Department of Chemical Engineering
Chemical Engineering is the set of techniques and ideas used to transform unusable chemicals and raw materials into finished goods. The field of Chemical Engineering is very promising and has a bright scope. Chemical Engineers are the ones who can make a difference in society by increasing food production, generating energy and protecting the environment. They also contribute to developing electronics and improving the environment
Why Chemical Engineering?
Chemical Engineering has bright career opportunities in India and in the Gulf countries as it is a booming market for fertilizers, petroleum, petrochemical, tyre, API, pharmaceuticals, paint, cement and food processing industry. Diploma holder, works as Chemical Engineer, Trainee, Apprentice, Shift In-charge etc. Scope in Chemical Engineering is good and evergreen. Engineers with specialization in the field are always in demand. Chemical engineers develop, design new processes, or improve existing processes to develop useful products and also responsible for managing resources and ensuring human health & safety. Along with it, chemical engineers are also involved in plant design operations and modeling.
To be a leading provider of comprehensive and industry-relevant education in Chemical Engineering, empowering students with the knowledge, skills, and ethical values to excel in the dynamic field of chemical processes and contribute to sustainable development for society.
MISSION:Our mission is to provide a transformative learning experience for students pursuing a Diploma in Chemical Engineering. Through a combination of rigorous academic curriculum, hands-on training, industry collaborations, we aim to:
1. Foster a solid foundation: Equip students with a strong theoretical understanding and practical skills in chemical engineering principles, processes, and technologies.
2. Develop critical thinking and problem-solving abilities: Nurture students’ analytical and problem-solving skills, enabling them to identify, analyze, and propose innovative solutions to real-world engineering challenges.
3. Promote industry relevance: Maintain strong industry partnerships to ensure our curriculum aligns with current industry needs and practices, enabling students to seamlessly transition into professional roles and contribute effectively to the chemical engineering field.
4. Cultivate ethical and sustainable practices: Instill a sense of responsibility and ethics among students, emphasizing the importance of sustainable practices, environmental stewardship, and safety in chemical engineering processes.
PROGRAM OUTCOMES:
Mr. Ankit Gohia, I/C HOD hodchemicalsati@gmail.com ankit.gohiya.chemical@gmail.com |
Mr. Shailendra Chouksey, Lecturer chemicalshailu@gmail.com |
Mr. Delan Singh, Lecturer dangi.delansingh@gmail.com |
Mr. Sudarshan, Lecturer sud.jhanjhot@gmail.com |
Mr. Ravidhar Dwevedi,
Lecturer |
Mr. Dilip Yadav, Lecturer prem.yadav.7736@gmail.com |
Mr. Vinay Sharma, Lab Assistant vs4028486@gmail.com |
Mr. Sharad Mathur, Lab Assistant sharadmathurvds@gmail.com |
Laboratories :
Chemical engineering laboratories play a vital role in the field of chemical engineering by providing a controlled environment for conducting experiments, analyzing data, and developing new processes and products. These labs are equipped with specialized equipment, instruments, and testing related to various chemical processes. Here are some laboratories in our department:
Mass Transfer Operation Lab:
Heat Transfer Operation Lab & Fluid Flow Operation Lab:
Mechanical Operation Lab:
Chemical Reaction Engineering Lab:
Petroleum Refinery Lab:
- In the purview industry and institute – interaction, BORL Bina sponsored a skill development program under CSR (Corporate Social Responsibility) conducted by CRISP. Over the course of five years, the programmed has provided valuable opportunities for students to enhance their skills and gain employment in renowned industries.
- Such collaborative efforts between industry and institutes play a crucial role in bridging the gap between theoretical knowledge and practical skills required in the job market. By providing students with industry-relevant training and exposure, these programs greatly increase their employability and career prospects.
- Many students have been able to secure placements in various renowned industries through this program. This not only benefits the students by offering them valuable job opportunities but also contributes to the overall economic growth of the region by nurturing a skilled workforce.
- Collaborative initiatives like this demonstrate the positive impact that can be achieved through partnerships between industries and institutions. This ensures that students are equipped with the necessary skills and knowledge demanded by the job market, leading to a more prosperous and sustainable future.
PLACEMENT Placement of Chemical Engineering students in various industries last few years. A few of the names of students with their industry is listed below.
The field of chemical engineering has produced numerous prominent alumni who have made significant contributions to various industries and fields.
In the context of a chemical department, there are various activities that can enhance learning, practical exposure, and knowledge sharing. Here are two common activities: industrial visits and expert lectures.
Industrial Visits:
Industrial visits provide students or professionals with an opportunity to visit chemical manufacturing plants, research facilities, or other relevant industries.
These visits aim to:
Enhance understanding: Observing real-life operations and processes helps students or professionals grasp the practical aspects of chemical engineering and the application of theoretical concepts.
Safety awareness: Industrial visits emphasize the importance of safety protocols, hazard management, and adherence to regulatory standards in chemical industries.
EXPERT LECTURES:
Expert lectures involve inviting industry experts, researchers, or experienced professionals to share their knowledge and experiences with students or professionals in the chemical department. Benefits of expert lectures include: Industry updates: Lecturers share the latest advancements, challenges, and emerging trends in the chemical industry, ensuring participants stay updated. Career guidance: Experts can offer advice on career paths, job opportunities, and skills required in the chemical industry.
Extracurricular activities, such as farewell and fresher parties, are an excellent way to build a sense of community and cordiality among students or members of an organization. These cultural activities are a great way to celebrate and honor colleagues who are leaving the department or the organization.