- Baccalaureate, Masters
- 3.7
- Diploma, Associate
- 3.6
- Certificate
- 4.8
- Certificate
- 2.6
- Baccalaureate
- 4.4
- Certificate, Masters
- 3.8
- Certificate
- 3.8
- Associate
- Not found.
- Certificate, Associate
- 3.7
Overview of a Cytotechnology Program
A cytotechnology program provides students with the knowledge and skills to work in a clinical laboratory as a cytotechnologist. A cytotechnologist specializes in examining slides of cells under a microscope for the purpose of making diagnoses. This type of program generally consists of both classroom instruction and laboratory experience.
In a cytotechnology program, a student will learn the fundamentals of cell biology and anatomy. They will also take classes in medical terminology, pathology, and clinical laboratory science. Students may take courses in hematology, histology, immunology, microbiology, and genetics as well.
The laboratory component of the program is designed to introduce students to the techniques used by cytotechnologists through hands-on training working in a clinical experience.
Program Scope
A cytotechnology program provides students with the knowledge and skills to examine slides of cells under a microscope for the purpose of making diagnoses. It combines classroom instruction, laboratory experience, and hands-on training in various areas such as cell biology, pathology, hematology, histology, immunology, microbiology, genetics and medical terminology.
Types of Cytotechnology Programs Available
Cytotechnology programs aim to educate students in the area of cytotechnology, which centers on the microscopic examination of body cells to identify abnormal conditions such as cancer, viral and bacterial infections. These programs offer a variety of different courses and specialties that prepare students for successful careers in the field. Depending on a student’s interests, there are several types of cytotechnology programs available today.
1. Bachelor’s Degree in Cytotechnology
2. Master’s Degree in Cytotechnology
3. Doctoral Degree in Cytotechnology
4. Certificate in Cytotechnology
5. Professional Certification Programs in Cytotechnology
6. Post-Baccalaureate Program in Cytotechnology
7. Clinical Internship Program for Cytotechnologists
8. Online Cytotechnology Program
Clinical Training Experiences
Clinical training experiences are an integral part of a cytotechnology program, as they provide students with the opportunity to gain the practical experience necessary for success in the field. During their clinical training, students will typically work under the direct supervision of experienced cytotechnologists in both hospital and laboratory settings. As part of their training, students will learn how to identify and report abnormalities on cell samples, follow standards of practice for specimen collection and preparation, and use equipment such as microscopes to analyze slides and document their findings. Additionally, clinical training provides students with an understanding of the medical implications of their findings and allows them to gain insight into how they can apply their knowledge in real-world scenarios.
Coursework in a Cytotechnology Program
Coursework in a Cytotechnology Program typically includes coursework in biology, chemistry and physics, as well as specialized courses in cytology. Students may take courses in cell physiology and pathology, tissue culture techniques, imaging technology and laboratory management. In addition, they will learn how to collect cells for examination and analysis using cytology techniques such as pap smears and fine needle aspirations.
National Certification Examination and Board of Certification
Completing a bachelor’s degree program accredited by CAAHEP is recommended for aspiring cytotechnologists to be eligible for ASCP BOC certification exams, although not all states require certification and licensure. The American Society for Clinical Pathology (ASCP) was established in 1928 and has been providing credentials to medical and laboratory technicians for over 90 years. The certification in cytotechnology (CT) was first established in 1957, and the most recent addition was the specialist in molecular biology (SMB) in 2018. The number of laboratory professionals holding an ASPC certification is currently over 560,000.
Job Placement Rates for Cytotechnology Program Graduates
Finding a job after college is often one of the biggest concerns for graduates. Fortunately, cytotechnology program graduates have an excellent job placement rate. Graduates from accredited cytotechnology programs find work in diagnostic laboratories and research facilities across the country. In fact, the American Society for Clinical Pathology (ASCP) reports that more than 90% of its certified cytotechnologists are employed within six months.
How much does a cytotechnology program cost?
A cytotechnology program can cost anywhere from $5,000 to $50,000 depending on the school and program length. Most programs range from one to two years in length with an average cost of around $20,000. This cost includes tuition, books, laboratory fees, and any other additional fees associated with the program.
Pre-requisites and Requirements
Cytotechnology programs are specialized post-graduate degree programs that train students to become experts in the field of cytology, which is the microscopic study of cells. While many cytotechnology programs vary in terms of curriculum and course offerings, all share common prerequisites and requirements for admission.
Generally, applicants must have a bachelor’s degree from an accredited college or university before they can attend a cytotechnology program.
Licensing and Certifications
Cytotechnology programs prepare students for careers in the field of cytology, which involves studying cells under a microscope. As part of their education, individuals must complete various certifications and licensing processes to become certified to practice in the field.
In many states, individuals must acquire certification from a recognized accrediting agency, such as the American Society for Clinical Pathology (ASCP), in order to become a cytotechnologist. This certification requires the completion of a formal education program in cytotechnology at an accredited institution, such as a college or university. These programs typically involve classes in anatomy and physiology, medical terminology, laboratory skills, and medical laboratory science.
In addition to coursework, students must have some hands-on experience with actual slides and specimens containing abnormal cells. An accredited cytotechnology program will include the required clinical training to provide this hands-on experience.
