“If you are not willing to risk the unusual, you will have to settle for the ordinary.”

How I’m Finding My New Path

By C. Clark & ChatGPT (AI)

After months of navigating the exhausting maze of job applications, rejections, and silence, I found myself emotionally drained and creatively stuck. The hiring process had become more than a search — it felt like a series of closed doors. Writing about that experience (in last week’s weekly post) helped me release the frustration I’d been carrying. Now, with that weight lifted, I’m finally able to look forward. A surprising spark of curiosity led me to the Geospatial Science program at my local college — and for the first time in a while, I feel excited again. I don’t have all the answers yet, but something about maps, data, and rediscovering direction feels like exactly what I need.

About a month or two ago I found out that a neighbor was not working as well. He had gone through a layoff and came to find out that he has decided to go back to school. Writing that frustration relieving article allowed me to be able to receive this new vibration. After hearing about his plans I decided to go forward with an interest that has been in the back of my mind for a while… meteorology. Now I’m not exactly sure if that is what I want to do but it is a direction, something that I have been needing for a while now.

My focus is on finding something that is meaningful and of interest to me, but I am also curious as to the salary… as I, like everyone else, need to pay bills. Doing a quick search online…

 In my current location, the average annual salary for a meteorologist is around $129,082, with a range from $113,641 to $139,996, according to Salary.com. Entry-level meteorologists in the US can expect to earn around $96,278 per year, according to ZipRecruiter. Top earners, like Chief Meteorologists, can make upwards of $150,000 annually, according to ZipRecruiter. 

 Again, I’m not sure that being a Meteorologist is what I want, that salary is nice though. I also did a quick search on the local community college & universities in this area. The community college does not offer courses in this area, but the university has a “Geospatial Science BA” program. This is where I will start my journey. I want to document it this time because I have a tendency to research interests of mine and then forget what I researched, leaving me to have to repeat myself.

Meteorology -vs- Geospatial Science

It is my understanding that Meteorology and Geospatial Science are not the same but they are interconnected. Meteorologists use geospatial tools to map and analyze weather data across space and time. According to ChatGPT: Geospatial Science is the study of location-based data using tools like: GIS (Geographic Information Systems), GPS (Global Positioning Systems), Remote sensing (satellites, drones, etc.), Cartography (map-making). Whereas meteorology is the scientific study of the atmosphere and weather, including: Climate patterns; Storm systems; Precipitation, wind, and temperature changes; and Forecast modeling.



Since I was looking to take in-classroom classes I decided to check out Geospatial Science. In my research I determined that it is probably not something I want to do/learn. With a Geospatial Science BA degree, I would have the opportunities to be hired as a digital cartographer, GI Specialist, GIS Developer, Remote Sensing Data Scientist, Imagery Analyst, and more. All of them sound impressive but not what I am looking for, like I said above I’m looking for something that is meaningful and of interest to me.

The local university also has an Intelligence Studies (BA) program, which prepares you for a career in the Intelligence Community, because it focuses on the collection, analysis and distribution of intelligence that affects our national security. Again, also impressive yet not sure I would be interested in, therefore I will continue my search.

RTAC8961

Next Step

I am trying to learn more about myself and my likes so I’m going to pay more attention to what gives me energy and what drains me. I have to admit that my energy about looking into this is waning but I’m going to keep pushing, for at least a while. I wanted to take some in-room classes but maybe online courses are what I need. I found that there are a couple of colleges/universities that offer meteorology degrees:

  • University of Arizona: Offers an online Bachelor of Applied Science (B.A.S.) degree in Meteorology, specifically designed for military personnel with an associate’s degree in weather technology. 
  • Mississippi State University: Provides an online Bachelor of Science (B.S.) in Geosciences with a concentration in Broadcast and Operational Meteorology. They also offer online Master of Science degrees in Geosciences with concentrations in Applied Meteorology and Environmental Geosciences. 
  • Penn State University: Offers an online undergraduate certificate in weather forecasting. 

 

Now, I got my Masters degree from PSU, however, I’m not sure ‘weather forecasting’ is where my interest lies. So even though that is not my next step (right now) I will keep this in mind.

