Mining Engineering : The continuous evolution of technology in mine planning has been an incredible journey for our country. Operations have started using drone technology and laser scanning to manage pit operations, blast efficiency, ore grading, and more.
The biggest challenge for Mining Industry is the general misunderstanding regarding the industry. Many people do not understand the amount of care that is required to extract minerals for conveniences and protections. Mining involves the entire lifecycle of the land, careful consideration of the environmental conditions before drilling, efficient extraction of the metals of interest, and thoughtful reclamation with the next generation of land use in mind.
It is often noticed that this branch is underestimated or might not be given the due importance and recognition it actually deserves. Let’s read about Mining Engineering in detail, its scope and career opportunities available for the upcoming generation in this field.
Mining engineering is the discipline of engineering, which includes extraction, production, identification, and handling of valuable minerals from a naturally occurring environment. It is associated with many other disciplines, such as mineral processing, exploration, excavation, geology, and metallurgy, geotechnical engineering and surveying.
This is a well known fact that the mining industry faces some significant challenges. The increasing demand for minerals and metals coupled with the pressure to increase output cost-effectively puts many mining operations in a tight spot.
Fortunately, digital transformation and new technologies offer mining companies golden opportunities to become more efficient, boost production, and cut costs while making the work environment safer.
Mining Industry may follow the four trends for granting success in the future to the young engineers. These trends are as described below :
Digitalization is the catalyst that would help mining operations become “smarter” by leveraging digital tools and processes that make operations instrumented, interconnected and intelligent. For example, correcting issues with mineral processing has always been more reactive than proactive. With dynamic information available early on through interconnected digital systems and software, quick actions can be made before problems surface. Advanced digital process and control systems enable continuous monitoring and virtual simulations, among other cutting-edge capabilities.
Robots, machines and drones-
While digital transformation focuses on making mines smarter, new technologies and tools on the hardware, transportation, and equipment side bring unprecedented brains and brawn to all the significant operations. Best of all, these new technologies can connect seamlessly with digital transformation efforts, integrating data analytics, AI, and machine learning with a smart mine’s unified systems. Also, drone technology is already being used throughout the mining industry to help increase safety by going into areas that may be hazardous to humans, along with many other applications.
Sustainability and Environmentalism-
Today’s shift towards CSR sets the stage for concepts like “green mines” or “zero-waste mining” to become increasingly popular. The goal of “greening mining” is to reduce the environmental impact of mineral and metal extraction and processing, with a focus on new technologies, smarter mining operations and processes, and sustainability best practices. The trend towards renewables means the mining industry will look to extract more and more copper for fueling solar power, wind power, and electric cars.
Deep-Sea, Space and Rediscovery-
As the industry looks further into the future for tomorrow’s opportunities, several vital areas emerge as the front runners. Deep-sea mining is a relatively new concept in mining, and undersea technologies are just beginning to scratch the surface of what’s possible. Robotic systems have already been developed to enter areas that are off-limits to humans, helping to map abandoned mines for potential reopening or to search for valuable minerals. With the thousands of shuttered or flooded sites throughout the world, high-tech robots and machines could help create significant new sources of mining revenues from old mines.
So, this sums up the promising and rewarding career that awaits for the aspirants in the field of Mining. Many dynamic changes and upgrades can be seen in this field regularly and are evolving brighter like any other engineering field. So, the students must choose a college likewise. Sir Padampat Singhania University in Udaipur is one of the best engineering colleges of Udaipur, Rajasthan providing quality education in the school of engineering and school of management to the students. SPSU offers a complete educational package to the students, including state-of-the-art labs for continuous practice and development, world-class amenities and excellent infrastructure with excellent faculty support throughout the session for the students. SPSU also provides paid internships and final placements in top companies of India and abroad at high salary packages to offer a bright and successful career to every student.