A comprehensive training program designed for aesthetic professionals and practitioners seeking specialized expertise in laser and light-based hair reduction and hair removal procedures, with a focus on skin and hair anatomy, laser science, patient assessment, treatment planning, safety protocols, complication management, and the delivery of safe, effective, and evidence-based treatments in aesthetic and clinical practice.
Enrolling in our programs gives you exclusive 1-year access to the CambVue Learning Management System, designed to support your professional growth with advanced aesthetic medical education resources and career-focused guidance.
Ability to assess skin and hair type, select appropriate laser and light-based technologies and treatment parameters, design personalised hair reduction plans, and execute procedures with clinical precision while ensuring patient safety and optimal treatment outcomes.
Ability to deliver accurate, controlled, and consistent laser and light-based treatments through precise device handling, correct parameter selection, and safe energy application tailored to individual skin and hair characteristics.
Ability to conduct professional consultations, assess patient suitability, manage expectations, provide clear pre- and post-treatment guidance, and maintain strong patient communication throughout the treatment journey.
Ability to confidently perform laser hair removal procedures independently, follow clinical safety protocols, manage treatment outcomes, handle complications appropriately, and operate within professional aesthetic practice standards.
Comprehensive curriculum covering laser physics and light-based technology principles, skin and hair interaction, Fitzpatrick skin typing and hair growth cycles, device selection and parameter optimization, laser hair reduction techniques for different body areas, patient consultation and assessment, treatment planning and mapping, safety protocols and eye protection standards, contraindications and risk management, complication prevention and management, and long-term post-treatment care and maintenance protocols.
In-depth study of laser physics and light-tissue interaction, wavelength selection and absorption principles, selective photothermolysis, hair follicle anatomy and hair growth cycles (anagen, catagen, telogen), Fitzpatrick skin typing and its impact on treatment settings, energy delivery parameters including fluence, pulse duration and spot size, clinical indications and contraindications, safety protocols including eye protection and thermal injury prevention, and the biological response of hair follicles to laser and light-based hair reduction treatments.
In-depth study of laser energy principles, wavelength characteristics, selective photothermolysis, and the interaction of light energy with skin chromophores such as melanin and hemoglobin, including heat generation, tissue response, and controlled follicular damage for safe and effective hair reduction.
Comprehensive understanding of Fitzpatrick skin types, hair structure, pigmentation levels, and hair growth cycles, and how these factors influence laser parameter selection, treatment efficacy, and risk assessment for safe clinical outcomes.
Overview of different laser systems and light-based devices used in hair removal, including diode, Nd:YAG, alexandrite, IPL systems, their wavelengths, indications, limitations, and suitability for different skin and hair types.
Structured approach to patient assessment, medical history evaluation, contraindication screening, expectation management, treatment goal setting, and development of individualized laser treatment plans based on clinical findings.
Hands-on understanding of device operation, parameter adjustment (fluence, pulse duration, repetition rate), spot size selection, treatment technique execution, and safe handling protocols to ensure effective and controlled hair reduction.
Focused training on treating different anatomical areas such as face, underarms, bikini line, legs, and sensitive regions, including variations in technique, skin response, and safety considerations for each treatment zone.
Guidelines for patient preparation before treatment, including skin cleansing and patch testing, as well as post-treatment care such as cooling, sun protection, skincare advice, and monitoring for expected skin responses.
A structured, skill-based training pathway combining theoretical instruction, laser science education, skin and hair anatomy, laser safety principles, live demonstrations, hands-on practical training, patient assessment techniques, treatment planning, case-based learning, clinical mentorship, and competency-based assessments in laser and light-based hair removal procedures
Develop clinical precision, technical control of laser and light-based devices, skin-safe treatment application techniques, patient consultation and assessment skills, supervised hands-on clinical practice, and professional confidence to deliver safe, effective, and long-lasting laser hair reduction results across diverse skin and hair types.
MBBS, Academic Director of the College of Royal Aesthetic, Fellowship in Aesthetic Medicine, Member of the International Board of Regenerative Medic...
American Council of Aesthetic Medicine & Surgery
Pay the full fee at enrolment, or pay LKR 30,000 now to register and settle the balance before the cohort starts.
Beauty Therapists , Cosmetologist, Nurses, Aesthetic Practitioners , Clinic Assistants
