THE ACADEMIC PROGRAMME OF THE INSTITUTION MAINLY CONSISTS OF SECTIONS ‘A & B’ EXAMINATIONS, POPULARLY KNOWN AS THE AMIIE EXAMINATION.
DIPIIE in Electronics and Telecommunications Engineering
Information For:
- Home
- Examination
- R&D
- Application Status
- Apply Membership Online
- RTI Information & Reply
- Awards
- Become Student's Chapter
- Online Verification
- Placement Service
- Alumni Association
- Approval & Recognition
- AMIIE(B.Tech./B.E.)
- DIPIIE-DMIIE-TMIIE(Diploma)
- List of Student's Chapter
- Our Vision
- Circular/Notice/Tender
- Hall Ticket
- Examination Result
- Vacancy & Career
- Global Linkage
- Downloads
Key Highlights of the AMIIE
- Project based learning through industry collaborations.
- Focus on skill building & practical implementations.
- Interactive sessions with industry experts through Student's Chapter.
About
Electronics and Telecommunications Engineering involves the design, development, and maintenance of communication systems, including wireless networks, satellite systems, and broadband services. Engineers in this field focus on improving connectivity through advanced technologies like 5G, IoT, and optical fiber. They work on designing efficient communication systems, optimizing signal processing, and ensuring secure, high-quality transmission of data. This field is crucial for the ongoing advancement of global communication infrastructure.
Career
A career in Electronics and Telecommunications Engineering offers diverse opportunities in industries like telecommunications, broadcasting, networking, and data communication. Engineers in this field design, develop, and maintain communication systems, working on technologies such as 5G, satellite systems, optical fiber, wireless networks, and internet of things (IoT). Their work is integral to improving connectivity, data transmission, and system performance across the globe.
Key roles include telecommunications engineer, responsible for designing and optimizing communication networks; network engineer, who works on the installation, maintenance, and improvement of communication infrastructures like LAN, WAN, and mobile networks; RF (Radio Frequency) engineer, focusing on wireless communication systems; and signal processing engineer, working to enhance the quality and speed of data transmission.
Electronics and Telecommunications Engineers may also specialize in areas like cybersecurity, working to secure communication networks, or in emerging fields like 5G technology and IoT systems. With the global demand for improved communication systems, the career offers strong job prospects, growth potential, and attractive salaries.
Job Prospects
Strong Demand: Growing need for engineers in telecommunications, networking, and broadcasting sectors.
Expanding Roles: Opportunities in network design, system engineering, wireless communication, and cybersecurity.
Global Reach: Job opportunities available worldwide due to technological advancements.
Career Growth: Competitive salaries with strong potential for career advancement.
Remuneration
Electronics and Telecommunications Engineers typically earn between $60,000 and $110,000 annually. Senior engineers or those specializing in high-demand fields like 5G, IoT, or cybersecurity can earn over $120,000, with additional benefits and bonuses.
Section-A
Section-B
- STRENGTH OF MATERIALS
- FLUID MECHANICS
- MATERIAL SCIENCE & ENGINEERING
- WORKSHOP TECHNOLOGY
- ENVIRONMENTAL ENGINEERING
- METROLOGY
- TECHNICAL ENGINEERING DRAWING
- ESTIMATING & COSTING
- DIGITAL ELECTRONICS
- ELECTRICAL CONTROL SYSTEM
- ELECTRICAL DEVICE & CIRCUIT
- ELECTRICAL MACHINES
- ELECTRICAL TECHNOLOGY
- ELECTROMAGNETIC FIELD THEORY
- NON-CONVENTIONAL ENERGY SOURCES
- THEORY OF MECHANICAL ENGINEERING
- TRANSMISSION & DISTT. OF ELECT.
- UTILIZATION OF ELECTRICAL ENERGY
What Is AMIIE?
Full form of AMIIE is “Associate Member of the Indian Institution of Engineers”. AMIIE is a professional certification given by Indian Institution of Engineers (IIE).