You’re a mining engineer looking for the best research tools. How do you find them?

Once the problem statement is defined, existing research needs to be compiled. Several online databases exist. Universities, research labs, and companies provide more comprehensive literature through their libraries. Professional societies frequently host research repositories that could be referred to identify appropriate procedures, protocols, and plausible pitfalls. Computer modeling tools, including open-source and commercial, are frequently used. Statistical software is used for data analysis. Cloud-based platforms are used while working on collaborative research to seamlessly share research-related data and information. Seeking assistance from professionals who have worked on similar projects is always helpful.

You must have futuristic approach in your research outcomes while considering current scenrios! Then divide the whole chain into small links and identify the intermediate goals. You must be visionary and critical in thinking and must have answers to all ifs and buts. Always think globally as well as regionally. Always have both "why" and "whynot" approach in thinking. While considering these aspects when moving forward to achieve your goal, you will realize what information and pertinent tool(s) will serve your purpose best. Always plan for interactive and appealing description of your research and data. Use numbers, graphs and charts etc. Always present tactically to deliver both concerned and unconcerned audience in their comfort zones.

This is extremely important. Develop your research questions related to the topics. Conduct literature research on the various existing tools out there which has already looked at the research questions. By conducting a literature research analysis you will come to know what tools are good to solve the research questions and what new research tools can be develop to answer the research questions. Then find tools which best fit as methods to solve the research questions.

The best research tools to do what? You need a destination to go to before you consult a map.You don't need a map if the destination is your next door neighbour.

Research in mining needs to start with clear battery limits- - Define the problem - Establish a goal - Mining is very much influence by local ESG and compliance (License to operate) If you looking into technical research; a) SME websites and papers are very good start point b) AI are now available to guide to some good resource tools c) Case studies provides a very good tool D) Local Agency / Research organization ( similar to NIOSH / MSHA etc) In the 21st century, its important to sure data integrity and sensitivity is secured.

In my opinion, active mining projects are one of the best sources of information. Due to the fact that the structure of most mining projects are similar, if you can enter an active project, you can gain experience that can be used in other mining projects as well.

Databases is the wrong word. Sources of data is the right word. Theory has its place, but applicable empirical data is better. Some tests work on specific rock types, and the results will be different depending on the types (Australian coal coking characteristics versus Appalachian versus Rocky Mountain coal, or Australian grinding versus Andean grinding). Most rocks need physical breakage from blasting, a few select cases need cutting or shattering instead. Make sure you're using the appropriate tests for your exact materials and setting. Run empirical tests to confirm that the proper theories are being applied.

As a mining engineer looking for the best research tools, I would begin with exploring specialized databases and resources specific to the mining industry, such as OneMine, Mining Engineering Online, and the Society for Mining, Metallurgy & Exploration (SME) library. Also, I would consider utilizing academic databases like IEEE Xplore, ScienceDirect, and Google Scholar to access relevant research papers and publications. Collaborating with colleagues, attending conferences, and joining professional associations can also provide valuable insights and connections to cutting-edge research tools and techniques in the field.

Ask people who have worked in similar circumstances. Ask people actively working there now. If you are uncertain about whether a source is valid/proper for your instance, consider asking the original author (or someone you consider an authority on the topic) and try to brainstorm with them or with co-workers.

As a mining engineer, it is crucial for you to be well-versed in the software and tools currently used in the mining industry. These tools play a vital role in supporting your decision-making process and providing you with results based on your input data. While these tools are essential for your work, it is equally important for you to understand how these data support your decisions and what you should achieve from them. Remember, software is just a tool, but the process behind it requires your analytical skills and brainpower.

Linking up with other professionals, especially those who have more experience, is very important to any engineer. It helps you to familiarize with the reality of things in the field and how other people have been able to cope. This is important information because it forms basis for the areas of consideration in future researches .

Rigorous research is typically challenging for many mining engineers who have worked in the industry for an extended period. Work routines and job requirements often constrain mining engineers from conducting thorough research. As a result, many miners tend to forget their college studies on research methods, making research increasingly daunting for them. For mining engineers with limited research experience, understanding the focus of their research and the expected outcomes could be an initial step in identifying the appropriate tools. Then, they should consult colleagues, experienced miners, seminal literature, and check databases as well.