Diploma Lateral Entry in Chemical Engineering About

Diploma in Chemical Engineering will help you in learning how to convert raw material into useful products like energy, clothes etc. You will learn how to create products and improvise the existing ones. This course will help you develop a skill of managing resources, protecting the environment, health and safety. You can choose from a variety of career options and job prospects after the course, such as Technical Service Representative, Associate Scientist, Chemical Engineer, Process Engineer, and soon.

Admission Stages Diploma in Chemical Engineering (Lateral Entry)

Students interested in getting into the diploma in chemical engineering should clear the ITI Course after 10th board exams by securing at least 45% marks in English, Maths, and Science. The admission process may vary from college to college as follows:

The score of the candidate is the sole basis for admission to a diploma in chemical engineering. Merit cut-off list is released by every college providing the course. Initially, candidates have to apply through offline or online mode by using the official website of the respective college. The college provides all the necessary details for admission to the course through mail or uploading notifications on their official website.

Eligibility Criteria for Diploma in Chemical Engineering (Lateral Entry)

If one has to take admission to a diploma in chemical engineering, they must have an equivalent of 45% as the minimum marks in science and mathematics. A candidate who has passed ITI 1 or 2 year course after 10th also eligible for this course .A candidate who has English as one of their subjects in 12th is also eligible for the course. 

Syllabus of Diploma Lateral Entry in Chemical Engineering

First Year

Semester 1

Advanced Chemical Engineering Thermodynamics

Phase equilibria

Chemical reaction equilibria

Thermodynamic property estimation

Chemical Process Dynamics and Control

Process modeling

Control systems

Dynamic behavior of chemical processes

Chemical Reaction Engineering

Kinetics of homogeneous reactions

Reactor design and analysis

Catalysis and catalytic reactors

Mass Transfer Operations

Diffusion and mass transfer mechanisms

Absorption and stripping

Distillation, extraction, and membrane processes

Heat Transfer Operations

Conduction, convection, and radiation

Heat exchangers and heat transfer equipment

Design and analysis of heat transfer processes

Instrumentation and Process Control

Sensors and measurement techniques

Control loop design

Process control strategies.

Semester 2

Chemical Engineering Plant Design

Design principles and criteria

Process flow diagrams

Equipment design and specification

Process Simulation and Optimization

Simulation software

Optimization techniques

Case studies and practical applications

Environmental Engineering and Safety

Waste treatment and disposal

Pollution control technologies

Safety management in chemical plants

Advanced Chemical Engineering Calculations

Advanced mathematical techniques

Process calculations and problem-solving

Simulation and modeling

Elective Courses (could include topics like):

Polymer Engineering

Biochemical Engineering

Petroleum Engineering

Industrial Training/Project Work

Practical experience in a chemical engineering environment

Project design, implementation, and reporting.

Second Year

Semester 3

Process Equipment Design and Maintenance

Design principles for various types of equipment

Maintenance strategies

Reliability and failure analysis

Advanced Separation Processes

Membrane technologies

Advanced distillation and absorption techniques

Liquid-liquid extraction and adsorption

Chemical Process Safety and Hazard Analysis

Risk assessment techniques

Safety regulations and standards

Hazard and operability studies (HAZOP)

Reaction Engineering and Catalysis

Advanced catalysis and reactor design

Multi-phase reactions

Industrial applications of reactors

Ethics and Professional Practice

Engineering ethics

Professional responsibilities and practices

Project management skills

Semester 4

Process Integration and Optimization

Process integration techniques

Optimization strategies and tools

Energy and resource management

Advanced Topics in Chemical Engineering (elective based on interest)

Nanotechnology in Chemical Engineering

Green Chemistry and Sustainable Processes

Advanced Materials Science

Project Work/Dissertation

In-depth research or development project

Design, implementation, and analysis

Final presentation and report

Professional Development

Preparation for industry or further studies

Resume building, interview skills, and career planning

Future Scope and Job Prospect for Diploma in Chemical Engineering (Lateral Entry)

The student who has completed a diploma in chemical engineering (Lateral Entry) can opt for further studies by enrolling in an engineering course in the second year. By using the experience they got from internships, they can either do a job in the company. They can also even join as a research fellow in some institutions which provide fellowship to research in the field.

Following are some of the job positions where a chemical engineer can apply for:

Maintenance Technician

Plant Operator

Market Analyst

Associate Scientist

Field Operator

Process Engineer

Supervisor

Technical Service Representative

Following are some of the government companies where a chemical engineer can apply for:

Coal India Limited

Bharat Petroleum Corporation Limited

Gas Authority of India Ltd.

Oil and Natural Gas Corporation Limited

Steel Authority of India Limited

National Thermal Power Corporation Limited

Following are some of the private companies where a chemical engineer can apply for:

Pfizer Inc.

GlaxoSmithKline

Schlumberger Limited

Piramal Healthcare Limited

Deepak Fertilizers and Petrochemicals Corp. Ltd

After chemical engineering(Lateral Entry), the average placement package ranges from one lakh sixty thousand rupees to five lakhs rupees per annum.

Future Scope & Benefits: Diploma in Chemical Engineering (Lateral Entry)

A Diploma in Chemical Engineering (Lateral Entry) equips individuals with the knowledge and skills required for a successful career in the field of chemical engineering. This program offers several benefits and a promising future scope beyond just job roles. Diploma in Chemical Engineering (Lateral Entry) offers numerous benefits and a promising future scope. Graduates have the opportunity to explore diverse career paths, contribute to technological advancements, and make a positive impact on the environment and society. The field's dynamism, demand for skilled professionals, and potential for entrepreneurship make it an attractive choice for those interested in the world of chemical engineering. Continuous learning and adaptability are essential for staying competitive and advancing in this dynamic and rewarding profession.

Career Opportunities of Diploma Lateral Entry in Chemical Engineering

One of the primary benefits of completing a Diploma in Chemical Engineering (Lateral Entry) is the diverse range of career opportunities it opens up. Graduates can find employment in various industries such as petrochemicals, pharmaceuticals, food and beverage, environmental management, and manufacturing. The versatility of the field allows individuals to explore different sectors and adapt their skills to various job roles.

Industry Demand

The chemical engineering industry has consistently witnessed a high demand for skilled professionals. Industries dealing with chemical processes and manufacturing rely heavily on chemical engineers for their expertise in designing, optimizing, and managing processes. This sustained demand for chemical engineers indicates a favorable job market for diploma holders in this field.

Technological Advancements

The field of chemical engineering is dynamic and continually evolving. Advancements in technology and innovation play a significant role in the industry's growth. Diploma holders have the opportunity to work with cutting-edge technologies and stay updated with the latest developments, making their skills relevant in an ever-changing industry.

Contribution to Sustainability

Chemical engineers have a crucial role in addressing environmental and sustainability concerns. They work on developing cleaner and more efficient processes, reducing waste and emissions, and finding sustainable solutions for industry practices. Graduates of this program can actively contribute to eco-friendly initiatives and make a positive impact on the environment.

Entrepreneurship Opportunities

The knowledge and skills acquired during a Diploma in Chemical Engineering program can also be applied to entrepreneurship. Graduates can start their own businesses in chemical manufacturing, consultancy, or environmental management. Entrepreneurship offers the chance to innovate, create jobs, and potentially make a significant impact on the industry.

Research and Development

Chemical engineering research and development are critical for discovering new materials, processes, and technologies. Graduates can pursue careers in R&D departments of various industries, where they can contribute to innovative projects and help develop new products and processes.