Included with membership

Mai Studies Original · Artificial Intelligence & Generative AI

Low-Code AI: Building Apps Without Coding

Low-Code AI: Building Apps Without Coding is an original Mai Studies programme in artificial intelligence & generative ai. Over 4 weeks and roughly 20 guided hours you work through recorded classes, written notes, practical activities, knowledge checks and assessed tasks marked against a published rubric with an 80% pass mark. All material is written in-house. Mai Studies is independent: no official examination content, question bank, recording or branding from any certification body is reproduced, and completion leads to a Mai Studies completion certificate rather than a regulated or accredited qualification.

4 weeks 20 guided hours Beginner

Included with Mai Studies membership at no extra cost. Fee waivers are available through scholarships and open access.

Low-Code AI: Building Apps Without Coding course artwork

What you will achieve

  • Explain the core principles of low-code ai: building apps without coding in plain language
  • Apply the methods safely and correctly to realistic scenarios
  • Produce a documented portfolio piece assessed against a published rubric
  • Plan your next steps in artificial intelligence and generative AI

Entry guidance

  • No prior experience needed
  • A computer and a reliable internet connection

Original Mai Studies learning material. This is a professional completion programme, not a regulated qualification or university accreditation.

Programme syllabus

3 applied modules

01

Foundations of Low-Code AI: Building Apps Without Coding

Core concepts, vocabulary and working environment for low-code ai: building apps without coding.

02

Applied practice in Low-Code AI: Building Apps Without Coding

Hands-on work that turns theory into a repeatable method for artificial intelligence and generative AI.

03

Portfolio project, assessment and next steps

Produce assessed evidence of your capability and plan the study that follows this programme.