Salary

Mining Engineering Salary: University Requirements and Career Scope

Mining Engineering Salary

 

In the United States, the average compensation for a Mining Engineer is $87,544 per year. In the United States, the maximum annual compensation for a Mining Engineer is $114,439 dollars. In the United States, the lowest annual income for a Mining Engineer is $66,969 dollars. 

What is the definition of mining engineering? 

Mining engineering is a branch of engineering that deals with the science, technology, and application of extracting and processing minerals from the natural world. Mining engineering courses in India focus on the extraction of valuable ores from the ground for processing and use. From exploration and discovery to feasibility, development, production, processing, and marketing, it covers all aspects of mining operations. After that, the land where the extraction took place must be restored and rehabilitated. 

Mining engineers are in charge of identifying mineral, petroleum, and other usable natural resources deposits, as well as laying out plans, creating shafts, inclines, and quarries for the safe extraction of these commodities from beneath the earth. Coal, petroleum, metallic or nonmetallic minerals, and so on are examples of natural resources. A mining engineer must consider the health, safety, and welfare of workers when planning to extract a natural resource from beneath the earth. 

Mining engineers are also expected to have a broad understanding of other fields. Geology, civil and mechanical engineering, metallurgy, business, economics, management, law, and information technology are among these fields. Some of the activities involved in mining engineers’ work include determining the feasibility of mining an ore deposit, designing the ventilation system for an underground mine, supervising the construction of conveyors at an open pit site, and researching the development of new extraction processes. 

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What Is the Role of a Mining Engineer? 

Underground and above ground mining processes are planned, designed, and operated by mining engineers. Mines produce natural resources that are used to make everyday items such as clothing, food, and shelter. Gravel, coal, copper, iron, tungsten, gold, and silver are just a few of the natural resources that mining engineers assist with. In addition to monitoring mine operations and supervising mines, mining engineers’ administrative responsibilities, according to the US Bureau of Labor Statistics (BLS, www.bls.gov), include: 

Underground mine design 

Build and design mine shafts and tunnels 

Designing mining machinery 

Undertake personnel development 

Oversee Mine operations. 

Mining engineers attempt to obtain the most quantity of natural resources from a mine while spending the least amount of money possible. They also attempt to keep the quantity of water and pollution produced by the mine to a minimum. 

Supervise Miners to supervise 

Mining engineers with a bachelor’s degree can supervise and manage various aspects of the mine. Small groups of personnel are supervised by mining engineers as they create mine models in order to plan processes. A mine’s economics, safety, project management, employee relations, and environmental impact can all be overseen by these professionals. 

Mining Engineering Work Environment

Many people believe that mining engineers solely work in mines, however they can work in a variety of settings and companies. Mining engineers can work for a variety of companies, including: 

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Companies in the mining industry 

Companies that produce mining goods 

Agencies at the state or federal level 

Engineering companies 

How to become a mining engineer? 

To work as a mining or geological engineer, you must have a bachelor’s degree from a recognized engineering institution. Math and science should be studied by those who want to pursue such a vocation. Due to the scarcity of mining engineering degrees, students may have to concentrate in this field while enrolled in general engineering programs. Geology, physics, mine design and safety, and math are all common courses in mining engineering undergraduate degrees. In most cases, lab and field work are incorporated. Coursework on mineral resource development and mining regulations is common in graduate programs. 

Engineers who provide direct services to the public must hold a professional engineer’s license (PEs). The Fundamentals of Engineering (FE) exam is available to college graduates right away. Engineers in training (EITs) or engineer interns are engineers who pass this exam (EIs). EITs and EIs can take the Principles and Practice of Engineering exam to qualify for licensing after four years of work experience. 

Engineers are required to participate in professional development events in certain states in order to keep their licenses. Most states recognize licenses from other states as long as the criteria of that state meet or surpass their own. 

Expectations for Mining Engineering Graduates 

Students in the Department of Mining & Minerals Engineering are required to have the following skills and competencies after graduating with a B.S. in Mining Engineering: 

Ability to recognize, formulate, and solve difficult engineering issues using engineering, scientific, and mathematics principles 

An understanding of how to use engineering design to create solutions that fulfill specific demands while taking into account public health, safety, and welfare, as well as global, cultural, social, environmental, and economic aspects. 

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The ability to effectively communicate with a variety of audiences 

Ability to understand ethical and professional duties in engineering problems and make well-informed decisions that take into account the influence of engineering solutions in global, economic, environmental, and societal contexts. 

Ability to work as part of a team that provides leadership, creates a collaborative and inclusive environment, establishes goals, plans tasks, and meets objectives. 

Ability to design and perform relevant experiments, analyze and interpret data, and draw conclusions using engineering judgment 

Use of suitable learning methodologies to acquire and apply new knowledge as needed. 

Why should you major in mining engineering? 

From 2018 to 2028, employment of mining and geological engineers is expected to increase by 3%. Mining engineering can be a lucrative job as well. 

Mines are designed, new technology is developed, and mining equipment is created in order to extract minerals or metals efficiently and safely. They frequently collaborate with a group of scientists and engineers. Mining engineers can focus on certain minerals or metals, such as copper or diamonds. 

According to the Holland Code structure, this vocation is appropriate for persons with interests in Building, Thinking, and Persuasion. 

What is the average time it takes to become a mining engineer? 

Before beginning this vocation, there are a few conditions that must be met. The average time it takes to become a mining engineer is 4-6 years. If you want to work as a mining engineer, the first step is to have a good education.

