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Questions and Answers
Telecommunication engineers are responsible for designing and overseeing the installation of only electronic switching systems.
Telecommunication engineers are responsible for designing and overseeing the installation of only electronic switching systems.
False
Telecommunications engineering is a subfield of civil engineering.
Telecommunications engineering is a subfield of civil engineering.
False
Telecom engineers use only wireless modes of communication to design the telecom network infrastructure.
Telecom engineers use only wireless modes of communication to design the telecom network infrastructure.
False
Telecommunications engineers are responsible for providing low-speed data transmission services.
Telecommunications engineers are responsible for providing low-speed data transmission services.
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Telecommunications engineering is connected to only electronic engineering.
Telecommunications engineering is connected to only electronic engineering.
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Telecommunications engineers only provide solutions for wired modes of communication and information transfer.
Telecommunications engineers only provide solutions for wired modes of communication and information transfer.
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Telecommunications engineering is a subfield of electronics engineering.
Telecommunications engineering is a subfield of electronics engineering.
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Telecommunications engineers are responsible for providing medium-speed data transmission services.
Telecommunications engineers are responsible for providing medium-speed data transmission services.
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Telecommunications equipment and facilities include microwave transmission systems.
Telecommunications equipment and facilities include microwave transmission systems.
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Telecommunications engineering is completely separate from broadcast engineering.
Telecommunications engineering is completely separate from broadcast engineering.
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Telecommunications engineers use only twisted pair and coaxial cables to design the telecom network infrastructure.
Telecommunications engineers use only twisted pair and coaxial cables to design the telecom network infrastructure.
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Telecommunications engineering is a diverse field of engineering connected to only electronic and civil engineering.
Telecommunications engineering is a diverse field of engineering connected to only electronic and civil engineering.
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Study Notes
Telecommunications Engineering
- Telecommunications engineering is a subfield of electronics engineering that aims to design and develop systems for communication over a distance.
- The work of a telecommunications engineer ranges from basic circuit design to large-scale developments.
Responsibilities of a Telecommunications Engineer
- Responsible for designing and overseeing the installation of telecommunications equipment and facilities.
- Facilities include complex electronic switching systems, plain old telephone service facilities, optical fiber cabling, IP networks, and microwave transmission systems.
Fields of Overlap
- Telecommunications engineering overlaps with broadcast engineering.
Connection to Other Fields of Engineering
- Telecommunications engineering is connected to electronic, civil, and systems engineering.
Key Responsibilities
- Providing high-speed data transmission services.
Equipment and Media Used
- Various equipment and transport media are used to design telecom network infrastructure.
- Common media used in wired telecommunications include twisted pair, coaxial cables, and optical fibers.
Wireless Communication Solutions
- Telecommunications engineers provide solutions for wireless modes of communication, including:
- Wireless telephony services
- Radio and satellite communications
- Internet
- Wi-Fi
- Broadband technologies
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Description
Test your knowledge of telecommunications engineering, from circuit design to system installation and maintenance. Learn about telecommunications equipment, facilities, and networks. Evaluate your understanding of complex electronic switching systems, optical fiber cabling, and more.
