Dr Rakesh Kumar Pandey is an Associate Professor and Head of Department of the Civil Engineering Department at MATS School of Education. He holds a B.Tech.in Civil Engineering, an M.Tech. in Environmental Engineering and a PhD in Environmental Engineering. His research areas are in Civil and Environmental Engineering and in Solid Waste Management.

Dr Pandey has been working for 18 years in organizations and in academia. During this time, he also published 14 research papers in national and international journals. Moreover, he also has three patents.

MATS School of Education

What is the latest program you are offering in your institute/department? Which will help the students to perform better and stand out from the crowd?

At the MATS School of Education, we offer three courses at the Department of Civil Engineering, the first of which is a Diploma in Civil Engineering of 3 years duration. Students can pursue this after completing their 10th. It basically focuses on the planning, designing, execution, and maintenance of roads, bridges, and buildings. We also have a B.Tech. in Civil Engineering, an undergraduate engineering degree of four-year duration. Moreover, we have the M.Tech. degree in Computer Related Structural Engineering, which is a two-year course.

What are the factors that make this program the best for students to choose?

A civil engineering graduate is eligible for many career opportunities and can handle different types of construction projects like roadways, railways, skyscrapers, urban establishments, and agriculture. A civil engineer can work in the private sector as well as in public sector undertakings. We also offer short term programs that teach computer software and structure engineering that have been approved by AICT. We train students with the latest software which helps student to stand apart from their competition

What would you call a "best practice" in the course you are offering?

We are doing our best to help students keep up with their classes. If some students are lagging, we provide remedial classes to help them catch up. We also provide classes for students to stay up-to-date with industry standards and regulations. We use the latest technology and software to design and analyze projects. We have even collaborated with other engineers, architects, contractors, and clients to provide more services to students. Our students take part in site surveys and environmental impact assessments. We are continuously monitoring and testing materials and structures to ensure they meet quality standards.

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How have you trained yourself/the faculty to deliver this program to the students?

All faculty are encouraged to read books, go on site visits and take part in faculty development programs. We have a lot of policies in place to help the teachers train and self-learn. Our teachers also attend NPDL programs, seminars, and conferences to learn new skills, teaching methodologies and network with other teachers. The teachers take the help of PPTs and PDFs to deliver their courses.

What type of projects are students working on through this program?

At any given point in time, we are working on at least two to three projects. Some projects related to environmental science include engineering, technical engineering, shrinkage technology, and structural engineering. These projects help students practice their theoretical knowledge and learn new skills like teamwork, collaboration, and communication.

What are the benefits and career options after doing this course?

One of the best benefits of pursuing civil engineering is its impact on people's day-to-day lives. Without civil engineers, we would not have safe homes, cohesive road systems, or hospitals. By becoming a civil engineer, you will be able to positively impact society by making the world a better place. The structures designed and developed by civil engineers last for a long time, meaning society can benefit from an engineer’s work for many generations. The lasting impact you can have on a community as a civil engineer is invaluable. With an ever-increasing population, there is always a need for civil engineers, as better infrastructure is necessary for our society to thrive. Most civil engineering graduates work as Civil Engineers, but they also work as design Design Engineer, Building Control Surveyor, and Water Engineer.