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Education Requirements for Mining Engineers 

Mining engineering and geological engineering programs are available at a few schools and institutions, but they are uncommon. Similar degrees in civil or environmental engineering, as well as geoscience, are frequently accepted. To become a mining engineer, you must have a bachelor’s degree from a recognized engineering program, however there are various graduate programs available for professional progression. 

The Accreditation Board for Engineering and Technology, Inc. (ABET) awards accreditation to mining and geological engineering schools based on variables such as faculty, curriculum, and facilities. 

How to Become a Mining Engineer: A Step-by-Step Guide 

Mining engineers’ education and licensure requirements vary by area and role, but they generally follow the same phases and procedures: 

Obtain a Diploma 

To become a mining engineer, you must first obtain a degree from an ABET-accredited college. For the most part, a bachelor’s degree will suffice. Postgraduate programs are also available, and some positions may need them. 

To be eligible for licensure, you must meet the following requirements. 

For entry-level positions, licensure may not be required to begin working. A license will, nevertheless, be essential to advance your career as a mining engineer. Applicants must meet the following requirements in order to be considered: 

A passing grade on the Fundamentals of Engineering (FE) exam, which college graduates can take right away to start working as engineers in training (EITs) or interns (EIs) . Work experience of four years in a related field 

The Professional Engineering (PE) test is the final requirement for licensure. The PE exam must be passed in order to be licensed. 

Apply for Jobs

After you’ve received your degree or license, you can start looking for work. In most cases, new engineers will be supervised by more experienced engineers. 

Take a peek at our Graduate Hub, where we have a huge selection of job openings all across the world. Each position necessitates a unique set of talents, but there are some characteristics that we look for in all of our employees. 

Invest in Professional development

To keep their licenses, some states require engineers to participate in continuing professional development activities.

Mining engineers use a variety of skills on a daily basis. 

While not a hard skill, having a love for how mining may be used to better people’s lives is always beneficial to a mining engineer. Aside from that, mining engineers have a variety of responsibilities. Engineers must have the following competence to execute these responsibilities: 

Analytical Skills

Engineers in the mining industry consider the ramifications of their immediate activities. They must be able to solve problems by taking into account a number of potentially complex and interconnected concerns at the same time. 

Decision making ability 

Mining engineers make decisions that have a direct impact on the lives of miners, the firm, and the environment. It is critical to recognize and address such problems as soon as possible. 

Reasoning ability

Engineers are required to plan mine operations, mineral processing, and rehabilitation. They must be able to organize work plans in a logical and consistent manner. 

Mathematical abilities

Mining engineers must be familiar with calculus, trigonometry, and other advanced math disciplines in order to do their jobs. 

Writing abilities 

Mining engineers must communicate their plans to their colleagues. They write reports and directions for others on their team, so communication requires clear and concise writing.

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Universities offering Mining Engineering

Colorado School of Mines is a public university in Colorado. 

The Colorado School of Mines was founded in 1859 to act as a supply hub for local miners and settlers. 

Chemistry, metallurgy, mineralogy, mining engineering, geology, botany, math, and drawing were among the courses provided to students during the early years of Colorado School of Mines. 

Gold and silver, as well as their assaying, were the subject of early academic programs. As the university matured, its aim shifted to an emphasis on understanding the Earth, harnessing energy, and environmental sustainability. 

Curtin University is located in Perth, Western Australia. 

Curtin University, founded in 1966, has evolved into a vibrant and creative environment where ideas, skills, and cultures collide. 

Curtin is an international university with a fast expanding worldwide footprint, with campuses in Western Australia (Perth and Kalgoorlie), Malaysia, Singapore, Dubai, and Mauritius, as well as a network of university partners across the world. Curtin’s growing international reputation has seen the university swiftly rise through the international university rankings. 

McGill University is a university in Montreal, Quebec, Canada 

McGill University, based in Montreal, is one of Canada’s most distinguished universities, attracting thousands of international students each year from more than 150 countries and boasting the greatest percentage of Ph.D. students of any Canadian research university. 

McGill University is known for its 50 research institutes and centers, 400+ programs, rich history, and strong alumni network of 250,000 people all over the world. 

The University of Queensland is located in Brisbane, Australia

The University of Queensland (UQ) has a worldwide reputation for bringing positive change to the world via knowledge leadership. 

UQ is one of only three Australian members of the worldwide Universitas 21 and consistently ranks among the world’s top universities. 

UQ’s three magnificent campuses in South-East Queensland are home to more than 53,600 students. About 18,000 foreign students make up UQ’s diverse, supportive, and inclusive campus community. 

The University of Western Australia is located in Perth, Western Australia. 

The University of Western Australia (UWA), which has campuses in Perth and Albany, is a vibrant and forward-thinking community of lecturers, researchers, students, and staff who are all driven by a desire to learn, innovate, and investigate. 

The Perth campus is a combination of beautiful early 20th century sandstone and terracotta buildings and more modern amenities surrounded by lush heritage-listed gardens, located 10 minutes from Perth’s busy downtown shopping and business sector and bordered by the magnificent Swan River. 

UWA is a globally recognized leader in research and higher education, with over 5,000 foreign students from over 100 countries. 

Saint-Petersburg Mining University 

Saint-Petersburg Mining University was established in 1773 by Empress Catherine II’s edict as Russia’s first technical higher educational school. 

Across its eight schools, the university now offers a unique combination of rich legacy and cutting-edge technology and infrastructure. 

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Through its wide range of bachelor’s, master’s, and specialist profiles for future employees of Russian and international companies engaged in estimation, prospecting, exploitation, exploration, and processing of raw materials, oil, gas, diamonds, and ores, the university’s well-developed infrastructure and highly qualified academic staff provide over 12,000 students with the best education possible.

 

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