Introduction of Diploma in Electronics Engineering
Electronics Engineering Diploma is a full-time diploma-level engineering degree that lasts for three years. Qualifications for the Diploma in Electronics Engineering program include a passing grade of 55 percent in the 10th-grade mathematics and science or an equivalent test from a recognized board. Electronics Engineering Diploma offered at most institutions and universities. The eligibility requirements, admissions procedure, cost structure, and curriculum for this course vary from college to college and from university to university.
An overview of Diploma in Electronics Engineering
The Diploma in Electronics Engineering program focuses on the design and testing of integrated circuits, inductors, capacitors, and resistors, among other things. Students will learn how to create electronic circuits, computer systems, electric wires, and construct control systems during this course. As a result, these individuals can expect to solve problems that arise in electrical machines and electric power transmission networks. Among the primary subjects covered in this course are math basics, computer science, physics, and project management. In addition, several sub-disciplines under Electrical & Computer Engineering are covered in this course, including power, telecommunication, electronic, signal processing, control, and microelectronics. Also covered in this course are electric motors, including their control, redistribution of electrical energy (transformers), and future generation, transmission, and electrical control issues in industries. This course has as one of its goals to provide applicants with electrical power.
Eligibility criteria for Diploma in Electronics Engineering
Benefits of Diploma in Electronics Engineering
Diploma in Electronics Engineering
10th with 50% marks with Science and Mathematics
3 Years
Diploma
Syllabus of Diploma in Electronics Engineering
Semester I
S.No | Subjects |
1 | Applied Science |
2 | Elements of Electrical Engineering |
3 | Applied Mathematics I |
4 | Basic Computer Skills Lab |
5 | Applied Science lab |
6 | Mechanical Engineering Sciences |
Semester II
S.No | Subjects |
1 | Applied Mathematics II |
2 | Electronics I |
3 | English Communication |
4 | Electrical Circuit Laboratory |
5 | Computer-Aided Engg. Drawing |
6 | Electronics I Lab |
Semester III
S.No | Subjects |
1 | Electrical Machines I |
2 | Communication and Computer networks |
3 | Electrical & Electronics Measurements |
4 | Electronics II |
5 | Electronics Lab II |
6 | Electrical measurements Lab |
7 | Electronics Lab II |
Semester IV
S.No | Subjects |
1 | Electrical Machines II |
2 | Electrical Power Generation |
3 | Power Electronics |
4 | Electrical Machines Lab |
5 | Transmission and Distribution |
6 | C-Programming Lab |
7 | Power Electronics Lab |
Semester V
S.No | Subjects |
1 | stimation & specification |
2 | Switchgear & protection |
3 | Electrical workshop |
4 | Electrical installation design lab |
5 | Embedded system (elective) |
6 | Embedded system lab |
7 | CASP |
8 | Project work Phase I |
Semester VI
S.No | Subjects |
1 | Industrial drives & control |
2 | Electric motor control lab |
3 | Utilization of electrical energy & management |
4 | Plc & hdl lab |
5 | Basic management skills and Indian constitution |
6 | Project Work Phase II |
7 | Industrial visit |
Introduction of Diploma in Electronics Engineering
Electronics Engineering Diploma is a full-time diploma-level engineering degree that lasts for three years. Qualifications for the Diploma in Electronics Engineering program include a passing grade of 55 percent in the 10th-grade mathematics and science or an equivalent test from a recognized board. Electronics Engineering Diploma offered at most institutions and universities. The eligibility requirements, admissions procedure, cost structure, and curriculum for this course vary from college to college and from university to university.
An overview of Diploma in Electronics Engineering
The Diploma in Electronics Engineering program focuses on the design and testing of integrated circuits, inductors, capacitors, and resistors, among other things. Students will learn how to create electronic circuits, computer systems, electric wires, and construct control systems during this course. As a result, these individuals can expect to solve problems that arise in electrical machines and electric power transmission networks. Among the primary subjects covered in this course are math basics, computer science, physics, and project management. In addition, several sub-disciplines under Electrical & Computer Engineering are covered in this course, including power, telecommunication, electronic, signal processing, control, and microelectronics. Also covered in this course are electric motors, including their control, redistribution of electrical energy (transformers), and future generation, transmission, and electrical control issues in industries. This course has as one of its goals to provide applicants with electrical power.
Eligibility criteria for Diploma in Electronics Engineering
Benefits of Diploma in Electronics Engineering
Diploma in Electronics Engineering
10th with 50% marks with Science and Mathematics
3 Years
Diploma
Syllabus of Diploma in Electronics Engineering
Semester I
S.No | Subjects |
1 | Applied Science |
2 | Elements of Electrical Engineering |
3 | Applied Mathematics I |
4 | Basic Computer Skills Lab |
5 | Applied Science lab |
6 | Mechanical Engineering Sciences |
Semester II
S.No | Subjects |
1 | Applied Mathematics II |
2 | Electronics I |
3 | English Communication |
4 | Electrical Circuit Laboratory |
5 | Computer-Aided Engg. Drawing |
6 | Electronics I Lab |
Semester III
S.No | Subjects |
1 | Electrical Machines I |
2 | Communication and Computer networks |
3 | Electrical & Electronics Measurements |
4 | Electronics II |
5 | Electronics Lab II |
6 | Electrical measurements Lab |
7 | Electronics Lab II |
Semester IV
S.No | Subjects |
1 | Electrical Machines II |
2 | Electrical Power Generation |
3 | Power Electronics |
4 | Electrical Machines Lab |
5 | Transmission and Distribution |
6 | C-Programming Lab |
7 | Power Electronics Lab |
Semester V
S.No | Subjects |
1 | stimation & specification |
2 | Switchgear & protection |
3 | Electrical workshop |
4 | Electrical installation design lab |
5 | Embedded system (elective) |
6 | Embedded system lab |
7 | CASP |
8 | Project work Phase I |
Semester VI
S.No | Subjects |
1 | Industrial drives & control |
2 | Electric motor control lab |
3 | Utilization of electrical energy & management |
4 | Plc & hdl lab |
5 | Basic management skills and Indian constitution |
6 | Project Work Phase II |
7 | Industrial visit |