Syllabus Of Diploma in Engineering (DE) [Lateral Entry]

Diploma in Engineering Lateral Entry is a program designed for students who have completed their 10+2 education and wish to pursue a career in engineering. This program allows students to directly enter the second year of an engineering diploma program, thus saving a year of study. Here are the highlights of the program:

Diploma in Engineering Lateral Entry Highlights:

Diploma in Engineering Lateral Entry is a 2-year program.

The program allows students to directly enter the second year of an engineering diploma program.

The program covers various subjects like engineering mathematics, physics, chemistry, computer programming, electrical engineering, electronics, mechanical engineering, civil engineering, etc.

The program also includes practical sessions, laboratory work, and project work to give students hands-on experience.

Students who complete the program can either enter the workforce or pursue higher education.

Diploma in Engineering Lateral Entry Entrance Exam:

To get admission into the Diploma in Engineering Lateral Entry program, students need to appear for the entrance exam. Some of the popular entrance exams are:

JEE Main

JEE Advanced

WBJEE

MHT CET

UPSEE

TNEA

KCET

Diploma in Engineering Lateral Entry Admission:

To be eligible for admission into the Diploma in Engineering Lateral Entry program, students need to fulfill the following eligibility criteria:

They must have completed their 10+2 education in science stream with a minimum of 50% marks.

They must have completed a diploma in engineering from a recognized institute with a minimum of 50% marks.

They must have appeared for the entrance exam and secured a qualifying score.

Diploma in Engineering Lateral Entry Selection Criteria:

The selection of candidates for the program is based on the performance in the entrance exam and the marks obtained in the previous qualifying examination.

Diploma in Engineering Lateral Entry How to Apply:

To apply for the Diploma in Engineering Lateral Entry program, students can follow these steps:

Visit the official website of the institute.

Register by providing the required details.

Fill in the application form with personal and academic details.

Upload the required documents and photographs.

Pay the application fee.

Diploma in Engineering Lateral Entry Application Form:

The application form for the Diploma in Engineering Lateral Entry program is available online on the official website of the institute.

Diploma in Engineering Lateral Entry Application Process:

The application process for the program is online. Students need to visit the official website of the institute, register, and fill in the application form.

Diploma in Engineering Lateral Entry Fee:

The fee for the program varies from institute to institute. On average, the fee ranges between INR 20,000 to INR 1,00,000.

Diploma in Engineering Lateral Entry Syllabus:

The syllabus of the Diploma in Engineering Lateral Entry program includes the following subjects:

Engineering Mathematics

Physics

Chemistry

Computer Programming

Electrical Engineering

Electronics

Mechanical Engineering

Civil Engineering

Diploma in Engineering Lateral Entry Salary and Jobs:

After completing the program, students can expect to get jobs in various industries such as automobile, construction, manufacturing, and electronics. The average salary for diploma holders in engineering lateral entry ranges between INR 2.5 to 4 LPA.

Diploma in Engineering Lateral Entry Career Opportunities:

Some of the popular job roles for diploma holders in engineering lateral entry are:

Mechanical Engineer

Electrical Engineer

Civil Engineer

Electronics Engineer

Software Engineer

Quality Control Engineer

Production Engineer

Maintenance Engineer

Students can also pursue higher education after completing the program. They can go for a Bachelor’s degree in engineering or a Master’s degree in their respective fields.

Diploma In Engineering Lateral Entry is a diploma level course. Duration of this course is 2-year long and it provide on part-time basis by various institutes. It covers the essential when ranked with an bachelor engineering degree, and focused on skills-oriented training and practical. Also it focuses to provide candidates with industry or job related scientific skills, computing & analysis, mathematical techniques, engineering knowledge, a sound learning of English to communicate in the area. After completing this course, candidates can either continue further engineering studied in bachelor level as workshop technicians, automobile technicians, station technicians, maintenance & service technicians, equipment mechanics and technicians, instrument technicians, junior instructors, manufacturing, tool and die designers, technicians, technologists, supervisors, superintendents, foremen, machinist, draughtsman, agricultural overseers, electricians etc.

