Diploma in Electronics & Communication Engineering (DEC)

Program Academic Highlights

About the Program

The Diploma in Electronics & Communication Engineering (DEC) is a diploma-level engineering program designed for students who want to build academic and practical understanding of electronics, circuits, components, sensors and communication systems.

The program introduces students to important areas such as electronic devices, circuit testing, analog and digital electronics, communication systems, signal concepts, microprocessor basics, sensors, troubleshooting and device-level applications.

At PIIT Greater Noida, DEC helps students develop technical understanding through classroom teaching, electronics lab practice, demonstrations, assignments and project-based academic activities.

Academic Objectives

• To develop a strong foundation in electronics and communication engineering concepts.

• To help students understand circuits, components, sensors and communication systems.

• To strengthen practical knowledge through electronics labs and circuit-based activities.

• To improve technical observation, troubleshooting and device-level understanding.

• To connect classroom learning with practical electronics and communication applications.

• To prepare students for higher studies, technical certifications and electronics-related career pathways.

Key Areas of Learning

• Electronics Engineering Fundamentals

• Electronic Components and Devices

• Analog Electronics

• Digital Electronics

• Circuit Testing and Troubleshooting

• Communication Systems Basics

• Signal and System Awareness

• Sensors and Instrumentation Basics

• Microprocessor and Microcontroller Awareness

• PCB and Circuit Design Basics

• Electronic Measurement

• Technical Drawing and Documentation

• Safety Practices in Electronics Labs

• Project-Based Electronics Learning

Curriculum Overview

The curriculum generally begins with foundation subjects in applied science, mathematics, basic electronics, technical communication and engineering drawing.

As students progress, they study electronics and communication-focused subjects such as electronic devices, analog and digital circuits, communication systems, sensors, instrumentation, microprocessor basics, measurements and circuit troubleshooting.

The academic structure includes classroom learning, electronics lab practice, practical records, assignments, demonstrations, project work and technical skill-building activities.

Teaching and Learning Approach

• Classroom teaching for electronics concept clarity

• Electronics lab practice for hands-on circuit understanding

• Demonstrations for components, sensors and devices

• Measurement-based activities for technical accuracy

• Assignments and practical records for regular learning support

• Project-based activities for applied electronics learning

• Seminars and discussions for technology awareness

• Continuous academic guidance for theory and practical improvement

Practical Learning, Labs and Projects

• Circuit testing practice

• Electronic component identification

• Sensor-based activities

• Analog and digital circuit practice

• Communication system demonstrations

• Measurement and instrumentation activities

• Troubleshooting exercises

• Practical record preparation

• Project and model-based activities

• Safety-oriented electronics lab practice

Skills Developed Through the Program

• Circuit understanding

• Component and device-level knowledge

• Electronics lab practice

• Communication system awareness

• Measurement and testing skills

• Troubleshooting ability

• Technical observation

• Practical documentation

• Teamwork and communication

• Safety awareness

• Problem-solving ability

• Career readiness for electronics and communication fields

Academic Support and Learning Resources

• Electronics Labs

• Electrical Labs

• Engineering Workshops

• Project and Innovation Lab

• Smart Classrooms

• Library Facility

• Digital Library Facility

• Reading Room Facility

• ICT Enabled Learning Facility

• Seminar Hall

• Training and Placement Support Facility

• Career Counselling Facility

• Student Helpdesk Facility

Related Department and Institute

• Academic Unit Name: Institute of Engineering and Technology

• Department: Department of Electronics & Communication Engineering

• Related Program: Diploma in Electronics & Communication Engineering (DEC) Lateral Entry

Future Scope and Academic Pathways

After completing Diploma in Electronics & Communication Engineering (DEC), students can explore higher education, skill certifications and technical pathways related to electronics, communication systems, device maintenance, circuit testing and technical support.

Possible academic and career directions include:

• Higher studies through lateral entry

• Electronics technician roles

• Communication system support

• Circuit testing and troubleshooting support

• Device maintenance support

• Electronics service support

• PCB and component-level support

• Industrial electronics support

• Government and private sector technical opportunities as per eligibility

• Apprenticeship and industry training opportunities

Students can also move toward further technical education, professional certifications and electronics and communication-related career pathways based on their interests and eligibility.

Related Facilities

• Electronics Labs

• Electrical Labs

• Engineering Workshops

• Project and Innovation Lab

• Smart Classrooms

• Library Facility

• Digital Library Facility

• Training and Placement Support Facility

• Career Counselling Facility

• Student Helpdesk Facility

Why Study This Program at PIIT?

• Diploma-level electronics and communication learning with practical academic support

• Strong focus on circuits, components, sensors and communication systems

• Practical exposure through electronics labs and demonstrations

• Academic support through smart classrooms, library and digital resources

• Project-based learning to improve technical confidence

• Guidance for higher studies, technical roles and skill development

• Student-focused environment for building electronics and communication understanding

FAQs

What is Diploma in Electronics & Communication Engineering (DEC)?

Diploma in Electronics & Communication Engineering (DEC) is a diploma engineering program focused on electronic circuits, components, sensors, communication systems and practical electronics learning.

Which department offers this program?

This program is offered under the Department of Electronics & Communication Engineering.

Which academic unit covers this program?

It is covered under the Institute of Engineering and Technology.

What is the duration of DEC?

The duration is 3 Years (6 Semesters).

What is the academic system for this program?

The program follows the Semester System.

What is the medium of instruction?

The medium of instruction is Bilingual (Hindi & English).

Does the program include practical lab learning?

Yes. Students learn through electronics labs, circuit testing, component study, demonstrations, assignments, practical records and project-based academic activities.

What can students do after Diploma in Electronics & Communication Engineering?

Students can explore higher studies through lateral entry, technical certifications, apprenticeships, electronics service support, communication system support and electronics-related pathways.

Enquiry

Explore academic learning and future pathways with DEC at PIIT Greater Noida.

Talk to Academic Counsellor