Surgical technologists (also called scrub techs or operating room technicians) assist surgeons, anesthesiologists, and other surgical team members before, during, and after surgical procedures. They prepare the operating room by sterilizing and arranging surgical instruments, equipment, and supplies. During surgery, they pass instruments to the surgeon, hold retractors, cut sutures, manage surgical specimens, maintain the sterile field, and anticipate the surgeon’s needs throughout the procedure. After surgery, they help transport the patient, count instruments and sponges to ensure nothing is left inside the patient, clean and prepare the operating room for the next case, and reprocess surgical instruments for sterilization. Surgical technologists are essential members of the operating room team, and their skills directly affect patient safety and surgical outcomes.
Education Pathway
Certificate or Associate Degree (9 months to 2 years): Surgical technology programs are offered at community colleges, vocational schools, and some universities. Certificate programs typically take 9 to 15 months, while associate degree programs take 2 years. Both include coursework in anatomy, physiology, microbiology, surgical procedures, aseptic technique (maintaining sterility), pharmacology, patient care, and extensive clinical rotations in operating rooms. The associate degree provides a broader education and may improve career advancement opportunities. Programs must be accredited by CAAHEP (Commission on Accreditation of Allied Health Education Programs). Certification: After completing an accredited program, most graduates take the Certified Surgical Technologist (CST) exam administered by the National Board of Surgical Technology and Surgical Assisting (NBSTSA). Certification is not required in all states but is preferred by most employers and required in some. Some surgical technologists also earn additional certifications as Surgical First Assistants (CSFAs), which allows them to take on expanded roles including tissue handling, suturing, hemostasis, and wound closure under the surgeon’s direction.
What Surgical Technologists Do
Pre-Operative: Before each surgical case, the surgical technologist reviews the procedure with the surgical team, sets up the operating room with the specific instruments, supplies, and equipment needed for the case, performs a pre-operative count of all instruments, sponges, and sharps (needles and blades), and assists with patient positioning and preparation (draping the surgical site, applying antiseptic solutions). Preparation requires detailed knowledge of surgical procedures across multiple specialties because you must anticipate which instruments the surgeon will need and in what order.
Intra-Operative: During the procedure, the surgical technologist works in the sterile field alongside the surgeon. You pass instruments and supplies to the surgeon with precision and anticipation (knowing which instrument comes next before the surgeon asks is the hallmark of an excellent scrub tech), retract tissue to provide the surgeon with visibility, prepare and hand off surgical sutures, operate specialized equipment (electrocautery, suction, irrigation), manage surgical specimens (labeling and handling tissue removed during the procedure for pathology analysis), and maintain strict aseptic technique throughout the case. Surgical cases can last from 30 minutes (a routine hernia repair) to 8 or more hours (a complex cardiac or transplant surgery), and you must maintain focus, composure, and stamina throughout.
Post-Operative: After the procedure, you assist with wound closure and dressing application, perform the final count of instruments, sponges, and sharps (a critical patient safety step that prevents retained surgical items), transport the patient to the recovery area, clean and prepare the operating room for the next case, and send surgical instruments for reprocessing and sterilization. You then set up for the next procedure and repeat the cycle. A busy surgical technologist may scrub for 3 to 6 cases per day.
Salary and Job Outlook
The median annual salary for surgical technologists is approximately $60,370 according to the Bureau of Labor Statistics. Salaries range from approximately $42,000 for entry-level positions to $80,000+ for experienced technologists in high-volume surgical centers, travel positions, or specialized roles (cardiac, neurosurgery, robotics). The profession is projected to grow 5 percent through 2032. The educational investment is among the lowest in healthcare (certificate programs cost $5,000 to $15,000; associate programs cost $10,000 to $30,000), making the return on investment strong for students who want to enter healthcare quickly with minimal debt. Career advancement paths include surgical first assistant (CSFA), operating room management, educator (surgical technology program instructor), and vendor representative (surgical equipment and supply companies).
Advantages and Challenges
Advantages: Short and affordable training, the excitement of working in the operating room (surgery is one of the most dynamic and fast-paced environments in healthcare), the satisfaction of directly contributing to patient outcomes, no patient communication burden (unlike nursing or physician roles, surgical technologists have minimal direct patient interaction, which appeals to some individuals), strong job stability, and the variety of surgical specialties you can work in (orthopedics, cardiac, neurosurgery, general, plastic, ophthalmology, and many others).
Challenges: The physical demands (standing for hours during long cases, maintaining focus in a high-stakes environment), exposure to blood, surgical smoke, and infectious agents, the emotional difficulty of cases that have poor outcomes, shift work in hospital settings, the relatively lower salary compared to other healthcare professions (reflecting the shorter training pathway), and the repetitive nature of high-volume surgical practices where the same procedures are performed repeatedly.
Getting Started
Middle school: Explore science and develop attention to detail. High school: Take biology, chemistry, and anatomy if available, volunteer in hospitals, and learn about surgical careers. Post-high school: Enroll in a CAAHEP-accredited surgical technology program, complete clinical rotations, and pass the CST certification exam.
Robotic Surgery: The increasing adoption of robotic surgical systems (such as the da Vinci Surgical System and newer platforms) is creating new opportunities and responsibilities for surgical technologists. In robotic-assisted surgery, the surgeon operates from a console while robotic arms manipulate instruments inside the patient through small incisions. The surgical technologist assists by setting up the robotic system and sterile draping, positioning and docking the robotic arms, exchanging instruments during the procedure, managing the sterile field around the robotic arms, and troubleshooting equipment issues. Robotic surgery is used in urology, gynecology, general surgery, cardiac surgery, and other specialties, and its use is expanding rapidly. Surgical technologists who develop expertise in robotic systems are in high demand and may command higher salaries than their counterparts in traditional open or laparoscopic surgery.
The Surgical First Assistant (CSFA): Experienced surgical technologists can advance to the role of Certified Surgical First Assistant (CSFA), which involves a significantly expanded scope of practice. CSFAs actively participate in the surgical procedure beyond passing instruments: they provide tissue exposure (retracting, cutting, and manipulating tissues under the surgeon’s direction), achieve hemostasis (controlling bleeding using electrocautery, sutures, or surgical clips), place sutures and close wounds, apply surgical dressings, and assist with complex procedural steps that require an additional trained set of hands. CSFA certification requires additional education (a first assistant training program) and passing a certification exam. CSFAs earn higher salaries ($70,000 to $100,000+) and enjoy greater professional status and clinical responsibility than entry-level surgical technologists.
Specialization by Surgical Service: Many surgical technologists develop expertise in a specific surgical specialty by consistently scrubbing cases within that service. Orthopedic surgical technologists become proficient with joint replacement instrumentation, fracture fixation hardware, and arthroscopic equipment. Cardiovascular surgical technologists manage the specialized instruments and equipment used in open heart surgery, including cardiopulmonary bypass (heart-lung machine) interface, and develop the extended focus and stamina required for cases that may last 6 to 10 hours. Neurosurgery technologists work with microsurgical instruments, stereotactic navigation systems, and the delicate precision required for brain and spinal cord procedures. Specialization within a surgical service typically develops through on-the-job experience rather than formal training, and specialized technologists are highly valued by their surgical teams.
References
Bureau of Labor Statistics. “Surgical Technologists.” BLS, 2025. https://www.bls.gov/ooh/healthcare/surgical-technologists.htm. Accessed March 2026.