Diploma In Engineering Lateral Entry Working Areas:

• Indian railway
• BHEL
• Airport Authority of India
• Power grid
• Electricity department

DOCUMENTS REQUIRED FOR DIPLOMA IN ENGINEERING LATERAL ENTRY ADMISSION

• Mark sheet and pass certificate of your Class X or XII examination.
• Proof of date of birth.
• School leaving certificate
• Transfer certificate
• Domicile certificate/ residential proof or certificate
• Provisional certificate
• Character certificate
• Scheduled Caste/ Scheduled Tribe/Other Backward Caste certificates
• Proof of disability (if any)
• Migration Certificate

DIPLOMA IN ENGINEERING LATERAL ENTRY: COURSE HIGHLIGHTS

Given below are few of the important highlights of the program.

Program Full Name	DIPLOMA IN ENGINEERING LATERAL ENTRY
Program Level	Diploma
Duration of the Program	2 Years
Examination Type	Semester
Eligibility	12th
Admission Process	Entrance Exam and Merit Based
Average Program Fee	Upto Rs. 1 Lakh

DIPLOMA IN ENGINEERING LATERAL ENTRY: SYLLABUS

Syllabus of Polytechnic as prescribed by various Universities and Colleges.

Paper Code	Subjects of Study
1	Professional Communication
2	Applied Mathematics I
3	Applied Physics
4	Applied Chemistry
5	Applied Mechanics
6	Engineering Drawing
7	Computer Application for Engineering
8	Workshop Practice
9	Building Material
10	Elec. Elect. & Mech. Engg.
11	Strength of Material
12	Hydraulics
13	Public Health Engg.
14	Thermal Engineering
15	Building const. & Maint. Engg
16	Concrete Technology
17	Civil Engineering Drwg
18	Surveying
19	Design of Steel & Masonry Structure
20	Design of Reinforced Conc- rate Structure
21	Transpiration Engineering
22	Estimating, Costing & Valu.
23	Construction Management, Accounts & Entrepreneurship Development
24	Surveying II
25	Civil Engineering Drawing II
26	Irrigation Engg.
27	Environmental Pollution & Control
28	Earthquake Engineering
29	Civil Lab-III (RCC & Highway)
30	Project Work
31	Field Exposure

Syllabus Of Diploma in Engineering (DE) [Lateral Entry]

The syllabus for a Diploma in Engineering (DE) program through lateral entry may vary depending on the specific institution and country where you are pursuing the diploma. However, I can provide you with a general outline of the typical subjects and topics covered in such a program. Keep in mind that this is a general overview, and the actual syllabus may differ from one institution to another.

Semester 1:

1. Engineering Mathematics
2. Engineering Physics
3. Engineering Chemistry
4. Basics of Electrical Engineering
5. Basics of Electronics Engineering
6. Basics of Computer Science and Engineering
7. Workshop Practice
8. Engineering Graphics

Semester 2:

1. Engineering Mathematics-II
2. Engineering Mechanics
3. Basic Civil Engineering
4. Basic Mechanical Engineering
5. Environmental Science
6. Basic Electrical Engineering
7. Basic Electronics Engineering
8. Computer Programming
9. Engineering Drawing

Semester 3:

1. Applied Mathematics
2. Engineering Materials
3. Thermodynamics
4. Strength of Materials
5. Fluid Mechanics
6. Electrical Machines
7. Electronic Circuits
8. Computer Aided Drafting
9. Communication Skills

Semester 4:

1. Applied Mathematics-II
2. Industrial Automation
3. Manufacturing Technology
4. Power Plant Engineering
5. Control Systems
6. Microprocessor and Microcontroller
7. Digital Electronics
8. Technical Report Writing

Semester 5:

1. Applied Mathematics-III
2. Machine Design
3. Industrial Electronics
4. Electrical Power Distribution
5. Instrumentation and Measurement
6. Advanced Manufacturing Technology
7. Elective Subjects (varies by institution)
8. Industrial Training

Semester 6:

1. Industrial Management
2. Control Engineering
3. Power Electronics
4. Project Work
5. Elective Subjects (varies by institution)

Elective subjects in the final semesters may include specialized areas of engineering based on your chosen branch or field of interest, such as civil engineering, mechanical engineering, electrical engineering, electronics engineering, computer science, and more. The specific elective subjects can vary widely depending on the institution and the available options.

Please note that this is a general outline, and the actual syllabus and course structure may differ from one educational institution to another. It’s important to check with the specific institution where you plan to pursue your Diploma in Engineering (Lateral Entry) for the most accurate and up-to-date information on their program’s syllabus and requirements.

