The Department of Mining Engineering, established in 2023, offers a Diploma and B. Tech degree program. This specialized branch focuses on the extraction, processing, and management of mineral resources. Key areas of study include mineral exploration, surveying, rock mechanics, mine ventilation, environmental management, sustainable development, green energy transition, project evaluation, mine design, operations, and mineral processing.
Mining Engineering opens up diverse career opportunities across various sectors, including industrial minerals, manufacturing, planning, design, consulting, equipment development, software solutions, technical sales, government services, and research. Committed to excellence, the department strives to produce highly skilled mining engineers capable of balancing sustainable economic growth with environmental conservation, addressing the rising global demand for natural resources.
To be a globally recognized department in Mining Engineering, committed to nurturing future leaders through value-based education, cutting-edge research, technological innovation, entrepreneurship, and strong industry collaborations for sustainable and responsible mining practices.
Highly qualified, experienced, and dedicated faculty from premier institutes committed to embracing innovative teaching methods
Imparting high-quality education to the Mining Engineering profession and offering practical knowledge through creative teaching, learning, and research
Industry-oriented curricula aligned with National Education Policy (NEP) 2020
Nurturing the mining engineering profession
Outcome-Based Learning
Collaboration with reputed Universities and Industries
Developing entrepreneurship skills related to the mining business
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Head of Department, Mining Engineering
The Department of Mining Engineering at O.P. Jindal University, established in 2023, is a young and dynamic department dedicated to academic excellence, cutting-edge research, and industry collaboration. Our mission is to equip future mining professionals with the knowledge, skills, and innovation-driven mindset necessary to address the evolving challenges of the mining and mineral sector.
Mining is a cornerstone of national and global economic development, supporting key industries such as steel, power, construction, and manufacturing. Recognizing its significance, our department offers a well-structured, industry-aligned curriculum that blends fundamental principles with modern technological advancements. Our programs are designed to develop technical expertise, problem-solving abilities, and leadership qualities, ensuring that our graduates are well-prepared for the complexities of modern mining operations.
At OPJU, we emphasize experiential learning through hands-on training, industry visits, internships, and research projects. Our students benefit from state-of-the-art laboratories, simulation-based learning, and real-world problem-solving exercises, ensuring they are industry-ready upon graduation. The curriculum is continuously updated to incorporate emerging trends such as automation, digitalization, sustainable mining practices, and safety innovations.
Research and innovation are at the core of our vision. Our faculty members actively engage in advanced research in areas such as mine safety, mineral processing, environmental sustainability, and geotechnical engineering. Through collaborations with industry partners, research institutions, and government agencies, we strive to develop innovative solutions that enhance efficiency, sustainability, and safety in mining operations.
We are committed to fostering strong linkages with leading mining companies and organizations, enabling industry-driven projects, internships, and placement opportunities for our students. By bridging the gap between academia and industry, we ensure that our graduates possess the practical knowledge and competencies needed to contribute meaningfully to the mining sector’s growth and sustainability.
Safety and environmental responsibility are fundamental to our teaching and research efforts. We instill a strong sense of ethical responsibility in our students, emphasizing sustainable mining practices, environmental conservation, and adherence to global safety standards. As the industry transitions toward more sustainable and digitalized operations, we are dedicated to equipping our students with the latest technological expertise to lead this transformation.
Looking ahead, our goal is to position the Department of Mining Engineering at OPJU as a premier center for mining education, research, and innovation. We aspire to create an ecosystem that fosters academic excellence, industry engagement, and the development of skilled professionals who can make a global impact on the mining and mineral industries.
I warmly invite aspiring students, researchers, and industry professionals to join us in our journey towards academic and research excellence in mining engineering. Together, let us shape a safer, more efficient, and sustainable future for the mining sector.
The Rock Mechanics Lab is equipped to study the behavior of rock and soil under various stress conditions. Students learn to evaluate strength, deformation, and failure characteristics of rock masses. It includes different types of tests like uniaxial/triaxial compression, Brazilian tensile strength, and point load tests. The lab supports practical learning essential for slope stability, tunneling, and excavation design.
This lab trains students in modern and conventional surveying techniques used in mining. It includes instruments like total stations, theodolites, GPS, and dumpy levels. Students gain hands-on experience in traversing, leveling, contouring, and subsurface surveying. It plays a vital role in mine planning, excavation monitoring, and land management.
The Mine Environment Lab focuses on monitoring and controlling environmental parameters in underground and opencast mines. It includes instruments for measuring ventilation airflow, gas concentrations, dust levels, temperature, and noise. Students are trained in mine safety, air quality assessment, and environmental compliance for sustainable mining
This lab introduces students to the principles of mine planning, design, and scheduling using modern software tools. It includes layout design, reserve estimation, and economic evaluation of mining projects. Students gain insights into surface and underground mine design, haulage system planning, and equipment selection. The lab prepares students for real-world mine project development and optimization.
The Mineral Processing Lab provides hands-on training in the beneficiation and separation of valuable minerals from ore. It includes equipment for crushing, grinding, screening, classification, and separation. Students learn about ore dressing techniques and process optimization for efficient mineral recovery. The lab bridges theory and industrial practice in mineral beneficiation.
The Rock Mechanics Lab is equipped to study the behavior of rock and soil under various stress conditions. Students learn to evaluate strength, deformation, and failure characteristics of rock masses. It includes different types of tests like uniaxial/triaxial compression, Brazilian tensile strength, and point load tests. The lab supports practical learning essential for slope stability, tunneling, and excavation design.
This lab trains students in modern and conventional surveying techniques used in mining. It includes instruments like total stations, theodolites, GPS, and dumpy levels. Students gain hands-on experience in traversing, leveling, contouring, and subsurface surveying. It plays a vital role in mine planning, excavation monitoring, and land management.
The Mine Environment Lab focuses on monitoring and controlling environmental parameters in underground and opencast mines. It includes instruments for measuring ventilation airflow, gas concentrations, dust levels, temperature, and noise. Students are trained in mine safety, air quality assessment, and environmental compliance for sustainable mining
This lab introduces students to the principles of mine planning, design, and scheduling using modern software tools. It includes layout design, reserve estimation, and economic evaluation of mining projects. Students gain insights into surface and underground mine design, haulage system planning, and equipment selection. The lab prepares students for real-world mine project development and optimization.
The Mineral Processing Lab provides hands-on training in the beneficiation and separation of valuable minerals from ore. It includes equipment for crushing, grinding, screening, classification, and separation. Students learn about ore dressing techniques and process optimization for efficient mineral recovery. The lab bridges theory and industrial practice in mineral beneficiation.
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