Course Description:
This course is for professionals looking to deepen their General Communications Technician Level 2 (GCT2) certification. It is an advanced, journeyman-level program that builds upon the foundational skills introduced in the GCT1 certification. It is designed to align with the extensive communication standards of the private wireless industry, incorporating detailed technical aspects and adhering to the U.S. Department of Homeland Security (DHS) guidelines similar to those in the COMT program. The GCT2 certification delves into more complex and sophisticated areas of radio communications, preparing technicians and engineers to tackle challenging scenarios in public safety communications and the business/commercial radio sectors. Candidates pursuing the GCT2 certification must demonstrate a deeper understanding of intricate skills and advanced troubleshooting techniques.
To qualify for the GCT2 certification, candidates must have previously earned the GCT1 certification or the Associate CETa as a foundational prerequisite. Additionally, practical experience in the industry and a firm grasp of best practices in public safety are essential. The GCT2, like all levels of the GCT program certifications, requires maintenance to ensure that certified professionals stay up-to-date with the evolving standards and practices in the field. This certification not only acknowledges the advanced technical proficiency of the candidates but also prepares them for the complex challenges they may encounter in their professional roles.
- The course exceeds ETA-I competencies’ standards for GCT 1 & GCT 2 certification testing.
- Includes core competencies of APCO/ANSI 3.107.1.2015 communications technician standard.
Duration: 3 days
Prerequisites: Current GCT1 or Associate CET (CETa) Certification
Requirements: Please bring your service monitor
Recommendations: None
FCC / ETA Certifications: Available
Topics Covered:
- Safety
- Electronic and Electrical Principles
- Fundamentals of Radio Systems
- Tools, Methods, and Test Equipment
- Connectorization
- Power Systems
- Antennas, Transmission Lines, and Towers
- Operating Principles of Radio and Electronic Communications Equipment
- Networks – Serial Data, Internet Protocol (IP) to Wireless
- Fiber Optic Systems
- Telephony
- Satellite Communications Concepts
- Physical Plant and Site procedures