Dr. D. Rajkumar is a Professor and the Head of the Department of Agricultural Engineering at RVS Technical Campus-Coimbatore. He holds a B.Sc. in Agriculture and a M.Sc. in Agriculture from Tamil Nadu Agricultural University. Thereafter, he completed his PhD in 2010. Since then, Dr. Rajkumar has gained 12 years of work experience in the industry and published his papers in 7 international and 9 national journals. He has also written more than 11 books in the fields of Bioenergy, Environmental Engineering, and Agricultural Microbiology.

Dr. Rajkumar has organised over 100 training programmes in Biogas Technology funded by the Ministry of New and Renewable Energy, Government of India, New Delhi. He has been appointed as a syllabus sub-committee member by Anna University, Chennai, to frame the syllabus and curriculum for B.E. Agricultural Engineering students since 2016. Additionally, he has been appointed as Chairman of both Agriculture and Food Boards in Central Valuation by the Controller of Examination, at Anna University since 2019.

RVS Technical Campus

What career options would be available for students after pursuing the agriculture engineering courses from your college?

After pursuing agricultural engineering courses from our college, students have a wide range of promising career options. They can find employment opportunities in various sectors such as agricultural machinery manufacturing companies, agribusiness firms, agricultural research organizations, government agencies, and consulting firms. Graduates can work as agricultural engineers, specializing in areas like farm machinery design, irrigation systems, precision agriculture, or sustainable farming practices. 

They can also explore opportunities in farm management, agricultural technology development, food processing industries, or pursue higher studies and research in agricultural engineering or related fields. Our comprehensive curriculum and practical training ensure that students are equipped with the necessary skills and knowledge to excel in their chosen careers and contribute to the advancement of agricultural engineering. 

What is the latest program that you are offering in your department? which will help students outperform and stand apart from the crowd? 

The latest program that we are offering in our Agricultural Engineering Department is a specialized course in Precision Agriculture. This program equips students with advanced knowledge and skills in utilizing technology and data analytics for optimized farm management. It covers topics such as remote sensing, GPS/GIS applications, drone technology, and data-driven decision-making in agriculture. Students learn to integrate precision agriculture techniques into crop management, resource utilization, and yield optimization, thus enhancing their problem-solving abilities and making them highly sought-after professionals in the industry. 

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

Oir program is designed to cater to the evolving needs of the agricultural industry, focusing on the integration of technology and data analysis for improved farm management. Secondly, the program offers hands-on training and practical experience through fieldwork, laboratory exercises, and industry collaborations, enabling students to apply their learning in real-world agricultural scenarios. Our emphasis is on research and innovation cultivates a mindset of continuous learning and enables students to contribute to the development of sustainable and efficient agricultural practices. 

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

After completing this course students can pursue careers as Precision Agriculture Specialists, Farm Managers, Crop Consultants, or Data Analysts in agribusiness firms, agricultural technology companies, research organizations, or government agencies. Graduates also have opportunities to work on global agricultural projects, contribute to sustainable farming practices, and drive innovation in the field. Moreover, the specialized knowledge and skills acquired through this course enhance employability, job prospects, and the potential for career advancement in the dynamic and growing field of precision agriculture. 

What are the types of projects that the students are working on through this program? 

In RVS some of the projects students work on include the design and development of precision agriculture systems, such as automated irrigation systems or drone-based crop monitoring systems. They also collaborate on projects related to sustainable farming practices, such as integrating renewable energy solutions on farms or developing smart farming techniques for resource optimization. Additionally, students work on research projects focused on crop modeling, soil and water management, or the application of data analytics in agriculture. 

How does the program ensure that students are being prepared for the future?

The program ensures that students are familiar with the latest advancements in agricultural technology and are trained in utilizing tools such as remote sensing, GPS/GIS applications, drones, and data analytics. The program encourages students to engage in research projects, fostering critical thinking, problem-solving skills, and innovation in agricultural engineering. Along with technical knowledge, students are provided with opportunities to enhance their communication, teamwork, and leadership skills, preparing them for successful careers in the field. 

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How do you establish a healthy relationship in college?

I always promote collaboration, teamwork, and mutual respect among students and faculty. Additionally, organizing regular student activities, cultural events, and sports activities helps to build camaraderie and a sense of belonging. And by maintaining approachability, empathy, and understanding, I strive to establish a positive and nurturing relationship with students, fostering their overall growth and well-being. 

What is your leadership philosophy?

My leadership philosophy revolves around empowerment, collaboration, and continuous growth. I believe in creating a supportive and inclusive environment where every team member feels valued and motivated. I promote collaboration and foster a sense of teamwork, where everyone's ideas and contributions are respected.