Semester 1 Diploma in Engineering (DE) [Lateral Entry]

Certainly, here’s a more detailed breakdown of the subjects typically covered in the first semester of a Diploma in Engineering (DE) program through lateral entry:

Semester 1:

1. Engineering Mathematics I: This subject covers topics like algebra, calculus, and basic mathematical concepts relevant to engineering.
2. Engineering Physics: Topics may include mechanics, properties of matter, heat, and sound.
3. Engineering Chemistry: This course often covers the fundamentals of chemistry relevant to engineering, including concepts related to materials and their properties.
4. Basics of Electrical Engineering: An introductory course that covers electrical circuits, components, and basic electrical principles.
5. Basics of Electronics Engineering: Introduction to electronic circuits, semiconductor devices, and basic electronics concepts.
6. Basics of Computer Science and Engineering: This subject typically covers computer fundamentals, basic programming, and computer hardware and software.
7. Workshop Practice: Hands-on training in workshops to learn basic skills in using tools and equipment commonly used in engineering.
8. Engineering Graphics: Introduction to engineering drawing, including the use of drawing instruments and drafting techniques.

Please keep in mind that the specific topics and course names may vary from one institution to another. It’s essential to consult the official curriculum or syllabus provided by the institution where you are enrolled for the most accurate and up-to-date information on the first semester’s subjects and coursework.

Semester 2 Diploma in Engineering (DE) [Lateral Entry]

In the second semester of a Diploma in Engineering (DE) program through lateral entry, students typically continue to build on their foundational knowledge and skills in engineering. Here’s a general outline of the subjects and topics often covered in the second semester:

Semester 2:

1. Engineering Mathematics-II: Advanced topics in mathematics relevant to engineering, such as calculus, differential equations, and linear algebra.
2. Engineering Mechanics: The study of forces, motion, and the behavior of materials under load.
3. Basic Civil Engineering: An introduction to civil engineering principles, including topics like construction materials, building design, and surveying.
4. Basic Mechanical Engineering: Introduction to mechanical engineering concepts, including thermodynamics, fluid mechanics, and machine elements.
5. Environmental Science: An overview of environmental issues and sustainable practices in engineering.
6. Basic Electrical Engineering: Further exploration of electrical circuits and components, including AC circuits.
7. Basic Electronics Engineering: Building upon the basics of electronics with topics like semiconductor devices and electronic circuits.
8. Computer Programming: An introduction to programming languages and problem-solving techniques.
9. Engineering Drawing: Continuing to develop skills in engineering drawing and graphical representation.

Please note that the specific topics and course names can vary between institutions, and the curriculum may be adapted to suit the particular focus of the diploma program, whether it’s in civil engineering, mechanical engineering, electrical engineering, or another field. Therefore, it’s essential to refer to the official curriculum or syllabus provided by your institution for precise details on the second-semester subjects and coursework.

Semester 3 Diploma in Engineering (DE) [Lateral Entry]

In the third semester of a Diploma in Engineering (DE) program through lateral entry, students typically delve deeper into engineering subjects and may begin to specialize in their chosen field. Here’s a general outline of the subjects and topics often covered in the third semester:

Semester 3:

1. Applied Mathematics: Advanced mathematical concepts and techniques applicable to engineering problems, which may include topics like numerical methods and differential equations.
2. Engineering Materials: The study of materials used in engineering, their properties, and applications.
3. Thermodynamics: An introduction to the principles of thermodynamics, including heat transfer and thermodynamic cycles.
4. Strength of Materials: The study of the behavior of materials under load and stress, including topics like mechanics of materials and material testing.
5. Fluid Mechanics: The study of fluid behavior, including fluid properties, fluid statics, and fluid dynamics.
6. Electrical Machines: Further exploration of electrical machines such as generators and motors, including their operation and applications.
7. Electronic Circuits: Advanced topics in electronic circuit design and analysis.
8. Computer Aided Drafting (CAD): An in-depth study of computer-aided design and drafting software for creating technical drawings and models.
9. Communication Skills: Development of communication skills, including technical writing and presentation skills.

The exact subjects and their contents may vary based on the specific engineering discipline you are pursuing, such as civil engineering, mechanical engineering, electrical engineering, electronics engineering, or others. Additionally, some programs may offer elective courses in the third semester, allowing students to focus on areas of interest or specialization.

As always, it’s essential to refer to the official curriculum or syllabus provided by your institution for precise details on the third-semester subjects and coursework.

