Harvey Hayes's Email & Phone Number

💼 Past Experience

Some of the different technologies and equipment used by telephone engineers include copper, coaxial cable, fiber, and radio technologies. Copper is the most commonly used media, as it is Tape and Reel, voice, text, and image data cable. Copper is a reliable and popular medium for telephone engineeringaves a long operating life and is unaffected by many environmental contaminants. Conventional coaxial cable has significantly less noise and EMF than other types of cabling, which is why copper is often used as the network backbone for telecommunications networks. fiber is a new type of telecommunications cable that has the potential to provide much higher speeds and better reliability than copper. Fiber is being increasingly used in current telephone systems as it is much less vulnerable to elements such as weather, pests, and vandals. Fiber transmission lines are also much more resistant to fire, so they are ideal for data centers, engineering workshops, video conferencing, and other high-traffic areas. Radio Frequency Identification (RFID) is another technology that telephone engineers use frequently. RFID is a type of encryption that uses radio waves to track objects, such as items in a store or office, and provides great security for data and other valuable information. RFID tags are attached to objects and can be read by RFID readers.

🎓 Education

Harvey Lee Hayes has a degree in Electrical and Electronics Engineering from Case Western Reserve University. Harvey also has two years of coursework in education from George Brown College and Augusta State University, totaling 12 months of coursework. Harvey Lee Hayes's education provides him with the knowledge and experience necessary to pursue a career in education.

💡 Technical & Interpersonal Skills

Harvey Lee Hayes has extensive experience in the field of electronic security and has designed and oversaw the installation of telecommunications equipment and facilities. His work also overlaps heavily with broadcast engineering. His experience in electronic security and broadcast engineering allows him to develop and evaluate current EAS technologies and anti-countermeasures technologies.