Not knowing what to do next I decided to ask ChatGPT a question:

My Question: I’m trying to figure out what exactly I like about these areas… so I know where to focus my attention. The other day I heard someone say one possible reason for all the extreme weather lately would be that the earth’s core had changed directions. Now, I’m not sure if that is true but it piqued my interest. What area of interest would that be? Would that be in geospatial science or meteorology or some area completely different?

Part of ChatGPT’s Answer: You’re asking a great question — and one that shows your curiosity is stretching across multiple, deeply interconnected fields. Let’s break it down so you can start pinpointing what exactly interests you and where it might lead you:

🌪️ The Earth’s Core Changing Direction & Extreme Weather

The idea that the Earth’s inner core might be rotating at a different speed or direction is a real scientific theory that occasionally appears in research. Some studies suggest that the rotation of the inner core slows down or changes direction slightly over decades. But the connection between this and extreme weather isn’t fully understood — and is more of a speculative link at this point.

You may be drawn to the “invisible forces” behind what we see — like how deep Earth processes, or shifts in magnetic fields or energy patterns, could lead to what feels like climate chaos. That’s a more systems-level, investigative, and pattern-based way of thinking — and people with that mindset often enjoy:

  • Earth System Modeling
  • Remote Sensing for Climate Monitoring
  • Scientific Journalism or Science Storytelling
  • Space Weather / Geomagnetism
  • Climate and Risk Analysis

I added a question about the Moon’s effect on the earth and received more information in terms of a focus on “invisible forces” which is another thing that piqued my interest. Two charts to help me narrow down my focus:

🔬 Fields Involved in That Topic

Area

Focus

Example Interests

Geophysics

The physical processes of the Earth (including the core, mantle, crust)

Plate tectonics, magnetic fields, core rotation, seismic waves

Climatology

Long-term weather patterns and climate systems

Global warming, El Niño, jet streams

Meteorology

Short-term atmospheric processes

Storm formation, weather forecasting

Geospatial Science

Mapping and analyzing Earth-related data

Remote sensing, satellite monitoring, changes in land/ice/water over time

Earth System Science

Integrates all the above into a big-picture view of Earth as a system

Interactions between air, land, water, and the Earth’s interior

 

🌀 So Where Does This Fit in Your Path?

Your growing interest in the Moon, core shifts, extreme weather, invisible patterns points to something really exciting — a unique focus at the intersection of:

Interest Area

Invisible Force

Related Fields

Moon & tides

Gravitational pull

Astrophysics, Geophysics, Oceanography

Earth’s core

Magnetic field, rotation

Geophysics, Earth Science

Climate & weather

Atmospheric energy shifts

Meteorology, Climatology

Patterns & relationships

Systems thinking

Earth System Science, Geospatial Analysis

“What we can’t see but deeply feel”

Vibration, resonance, timing

Space Weather, Solar-Terrestrial Physics

A Place To Start

One nice thing about ChatGPT, is the options it provides. So, with all the information I provided (in the form of questions) it was about to give me some places to continue my exploratory search. ChatGPT remembered some of my previous questions (in other sessions) and was able to apply it here.

🧭 So Should Your Focus Be “Invisible Forces”?

YES. That phrase beautifully sums up your curiosity, and it can absolutely be your guiding theme — even if you study across several fields. “Invisible forces” can include:

  • Gravity
  • Magnetism
  • Vibration/resonance
  • Solar activity and moon cycles
  • Climate systems and atmospheric pressure
  • Tectonic shifts and energy buildup underground

💡 Ideas to Explore Your Focus Further:

  • 🌌 Start a visual journal mapping out Earth’s invisible systems: core → tides → weather → cosmos.
  • 🌍 Take an intro course in Earth System Science or Geophysics.
  • 🌀 Write a blog series or article: “What if invisible forces are behind today’s climate extremes?”
  • 📡 Use geospatial tools to track changes in tides, moon phases, or climate patterns over time.

I love this so my next article will go into this more.

Personal Photo

Design Verse