Combine Laser Hair Removal Course Requirements
This program is designed to teach students in permanent hair removal by electrolysis and preparation to perform laser hair removal as permanent hair reduction method.
The Electrology program consists of 120 hours of academic instructions and 200 hours of clinical applications for a total of 320 clock hours of instruction in Electrology.
This program is designed to train students in permanent hair removal by electrolysis and preparation to perform laser hair removal as permanent hair reduction method.
What is an Electrology Course
The course are designed to give the students a thorough entry-level preparation to work in the field of electrology and laser hair removal. The modern short wave, blend, and galvanic methods are taught in small classes and students gain hands-on experience through clinical applications.
Upon successful completion of the program, graduates may apply for the state licensing exam and the national certification testing. A diploma will be awarded upon graduation from the program.
How to Become an Electrologist or Laser Hair Removal Technician
The State of Florida requires Electrologist to be licensed to work as a Laser Hair Removal Technician. Electrology combine with Laser Hair Removal Courses you will learn about electromagnetic spectrum and the property of light, details characteristic of laser light, laser concept, laser physic and laser action.
Laser and light- based devices terminology. Laser interaction, chromophores absorption and selective photothermolysis. Moreover this course inlcudes types of hazards, laser safety standards, and hazard classification, laser class,and general recommendation in laser hair removal.
Combine Laser Hair Removal Course Requirements
Electrology and Laser Course Description
ELE 110 Introduction to Electrology and History of Hair Removal (15 clock hours)
This course explores the basic concepts of electrology including the types of currently used procedures for temporary hair removal and the three modalities (Galvanic, Thermolysis and Blend) for electrology and how they work, development of hair removal techniques in ancient and present times. (Prerequisite: None)
ELE115 Principles of Electricity (5clock hours)
This course introduces students to the sources and types of electricity, the types of electrology equipment and safety precautions for the Electrologist. Additionally, students will be trained in the basic chemistry and the effects of chemicals on the skin and epilator function and adjustments. (Prerequisite: None)
ELE116 Laser and light-based hair removal physics (5clock hours)
Students will learn about electromagnetic spectrum and the property of light, details characteristic of laser light, laser concept, laser physic and laser action. Laser and light-based devices terminology. Laser interaction, chromophores absorption and selective photothermolysis. (Prerequisite: None)
ELE117 Laser safety and precautions (5 clock hours)
This course includes types of laser hazards, laser safety standards and hazard classification, laser class, classification: control measures, laser protective eyewear requirements and general recommendation in laser hair removal. (Prerequisite: None)
ELE 120 Integumentary Systems (6 clock hours)
Students will learn the structure and function of the skin and appendages relating to electrology, and histology of the follicle and associated organs. (Prerequisite: None)
ELE 125 Circulatory Systems/Nervous System (6 clock hours)
Students will be instructed in the primary function of the vascular and circulatory systems in the maintenance of good health. Students will learn the nervous system to understand the effects of the electrology treatments. (Prerequisite: None)
ELE 130 Endocrine Systems and Diseases of the Glands (6 clock hours)
Students will learn the glands and which cause excess hair growth, types of glandular disease, and the effects of hormonal changes on hair growth. (Prerequisite: None)
ELE 135 Biology of Hair Growth and Disorders (10 clock hours)
This course details the biological makeup of hair follicles and their development. Students will explore dermatology and skin condition and disorders. Students will learn to recognize the disorders and apply appropriate treatment techniques. (Prerequisite: None) ELE 140 Skin Assessment and Temporary Hair Removal (20 clock hours) Students will learn to analyze skin and distinguish different skin types along with the effects of temporary hair removal to assess correct treatment procedures and machine settings. (Prerequisite: None)
ELE 145 Florida State Laws and Regulations Governing Electrology (10 clock hours)
Students are instructed in the rules and regulations set by the State of Florida and the other governing bodies including electrolysis standards, training, and licensure. (Prerequisite: None)
ELE 150 Bacteriology, Sanitation, and Sterilization (10 clock hours)
Students will learn different types of bacteria and bacterial growth and symptoms of bacterial infections. They will explore the function of the autoclave, type of disinfectant agents used in electrology, and the precautions related to sterilization and sanitation. (Prerequisite: None)
ELE 155 Successful Business Management (10 clock hours)
Students will be introduced to the requirements and regulations for starting and/or managing an electrology clinic. Professional ethics and integrity are discussed, and regulations and office procedures are reviewed. (Prerequisite: None)
ELE 165 Consultations (5 clock hours)
This course teaches students the professional aspects of personal and phone consultations including assessment, appropriate questions to ask, relaxing atmosphere, and the overall comfort of the client. (Prerequisite: None)
ELE175 Clinical Applications (200 clock hours)
Students will perform various clinical services under the direct supervision of the instructor. (Prerequisite: All didactic courses)
HIV 100 Blood borne Pathogens Training for Electrology: HIV/AIDS (10 clock hours)
Students will study of the awareness and precautions regarding the prevention of HIV/AIDS transmission and other blood borne pathogens. (Prerequisite: None)