About Us
The fast pace of change occuring at almost every moment in the world today owes its driving synergy to the discipline of Communication Engineering. ‘Electronics and Communication Engineering’ deals with analog and digital transmission, reception of data, voice and video, basic electronics, solid state devices, microprocessors, digital and analog communication, analog integrated circuits, satellite communication, microwave engineering, antennae and wave progression. It also deals with the manufacturing of electronic devices, circuits, and communications equipment like transmitters, receivers, integrated circuits, microwaves, and fiber among others.
‘Electronics and Communication Engineering at Vikramshila aims to provide thorough grounding in basic fundamentals and concepts of the branch. It also lays emphasis on problem solving and implementation skills of the students to equip them in their professional work involving analysis, system implementation, operations, production, and maintenance of the various applications in the field of Electronics and Communications Engineering.
Highlights & Key Strength
Highlights:
1. Post SSC Diploma Course in Mechanical Engineering.
2. Sanctioned Intake Capacity 60.
3. Affiliated to M.S.B.T.E.
4. Approved by All India Council Of Technical Education (AICTE), New Delhi & Director Of Technical Education (DTE) Maharashtra
Key Strength:
1. Labs are furnished and stocked with latest equipment and infrastructure facilities.
2. Young, dynamic and motivated staff.
3. Active participation and involvement of alumni is ensured.
4. Many of our alumni are well established entrepreneurs.
5. Regular Industrial visits and Guest lectures.
Program Objectives:
1. To impart effective knowledge in the disciplines like Mathematics, Natural sciences along with Engineering fundamentals critical for understanding, formulating, analysing and applying such knowledge to solve problems.
2. To develop life skills in students and make students aware of the social issues, ethical conduct, and professional responsibilities towards society.
3. To develop professional and technical skills, the ability to design and conduct experiments and to analyse and interpret data.
4. To develop sufficient depth and understanding of fundamental principles to solve problems, both types—well and ill-defined ones.
5. To instil confidence in students through field exposure and making students aware of updated knowledge time-tested techniques.
6. To prepare students for undertaking graduate studies with due understanding and appreciation of benefits of life-long learning.
7. To orient students for entrepreneurship.
Outcomes:
The program enables students (if completed successfully) abilities to:
• apply knowledge of Mathematics, Science and Engineering.
• design and conduct experiments, anaylse and interpret data to meet set targets.
• communicate effectively with of audience and to function effectively as team and as a leader to achieve pre-determined common objectives.
• design, implement and evaluate an electronic-based system or program to meet desired needs.
• understand and bear the professional, ethical, security and social responsibilities in appropriate manner yielding positive results.