A barrister-led course designed to equip you with the knowledge, skills and strategic insight to build and manage a compliant, effective and future-proof Public Access practice. 

This course empowers barristers to navigate the Public Access (PA) framework with clarity and confidence. Covering every stage of the client journey—from pre-instruction to practice management—it provides the regulatory, operational and commercial tools you need to strengthen your practice. Whether you’re new to Public Access or want to enhance how you manage PA clients, this course will guide you through the key risks, responsibilities and opportunities involved.

What will you learn?

After completing this course, you will be able to:

• Understand the purpose, scope and advantages of the Public Access scheme.
• Distinguish between public access, licensed access and Public Access.
• Know the BSB requirements for PA accreditation, including post-PQE limitations.
• Assess client suitability, set clear instructions and manage client care in a PA context.
• Identify and manage vulnerable clients with appropriate care and professionalism.
• Understand the rules around intermediaries, client communication and fee structures.
• Apply key regulatory frameworks including AML, LSAG and the Proceeds of Crime Act.
• Develop systems for practice management, file retention, data protection and GDPR compliance.
• Leverage technology, innovation and business planning to build a sustainable and strategic PA practice.
• Navigate the boundaries of “conducting litigation” and ensure compliance with BSB guidelines.

Who is this course for?

This course is designed for: 

• Practising barristers who wish to become or are currently Public Access qualified.
• Less than 3 years’ PQE barristers exploring Public Access practice under restricted conditions.
• Barristers' Chambers seeking to future-proof their public access offering.
• Clerks and practice managers responsible for supporting PA operations.
• Legal professionals looking to better understand the regulatory framework around PA instructions.