GCRB registration is voluntary. The GCRB registry was accredited in 2016 by the Professional Standards Authority under its Accredited Registers programme. Over 200 genetic counsellors are currently registered through the GCRB. Genetic Counsellors trained through the STP programme are expected to be eligible to apply for statutory regulation through the Health Care Professions Council and it is planned that soon there will be equivalence arrangements with the GCRB to ensure statutory regulation for GCRB registered genetic counsellors. In order to be eligible for GCRB credentialing, one of two sets of requirements must be met: completion of a 2-year Master's of Science degree and 2 years of experience as a genetic counselor, or completion of a 3-year combined Master's program and work-based training. In addition, a portfolio including a 50 case logbook, evidence of supervision, case studies, essays, and recorded counseling sessions is required. In order to be eligible for EBMG credentialing, a Master's of Science in genetic counseling is required, along with a portfolio including a logbook of 50 cases, case studies, references, and reflective essays. Both the EBMG and the GCRB also offer an alternative route to credentialing in which the applicant completes a nursing degree. Reciprocity (internationally and locally) The GCRB offers credentialing for internationally trained genetic counselors. Australia/New Zealand There are an estimated 430 GCs and trainees in Australia and New Zealand, where genetic counseling is a patient-centered, psychotherapeutic process. In order to practice as a GC, individuals must first attain a recognized Master's degree, after which time they can practice as an Associate. Then, following at least two years of supervised practice and successful passing of assessment as set by the Australasian Society of Genetic Counsellors' Board of Censors, an individual can then be accredited by the Human Genetics Society of Australasia and registered through the National Alliance of Self Regulating Health Professions as an independent GC. Most GCs practice in public or private hospital settings, but roles in private ambulatory care, genomic diagnostic laboratories, industry, and in academia (teaching and research) are becoming increasingly common. Both public and private healthcare services are available in Australia and New Zealand. Genetic services are offered through the public health system in all states and territories. In the public system, genetic testing is paid for by the State Governments when the test is deemed clinically appropriate by the GC and clinical geneticist. GCs in private practice may also offer