
Discover how distance names relate to interval names in Excel, linking music theory concepts with spreadsheet terminology to enhance data analysis and formula understanding.
Explore how Excel supports music theory by comparing distance names and interval names across major modes.
Explore how Excel handles music theory concepts by distinguishing distance names from interval names and applying them to minor modes.
Explore how Excel handles distance names and interval names in music theory, using Locrian mode as a case study.
Explore inverted intervals in music theory and translate interval distances into distance terms using Excel.
Discover how Microsoft Excel can model music theory intervals and distance terms, with emphasis on mirror inverse intervals and practical spreadsheet techniques.
Explore how to use Excel to analyze music theory intervals, focusing on mirror inverse intervals and minor modes, translating intervals into distance terms.
Explore mirror inverse intervals in the Locrian mode using Excel, treating the fretboard as a distance map and translating between Nashville numbers and modal half steps.
Explore intervals over an octave using an Excel fretboard model, comparing scale-degree and modal naming with Nashville number system, and practicing distance-based interval visualization from one to beyond the octave.
Explore negative intervals over an octave using Excel to map music theory intervals to distance terms.
Explore negative modal distance intervals over an octave and map them to distance terms using Excel within a music theory context.
Discover how compound intervals extend beyond the octave and how their distances are described using distance terms within the music theory framework.
Welcome to the next evolution of “Music Theory with Microsoft Excel.”
In this course, we push past the limitations of traditional interval naming and enter the world of true measurement — where distances, directions, and modal logic replace confusing, century-old terminology that musicians still struggle with today.
This isn’t just a music course. And it’s not just an Excel course.
It’s a systems-thinking course for business professionals, engineers, analysts, and logically minded musicians who want a model that actually makes sense.
What This Course Is Really About
Traditional music theory names intervals using scale degrees, context-dependent labels, and rules carried over from the Middle Ages. That system breaks the moment you:
• go backwards,
• pass an octave,
• compare two different modal centers,
• or want a clean system that works on a spreadsheet.
In other words:
it’s the least “business-friendly” system ever invented.
This course fixes that.
You’ll learn to use Excel — the ultimate logic engine — to build a measurement system that works like any other professional framework:
• Clear definitions
• Consistent rules
• Forward and backward compatibility
• Scalable to multiple octaves
• Mathematically transparent
• Visualizable on a map (the fretboard "globe")
We systematically replace “interval names” with distance names, giving you a model that:
• measures cleanly
• scales infinitely
• maps instantly on the guitar and keyboard
• and actually teaches the structural logic behind music
And yes — musicians following this system will learn faster than they ever did with classical theory.
Why This Course Matters (Especially for Business & Excel Users)
This course uses music only as the case study.
Your real takeaway is systems design:
• How to rebuild a broken legacy framework
• How to replace jargon with measurement
• How to use Excel to analyze, simulate, and remap complex systems
• How to create rule-based models that scale without breaking
If you can engineer intervals, modal centers, negative distances, and octave-spiral logic in Excel…
you can engineer any system.
Why It’s Also a Huge Upgrade for Musicians
Musicians will finally see:
• why interval names collapse backwards
• why scale degrees break after an octave
• why “thirds” sometimes aren’t thirds
• why classical naming hides actual distances
• and how a distance-based modal system solves every inconsistency
They’ll walk away with a fretboard and keyboard model that:
• is simpler
• is faster
• is consistent
• works intuitively
• and prepares them for a better DAW notation system someday
You’re not just learning theory.
You’re helping build the next theory system.
What We Build in This Course
Using nothing but Microsoft Excel, we:
• Map forward and backward distances
• Compare interval names vs distance names
• Build reciprocal and inverse interval systems
• Create modal-range tables for all seven modes
• Analyze positive and negative compound intervals
• Unify one-octave and multi-octave logic into one system
• Replace the entire classical naming framework with a measurable one
• And finally — produce a fully functional Excel-based interval engine
By the end, you have a logical, modern alternative to traditional interval naming — all constructed using standard Excel functions like:
• LEFT, RIGHT, LEN
• FIND, MID
• Concatenation (&)
• Mixed references ($A1 / A$1)
• Circular measurement logic
• Linear distance logic
This becomes the foundation for future courses, including full chord-building, modal transformations, and a redesigned DAW grid.