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123 Creative Lane London, SW1A 1AA United Kingdom
123 Creative Lane London, SW1A 1AA United Kingdom
In Australian education, your digital presence is your first campus visit. Parents researching schools, students comparing universities, professionals looking for registered training they all judge the quality of your institution by the quality of your website before they ever step
through the door or log into your platform.
At Devoq Design, we bring specialist experience in Australian education web design across the full education spectrum from K 12 schools and independent colleges through to ASQA registered RTOs, universities, and EdTech startups building the next generation of learning technology.
Our education platform design combines deep understanding of Australian education stakeholder journeys students, parents, employers, and educators with conversion focused design that drives enrolment enquiries, campus tour bookings, and online course purchases
Education is a high consideration decision for Australian students and parents. Your platform design either helps them choose you or gives them a reason to look elsewhere
Parent and student-facing websites for Australian K 12 schools, independent colleges, and community education centres designed to communicate culture, values, and academic outcomes.
Learning management system interfaces and student portals designed for engagement and clarity reducing the friction between students and their coursework.
ASQA compliant website design for Registered Training Organisations with clear qualification pathways, RPL information, and enrolment flows designed for matureage and career change students.
Complex information architectures for Australian universities course finders, faculty pages, research portals, and prospective student journeys designed for clarity at scale.
UI/UX design for Australian EdTech startups building learning apps, assessment platforms, tutoring marketplaces, and educational games from MVP through to growth stage product redesigns.
Multi step application and enrolment flows designed to reduce abandonment with progress indicators, document upload UX, and clear next step guidance throughout.
RTOs must meet specific disclosure requirements on their websites. Universities must follow TEQSA guidelines. We design compliant platforms that don't sacrifice user experience in the name of regulatory boxticking.
Education websites serve multiple audiences simultaneously prospective students, current students, parents, alumni, and employers. Designing a single platform that serves all without confusing any is a genuine UX challenge.
Australian education providers often offer dozens or hundreds of courses across multiple qualification levels. Organising this content so prospective students can find the right course quickly requires specialist IA work.
Both domestic and international students have more choices than ever. Your platform needs to communicate your unique value proposition outcomes, culture, support convincingly and quickly.
Stakeholder Mapping
Content Audit & IA
Enrolment Journey Design
Visual Design & Brand
Development & CMS Build
SEO & Enrolment Optimisation
Yes. We work with a number of ASQA registered RTOs and are familiar with the specific
disclosure requirements for training organisation websites under the Standards for RTOs 2015.
We design compliant websites that present your qualifications compellingly.
Both. We can design custom LMS interfaces built to your specific pedagogical requirements, or
we can redesign the learner facing experience within existing platforms like Moodle, Canvas, or
Thinkific
We design with multilingual capability from the start including right to left language support
where required. For international student recruitment specifically, we design dedicated pathways
with translated content structures, application guides, and support information.
A school website typically takes 6–8 weeks. A university or large RTO with complex course
catalogues may take 12–20 weeks. EdTech product design engagements are scoped individually
based on product complexity.
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