Semester 4 Diploma in Engineering (DE) [Lateral Entry]

In the fourth semester of a Diploma in Engineering (DE) program through lateral entry, students typically continue to advance their knowledge and skills in engineering, and they may start to explore more specialized topics related to their chosen field of study. Here’s a general overview of the subjects and topics that are commonly covered in the fourth semester:

Semester 4:

1. Applied Mathematics-II: Building upon the mathematical concepts learned in earlier semesters, this course may cover topics like advanced calculus, differential equations, and mathematical modeling.
2. Industrial Automation: An introduction to the principles of industrial automation, including topics like programmable logic controllers (PLCs), sensors, and automation systems.
3. Manufacturing Technology: The study of various manufacturing processes, techniques, and materials used in industry.
4. Power Plant Engineering: An overview of power generation, distribution, and the operation of power plants.
5. Control Systems: Advanced topics in control systems engineering, including feedback control, stability, and system analysis.
6. Microprocessor and Microcontroller: The study of microprocessor and microcontroller architecture, programming, and applications.
7. Digital Electronics: Advanced digital logic design and electronic circuits, including digital systems and components.
8. Technical Report Writing: Development of technical writing skills for creating reports and documentation in an engineering context.

In addition to these core subjects, students may also have the option to choose elective courses or projects related to their specific engineering discipline or area of interest. The availability of elective courses can vary depending on the institution and the diploma program’s specialization.

Please note that the specific course names and contents can vary from one institution to another, so it’s essential to consult the official curriculum or syllabus provided by your institution for precise details on the fourth-semester subjects and coursework.

Semester 5 Diploma in Engineering (DE) [Lateral Entry]

In the fifth semester of a Diploma in Engineering (DE) program through lateral entry, students typically begin to explore more specialized and advanced topics within their chosen engineering discipline. Here’s a general overview of the subjects and topics that are commonly covered in the fifth semester:

Semester 5:

1. Applied Mathematics-III: Advanced mathematical concepts and techniques relevant to engineering, which may include topics like numerical methods, advanced calculus, and differential equations.
2. Machine Design: The study of principles and techniques for designing machines and mechanical systems, including considerations for strength, materials, and safety.
3. Industrial Electronics: In-depth exploration of industrial electronic systems, including power electronics, automation, and control.
4. Electrical Power Distribution: Study of electrical power distribution systems, including transformers, switchgear, and distribution network design.
5. Instrumentation and Measurement: Principles of instrumentation and measurement techniques used in engineering applications.
6. Advanced Manufacturing Technology: An in-depth study of advanced manufacturing processes, automation, and quality control.
7. Elective Subjects: Depending on the specialization or elective options offered by the institution, students may choose advanced courses related to their field of study.
8. Industrial Training: Practical training or internship in an industrial setting to gain hands-on experience and apply theoretical knowledge to real-world engineering problems.

The specific elective subjects available in the fifth semester can vary based on the institution and the specialization within the engineering program. Students may have the opportunity to tailor their coursework to align with their career interests and goals.

As always, it’s essential to refer to the official curriculum or syllabus provided by your institution for precise details on the fifth-semester subjects and coursework, as well as any specific requirements for the industrial training component.

Semester 6 Diploma in Engineering (DE) [Lateral Entry]

In the sixth and final semester of a Diploma in Engineering (DE) program through lateral entry, students typically focus on advanced coursework and often engage in a significant project or internship experience. The specific subjects and projects can vary based on the institution and the engineering specialization, but here is a general overview of what you might expect:

Semester 6:

1. Industrial Management: An introduction to principles of management and administration in an industrial context, including topics like project management, quality control, and resource allocation.
2. Control Engineering: Advanced study of control systems, including digital control, optimization, and advanced control strategies.
3. Power Electronics: In-depth exploration of power electronics, including the design and operation of power electronic converters and applications in industrial systems.
4. Project Work: This may involve a significant engineering project where students apply their knowledge and skills to solve real-world problems. It often includes project planning, design, implementation, and documentation.
5. Elective Subjects: Depending on the institution’s offerings and the student’s chosen specialization, there may be elective courses related to specific areas of interest within engineering.
6. Industrial Training/Internship: This component can involve an extended period of practical training or an internship in an industrial setting, where students gain hands-on experience and work on real engineering projects.
7. Seminar/Presentation: Students may be required to present their project work or research findings to their peers and faculty.

The specific elective subjects and project topics can vary widely based on the engineering discipline and the institution’s curriculum. It’s important to check with your specific institution to get detailed information about the subjects and project requirements for the sixth semester.

The final semester is a critical phase where students consolidate their knowledge and gain practical experience, preparing them for entry-level engineering positions or further studies in their chosen field.