Departments  >>  Electronics and Communication Engg  >  Programmes


Under Graduate Programmes:
 
Bachelor of Engineering
  • Electronics & Communication Engineering (4 Years)

For syllabus (2011 Batch Onwards) click here
For Old Syllabus (Earlier Batch) click here

This programme is also offered at BIT Deoghar, Jaipur and Patna extension centre

PEO for B.E (Electronics & Communication Engineering)

  1. To develop an ability, enthusiasm and understanding for life-long learning and professional development in the field of Electronics and Communication Engineering.
  2. To develop engineering competence and desire to achieve leadership positions in industry or academia to handle higher responsibilities.
  3. To develop an inclination towards electronics system design and manufacturing.
  4. To develop interest towards higher studies and research.
  5. To develop an aptitude and ability for industrial competence and entrepreneurship.
  6. To enable to acquire practical knowledge of relevant technologies and multi disciplinary fields, including broad social, ethical and environmental issues, within which engineering is practiced.
  7. To develop problem solving approach using analytical abilities, effective communication skills and team work.
  8. To develop awareness and understanding related to societal issues and a sense of commitment to the community and the profession through sincere involvement.

PO for B.E (Electronics & Communication Engineering)

The graduates of this program will

  1. Demonstrate knowledge on fundamental principles and concepts, apart from the knowledge on various systems, standards and their applications related to Electronics and Communication Engineering.
  2. Have ability for in depth analytical and critical thinking in order to conceptualize, analyze, design and improve different kinds of electronic systems and communication applications.
  3. Have ability to use lab equipment using modern tools and relevant simulation software to perform measurements, experiments, design and analysis.
  4. Have ability in written and oral communications to effectively communicate product design and analysis.
  5. Develop know-how in project management and finance to acquire leadership position in industry.
  6. Have ability to investigate and analyze complex problems and development of appropriate solution.
  7. Demonstrate entrepreneurship aptitude and skills.
  8. Have ability to work in a team, besides having awareness of professional code of conduct and ethics, and sensitivity towards social and environmental needs.
  9. Have and interest and aptitude for life-long learning and continuous professional development. 

 

Post Graduate Programmes:

Master of Engineering

Electronics & Communication Engineering

PEO for Instrumentation Engineering

  1. To train the students to excel in the field of instrumentation with an attitude to meet the needs of national and multinational industries.
  2. To develop problem solving approach using analytical abilities, effective communication skills and team work.
  3. To develop engineering competence and desire to achieve leadership positions in industry or academia to handle higher responsibilities.
  4. To develop an aptitude and ability for research and development, this may be reflected by significant contributions in research publications.
  5. To enable to acquire knowledge of relevant technologies and multi-disciplinary fields including broad social, ethical and environmental issues within which the engineering is practiced.
  6. To develop an ability, enthusiasm and understanding for lifelong learning, apart from ensuring professional development in the field of instrumentation and measurement technology.
  7. To create awareness and understanding related to societal issues, apart from developing a sense of commitment to the community and profession with sincere involvement.

PO for Instrumentation Engineering

The graduates of this program are expected to have

  1. In-depth understanding on fundamental principles and concepts of instrumentation, apart from the knowledge on various systems, standards and their applications related to this technology.
  2. An ability for in-depth analytical and critical thinking in order to conceptualize, analyze, design    and improve different kinds of instruments for different applications.
  3. An ability to use lab equipment and different kinds of simulation software to perform measurements, experiments, design and analysis.
  4. Effective written and oral communications skills in order to efficiently communicate design, analysis and research results.
  5. An ability to acquire good positions in industry as well as academia.
  6. Clear insight to appreciate the multidisciplinary nature of the technological field of instrumentation.
  7. An ability to work in team, apart from having awareness of social needs and professional code of conduct, ethics and behavior.
  8. Developed problem solving skills and aptitude.
  9. Promising career in the industry as well as in academic field.
  10. An aptitude for lifelong learning and continuous professional development.

PEO for Microwave Engineering

  1. To develop RF/Microwave engineers to meet the increasing demand for manpower in the field of RF/Microwave communication technology.
  2. To impart in-depth knowledge of RF/Microwave Engineering Theory and Practice sessions by exposing them to various fields like Computational Electromagnetics, RF Circuit Design, MEMS, Antenna and Diversity, EMI & EMC and Microwave Integrated Circuits.
  3. To provide the theoretical basis of Electromagnetic Engineering (basic and advanced) through Advanced Electromagnetic Engineering course.
  4. To train the students in laboratories on the design and implementation of printed Antennas, Filters, and other microwave integrated circuits in   Antenna Lab. and MIC simulation and fabrication lab.
  5. To train the students in the very important aspect related to EMI & EMC by performing hands on experiments on LISN, Current probe, etc. in EMI & EMC lab.
  6. To provide hands-on sessions to develop expertise in software tools like  IE3D, Microwave Office, SONNET, AWR Microwave office, CST and HFSS for RF/wireless antenna design, printed antenna, Filters and other passive and active Microwave circuits.
  7. To provide awareness of the latest trends in the field of study through seminars and assignments based on research papers.
  8. To prepare professionals with advanced knowledge of their respective fields so that they can serve Industry, R&D  Organizations, academic Institutions and pursue further studies.
  9. To develop problem solving approach using analytical abilities, effective communication skills and team work.
  10. To create awareness and understanding related to societal issues, apart from developing a sense of commitment to the community and profession with sincere involvement. 

PEO for Wireless Communication

  1. To develop ability, enthusiasm and understanding for life-long learning, apart from ensuring professional development in the field of wireless communication technology.
  2. To develop engineering competence and desire to achieve leadership positions in industryor academia to handle higher responsibilities.
  3. To develop an aptitude and ability for research and development, this may be reflected by significant contributions in research publications.
  4. To enable to acquire knowledge of relevant technologies and multi disciplinary fields including broad social, ethical and environmental issues within which the engineering is practiced.
  5. To develop problem solving approach using analytical abilities, effective communication skills and team work.
  6. To create awareness and understanding related to societal issues, apart from developing a sense of commitment to the community and profession with sincere involvement.

 

 

Doctoral Programme:

Ph.D

Electronics & Communication Engineering