; document improvements and leave partners with reusable resources, knowledge and next steps.

Build the next programme

Ready to turn AI and robotics into purposeful student work?

We can shape a class project, school pilot, international team or multi-school pathway around your learners.