You're starting a new geology project. How do you choose the most effective software?

Hola, llevo 15 años principalmente en exploración. Lo que finalmente me ayudo a una toma rápida de datos en terreno y posteriormente generar una robusta caracterización del proyecto y una excelente reportabilidad fue: 1 tener una app de toma de datos en el teléfono. 2 utilizar un drone básico como Phantom o Mavic para tener topografía e imagen base de alta calidad y 3 Modelar y generar una estimación utilizando Leapfrog. Pasé de ser usuario a afortunadamente ser trabajador de Seequent.

By defining your goals and what you need for a project, you can then choose the most effective software. For example a mapping exercise can just used softwares like ArcGIS.

Software can visualize, and speedize and in many cases facilitate geological concepts. The issue here is the geologist should understand the geology and data and the effective way to interpret it. The choosing the software would be easy.

decide what you want to achieve. Put thought into the goals and purpose of the project. Set your main goals first, and then break them down into smaller goals that will ultimately lead you to success.

selecting the most effective geology software depends on projects specific needs,Consider factors like data analysis tools and compatibility with geological data base

You can also consider the skill level, and preference from your team and the cost-effectiveness. The input from your team is always crucial in any decision making process, to get quick buy-in or uptake thus contributing to effective utilization. Training can also be sought for the most preferred software, to cater for outliers, and also serve as a refresher course to the advanced users.

Once you have made a decision on what you need to achieve, there is need to do a thorough research on the most appropriate software. One can find out that after deciding on the project deliverables, you still have a lot of options or a number of softwares that can one can use to deliver the desired results. During the research, one needs to look for the most stable software, the cost, compatibility with your hardware and other software. There is also need to check if some of the team members are familiar with the software or it's a fresh start for the who team, the availability of trainers locally so as to limit the cost of hiring someone from abroad.

Selecting the most effective software for a new geology project involves considering various factors based on the project's specific requirements and goals. We need to define the project objectives and requirements. Then explore the range of geology software available in the market. Compare the features offered by different software packages, assess their user interface and ease of use. We also need to assess the software scalability with our project's growth and adapt to changing project requirements. Consider the customer support and the cost against the value it brings to our project.

As you spend time in the industry, the software options will be delivered to you. Pay attention at trade shows and technical conferences. Software vendors are more than happy to talk to you, give you demos, and cut you deals. Keep them in mind if you are asked to choose a software package for a project.

It is possible to collect the correct data during the field investigation by means of software with low error accuracy and easy to use.

Don't rely on presentations when evaluating usability. Get your hands dirty and take the software for a test drive yourself. Software packages have a limited number of features, and those features are pretty standard across industry and specialty. Ask questions and understand the workflow you are attempting to use the software for.

El software a elegir, efectivamente debe tener una interfaz sencilla, preferiblemente intuitiva. Esto permitirá que la curva de aprendizaje sea más corta en el tiempo y poder utilizar al máximo las capacidades de este. También es importante la evaluar como importar y exportar los datos.

Scalability has several dimensions. 1. Scalable financially- is the software licensed by user or shared among multiple users? Can you use it on multiple devices? Are there maintenance fees? 2. User scalability- can multiple users be in the same project? What are the logistics for multiple users? How organized are projects with multiple users? 3. Infrastructure scalability- is the software run offsite and you need a reliable internet connection to use it? Can you use it in the field if necessary? Can you use it on multiple devices? What is the usability across multiple devices?

One of the most critical factors is capability of the software. i believe following should be considered. 1.Will the software be able to handle the volume of data you expect to work with? 2.Can it be easily integrated with other software you might use? 3.Is it scalable to meet your future needs as your project progresses? 4. The required help or support will be provided when needed?

Existen opciones en el mercado de software bajo el amparo comercial (licencias pagas) y alternativas sólidas en software libre. Se debe evaluar las ventajas y desventajas. Conozco desarrollos muy potentes como QGIS que en los 20 años de existencia ha tenido un avance importante y una estructura organizativa que le ha permitido avanzar y crecer.

You will discover a lot of complaints about any software package. You will not have trouble finding feedback about software. The question becomes, which is the least bad product?

You need to get feedback regarding the utilization and stability of the software. Linked and other groups could be handy tools, you can ask from your community and relevant people will respond to that.

En la actualidad, con el avance de las redes sociales donde la comunidad científica y tecnológica ha encontrado un nicho, las demostraciones, la interacción y retroalimentacion son puntos ampliamente cubiertos. Existe para cada avance tecnológico una comunidad que lo sigue y lo publica.

I think some following options can help taking the decision; 1. Evaluate the pros and cons of each option based on your specific needs and budget. 2. Don't be afraid to try out demos or free trials to get a feel for the software before you commit. 3. See the support could be available if you get stuck somewhere.

Once you have clearly defined the objectives of your project and conducted a thorough investigation into potential software that could contribute to achieving those objectives, it is essential to carry out a meticulous evaluation of the economic viability of acquiring each software. This involves carefully considering the investment costs in comparison to the expected economic benefits. It is crucial to take into account the initial budgets and conduct a detailed analysis of the tools provided by each software. Ensure to assess how much data processing detail is truly needed, aligning it with the precise scope of your objectives.

- Define your input and output data - Find the software that gives you maximum output with minimum input. - Software that can be used in future stages of your project - Software that, when run, does not freezes or affect the performance of other softwares used simultaneously. - Software that integrates directly with databases and SharePoints is an asset when working with bigdata.

For initial stage of a project I look in a software that can define objectives and gives perspectives of them. Also, that I can define metodologies and have different options to accomplish the objectives.

The objective/phase of the project should determine the type of software to deploy. For initial phase of geological projects (e.g. mineral exploration), there are tools that can aid in geospatial planning, geochemical sampling, and even drilling plans (avoiding breaching any advertisement rules). As the project phase develops, other high-end technologies can be integrated, with critical focus on project economics.

Look at the history of the software company. Who owns or runs it? Are they Miners or institutional investors? Is the software company spending on R&D How much has the price of the software changed in the last 10 years? What is said about the company by their competitors?