Application and Document Submission
Fill the application form and submit/post it to any ISBM centre. Include attested photocopies of mark sheets, two latest photographs, and work experience certificate(s).
Bachelors Program in Electronics and Communications
Course Overview
The Bachelor's Program in Electronics and Communications focuses on the design, development, and application of electronic systems and communication technologies. The curriculum encompasses a wide range of topics, including circuit design, signal processing, telecommunications, and embedded systems. Students engage in practical labs and projects that enhance their technical skills, enabling them to build and troubleshoot electronic devices and communication networks. The program emphasizes both theoretical foundations and hands-on experience, preparing graduates for various roles in the electronics and communications industry.
Through exposure to current technologies and industry practices, students gain insights into advancements such as wireless communication, Internet of Things (IoT), and microelectronics. The Bachelor's Program in Electronics and Communications aims to develop innovative engineers who can contribute to the design and implementation of cutting-edge electronic systems that improve communication and connectivity in everyday life.
Course Content:
Semester 1
- Engineering Mathematics
- Basic Electronics
- Digital Systems Design
- Programming in C
- Lab: Digital Systems (using Proteus, CircuitVerse)
Semester 2
- Microprocessor Architecture
- Analog Electronics
- Signals and Systems
- Communication Systems
- Lab: Analog Electronics (using Multisim, TinkerCAD)
Semester 3
- Digital Communication
- Embedded Systems
- Control Systems
- Elective: Microwave Engineering
- Lab: Embedded Systems (Arduino simulation)
Semester 4
- VLSI Design
- Optical Communication
- Wireless Networks
- Lab: VLSI Simulation (Tanner EDA, Cadence tools)
Semester 5
- Satellite Communication
- RF Circuit Design
- Antennas and Wave Propagation
- Lab: RF Design (using ADS, LTSpice)
Semester 6
- IoT and Embedded Systems
- AI for Electronics
- Final Year Project
- Lab: IoT Projects (Cisco Packet Tracer)
Educational Goals:
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Electronic Principles
Provide a strong foundation in the principles of electronics and circuit design.
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Technical Skills (Electronics)
Equip students with hands-on experience in building and testing electronic devices and systems.
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Communication Systems Knowledge
Instill understanding of various communication technologies and protocols.
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Signal Processing Abilities
Foster skills in analyzing and processing signals for effective communication.
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Problem-Solving Skills (Electronics)
Encourage innovative solutions to complex electronic and communication challenges.
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Collaboration (Electronics)
Develop teamwork skills through group projects and interdisciplinary collaboration.
Professional Paths:
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Electronics Engineer
Design and develop electronic systems and components for various applications.
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Telecommunications Engineer
Work on the design and implementation of communication networks and systems.
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Embedded Systems Engineer
Develop embedded systems for consumer electronics, automotive, and industrial applications.
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Signal Processing Engineer
Analyze and process signals for communication and multimedia applications.
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Field Service Engineer
Provide technical support and maintenance for electronic and communication systems.
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RF Engineer
Design and optimize radio frequency systems for wireless communication.
FAQ's
Get Every General Answers From Here
ISTM is known for its distinctive approach that integrates technology and management
education. The institute emphasizes a holistic learning experience that equips
students with both technical expertise and managerial skills, preparing them for
dynamic careers in modern industries.
ISTM has specific admission criteria for different programs, typically including
academic qualifications, and sometimes work experience.
Prospective students should regularly check the institute's official website for
updated eligibility criteria and admission processes.
The institute provides comprehensive study materials, online resources, and
continuous support from academic advisors. Additionally,
periodic assessments and examinations are conducted to evaluate students' progress
and ensure learning outcomes are met.
Pursuing distance learning with ISTM offers several advantages, including
flexibility in scheduling, allowing students to balance their studies with
professional and personal commitments. Additionally, students have access to quality
education from experienced faculty members, industry-relevant curriculum, and
networking opportunities with fellow professionals.
