Electronic Fundamentals
Students build confidence in components, circuit behavior, measurements, and the functional understanding of electronic devices.
Department of Electronics and Communication Engineering
Electronics education focused on circuits, communication, devices, and practical system understanding.
The Electronics Engineering department at BKPI prepares diploma students for electronic devices, communication systems, instrumentation, maintenance, and practical technical applications through disciplined classroom and laboratory learning.
Annual Intake
60
Approved diploma intake for the Electronics Engineering program as reflected in the institute profile.
Program Duration
3 Years
Structured over six semesters with theory, labs, workshops, and project work.
Academic Framework
SBTE
Curriculum and assessment aligned with the academic structure prescribed by SBTE Patna.
Focus Areas
Devices + Signals
Electronic devices, analog and digital circuits, communication systems, instrumentation, and servicing practice.
Department Overview
Preparing diploma students for electronics systems, communication concepts, and technical servicing work.
The department builds strong competence in circuits, signals, measurements, instrumentation awareness, and professional communication so that students can progress confidently into electronics-related service, maintenance, apprenticeships, and higher studies.
Communication and Control Exposure
Laboratory work introduces learners to analog and digital circuits, communication basics, instrumentation, and practical testing methods.
Application-Oriented Practice
Projects and lab tasks connect classroom concepts with repair support, control systems, electronics applications, and communication technologies.
Department Profile
6Semesters of progressive academic training covering fundamentals, applied coursework, practical labs, and project-based learning.
Student Development
360°Focus on technical competence, communication, ethics, discipline, teamwork, and readiness for employment or further study.
Academic Direction
Vision and mission centered on practical electronics and communication learning.
Vision
To develop competent, ethical, and industry-ready Electronics Engineering diploma professionals who contribute to communication, instrumentation, and applied technology services.
Mission
- Provide strong foundations in electronic devices, circuits, communication systems, and practical laboratory learning.
- Improve employability and technical adaptability through laboratory work, application-oriented tasks, and troubleshooting practice.
- Promote ethics, teamwork, communication, and responsible technical practice in electronics and allied fields.
Graduate Outcomes
Program Educational Objectives and Program Specific Outcomes
The Electronics and Communication Engineering department aligns theory, circuit laboratories, measurement practice, and communication-oriented learning with outcome statements that support employability, higher study, and responsible technical practice.
Program Educational Objectives
PEO 1
Apply electronics and communication fundamentals to devices, circuits, instrumentation, testing, and routine technical problem solving.
PEO 2
Perform effectively in service, maintenance, communication support, apprenticeships, or higher study through practical competence and continuous learning.
PEO 3
Demonstrate ethics, teamwork, communication ability, and disciplined laboratory practice in professional environments.
Program Specific Outcomes
PSO 1
Use circuit understanding, electronic measurements, and device knowledge in practical assignments related to electronics and communication systems.
PSO 2
Support operation, testing, and maintenance of communication equipment, instrumentation setups, and basic embedded or electronic systems.
Practice
Build habits of calibration, troubleshooting, reporting, and lab discipline expected from entry-level electronics diploma professionals.
Academic Structure
Semester-wise curriculum framework
The six-semester diploma program develops students from foundational sciences and basic electronics to communication systems, instrumentation, and application-oriented practical learning.
| S. No. | Semester | Academic Focus |
|---|---|---|
| 01 | Semester 1 | Applied science, mathematics, communication skills, and basic engineering workshop exposure. |
| 02 | Semester 2 | Electronic devices, basic circuits, measurements, and technical drawing fundamentals. |
| 03 | Semester 3 | Analog electronics, digital systems, communication basics, and practical laboratory exercises. |
| 04 | Semester 4 | Instrumentation, signal-related study, system testing, and applied electronics practice. |
| 05 | Semester 5 | Communication systems, maintenance awareness, advanced applications, and service readiness. |
| 06 | Semester 6 | Project work, industrial exposure, seminar, reporting, and readiness for employment or higher study. |
Faculty and Leadership
Academic guidance rooted in mentoring, discipline, and practical learning.
The department supports students through classroom teaching, laboratory supervision, academic counseling, and readiness for professional environments.
Dr. Md. Shamshad Alam
Academic Leadership / Lecturer (ECE)
The department leadership focuses on building academic discipline, strengthening laboratory learning, and strengthening electronics fundamentals, laboratory discipline, communication-oriented learning, and steady academic coordination.
Through Institute Contact Page
Electronics Engineering Department Office, BKPI
AS
Devices and Circuit Support
Academic Support
Circuit analysis, components, and laboratory support
RK
Communication and Lab Coordination
Technical Support
Instrumentation, testing, and practical coordination support
BK
Student Guidance Cell
Academic Support
Laboratory scheduling, academic records support, and student guidance may be coordinated through the department office.
Laboratory Facilities
Practical spaces that support applied technical learning.
Electronic Devices Lab
Hands-on practice with electronic components, circuits, testing methods, and measurement-oriented lab work.
Communication and Digital Lab
Exposure to analog and digital systems, communication concepts, and logic-related practical exercises.
Instrumentation and Control Lab
Practice with instrumentation basics, control awareness, signal handling, and electronics application support.
Career Pathways
Where students can grow after the diploma.
A diploma in Electronics Engineering can support entry into servicing, instrumentation support, communication-related roles, apprenticeships, and higher studies.
Electronics Servicing Roles
Entry-level opportunities in electronics servicing, testing assistance, maintenance support, and technical documentation work.
Instrumentation and Communication Support
Technical support assignments involving devices, instrumentation setups, communication systems, and allied service environments.
Higher Studies
Students may continue toward advanced diploma pathways, lateral-entry degree options, and specialized computing education.
Department Contact
Reach the department for academic and student support matters.
Department Office
Electronics Engineering Department
Baddiuzama Khan Polytechnic Institute
Pupri, Sitamarhi, Bihar
Student Note
For admission-related matters, semester notices, and institution-wide announcements, students should also regularly check the college notice board and official website sections.
Department-specific data such as subject allocation, timetable updates, and faculty responsibilities may be revised by the institute as required during the academic session.