Can I learn remote sensing or GIS through RS&GIS?

RS&GIS at Michigan State University is primarily a research and service unit, not a formal teaching department, so you should not expect it to function like a course catalog or degree program. That said, its website can still support self-directed learning: it publishes project documentation, applied examples, and technical resources that show how remote sensing and GIS are actually used in research and operational work. If you are looking for structured courses, credits, or certificates, treat RS&GIS as a supplementary resource and confirm any training offerings directly on the site, since specific schedules and enrollment details are not guaranteed by the name alone.

What RS&GIS is, and what that means for learners

RS&GIS (Remote Sensing and Geographic Information Systems) is a unit at Michigan State University that applies geospatial technology to research and service projects. Its orientation is toward doing geospatial work — processing imagery, building GIS analyses, supporting campus and external projects — rather than delivering a curriculum.

This distinction matters for how you use the site:

• As a research/service unit, its output is project-based: methods, data handling, and results tied to specific questions.
• As a learning resource, that same output becomes case material — you see how a real analysis was framed and executed, not a textbook progression from basics to advanced topics.
• As a credential source, it is not the place to assume a degree or certificate lives. Verify any formal instruction separately.

What kinds of learning material you can realistically expect

Because the unit works on applied geospatial problems, the useful learning content tends to fall into a few categories. The exact inventory depends on what the site currently publishes, so treat the list below as the types to look for rather than a confirmed catalog.

If you are a student or researcher, the case-study and documentation material is the strongest fit — it complements coursework by showing application. If you are a practitioner, the methods and project write-ups are more directly useful for borrowing approaches. If you are a complete beginner, expect to need a foundational course elsewhere first; project documentation assumes you already know the vocabulary.

How to use the site for learning

1. Start from the projects or research section. Identify a project close to what you want to learn. The input is your learning goal; the action is matching it to a documented project; the expected result is a concrete example to study.
2. Read for method, not just result. Note what data was used, what processing steps appear, and what tools are named. This is where transferable skill lives.
3. Check for any training, workshop, or outreach pages. If the unit offers instruction, it will be listed there — but confirm dates, eligibility, and cost on the page itself rather than assuming.
4. Use contact channels for specific questions. For collaboration or clarifying a method, reaching the unit directly is more reliable than inferring from a project page.

Common sticking points

• Assuming it is a teaching site. It is not organized as a course platform, so navigation rewards project-oriented browsing.
• Expecting a fixed curriculum. Content reflects active projects, so topics shift over time.
• Treating any single page as complete. Details such as course schedules, fees, or enrollment requirements are only reliable when stated on the site; do not infer them from the unit's name or general reputation.

If your goal is to understand how geospatial work is done in practice, RS&GIS is a reasonable place to read and learn from examples. If your goal is a structured course or credential, confirm what is actually offered before relying on it.