This OER presents an integrated suite of learning resources developed for the core music theory and musicianship curriculum at the University of Northern Iowa School of Music. It provides a more comprehensive symbiosis of musicianship and music theory learning than can be found in existing textbooks, including engaging and progressive video demonstrations and interactive listening and vocal exercises that integrate musical knowledge with foundational musical skills. This OER affords the flexibility to shape core musicianship and music theory learning to meet the needs of changing School of Music demographics well into the future, a resource for innovative and inviting music programs accessible to all.

This open e-book is the result of a project funded by a University of Edinburgh Student Experience Grant, Open e-Textbooks for access to music education. The project was a collaboration between Open Educational Resources Service, and staff and student interns from the Reid School of Music. As a proof-of-concept endeavour, the project aimed to explore how effectively we could convert existing course content into convenient and reusable open formats suitable for use by staff and students both within and beyond the University. The resulting e-book presents open licensed educational materials that deal with the building blocks of musical stave (sometimes known as staff) notation, a language designed to communicate about musical ideas which is in use around the world. The resources in this e-book include video lectures and their transcripts, as well as supporting text explanations, examples and illustrations. The materials introduce topics such as the organisation of discrete pitches into scales and intervals, and temporal organisation of musical sounds as duration, in rhythm and metre. These rudiments are presented through an introduction to the elements of five-line stave notation, and through critical discussion of the advantages and limitations served by notational systems in the representation and analysis of musical sounds. This serves as the basis of further explanations, to illustrate musical concepts including key, time signature, harmonisation, cadence and modulation. We anticipate that subsequent versions of this e-book will update and develop the contents and presentation of the materials, following the success of this student-led collaboration.

This is not a metallurgy class! Learn everything you ever wanted to know about Heavy Metal music. Topics of this video lecture series include musicology, history, metal culture, music theory, songwriting tropes, harsh vocal techniques, extreme metal, tech-based instruments, and how the genre tackles some of today's biggest sociopolitical challenges. You’ll find out why metal bands exist in every country on Earth, and why you're probably already a metalhead without even knowing it. This course has been rockin' MIT's Independent Activities Period (IAP)* since 2006!
2023 Video Lectures:

Heavy Metal 101: Music and Culture
The Guts of Metal - Music Theory and Songwriting with Colin Brumley
All About Harsh Vocals – History, Application, and Technique with Paul Buckley
History of Heavy Metal, Part I
Connections Between Metal and Literature with Dean Swinford
History of Heavy Metal: Part II
GeoShred and Technology-Based Expressive Musical Instruments with Jordan Rudess
History of Heavy Metal: Part III

The 2021 and 2022 class video lectures are also available on the site.
*IAP is a 4-week term at MIT in January that provides members of the MIT community with an opportunity to organize, sponsor, and participate in activities and topics that are often outside of the regular MIT curriculum.

This course is an interdisciplinary exploration of three broad topics concerning music in relation to time.

Music as Architecture: the creation of musical shapes in time;
Music as Memory: how musical understanding depends upon memory and reminiscence, with attention to analysis of musical structures; and
Time as the Substance of Music: how different disciplines such as philosophy and neuroscience view the temporal dimension of musical processes and/or performances.

Classroom discussion of these topics is complemented by three weekend concerts with pre-concert forums, jointly presented by the Boston Chamber Music Society (BCMS) and MIT Music & Theater Arts.

Learn about the fundamental connections between math and music, in four Acts: "Rhythm," "Frequency," "Harmony," and "Fractals." Concepts presented in the video documentary are reinforced by hands-on experiments using the Google Chrome Music Lab Experiments. Learn the instructional design process used in creation of The Majesty of Music and Math incorporating Universal Design for Learning and the methodology of assessing non-cognitive skills using a combination of gains in Experience Level, Depth of Knowledge, and Performance Quality.

Multimodal Musicianship is an open educational resource for learning music theory and ear training. The content engages concepts related to tonal harmony, suitable for a two- or three-semester music theory and ear training curriculum in a liberal arts college or other higher education setting. This collection of materials offers multiple modes of engaging content—with text, musical examples, audio examples, video content, application activities, and links to supplemental content—designed for users to learn and reinforce their knowledge according to their learning styles and needs.

A collection of PDF fillable worksheets aligned with most common instrumental music method books.  These can be attached to an LMS so students can access, complete, and submit electronically.

Music Theory for the 21st–Century Classroom is an openly–licensed online four–semester college music theory textbook. This text differs from other music theory textbooks by focusing less on four–part (SATB) voiceleading and more on relating harmony to the phrase. Also, in traditional music theory textbooks, there is little emphasis on motivic analysis and analysis of melodic units smaller than the phrase. In my opinion, this led to students having difficulty with creating melodies, since the training they are given is typically to write a “melody” in quarter notes in the soprano voice of part writing exercises. When the assignments in those texts ask students to do more than this, the majority of the students struggle to create a melody with continuity and with appropriate placement of harmonies within a phrase because the text had not prepared them to do so.

Music Theory for the 21st–Century Classroom is an openly–licensed online college music theory textbook that is meant to take the student from the basics of reading and writing pitches and rhythms through twelve–tone technique and minimalism over the course of four semesters. This text differs from other music theory textbooks by focusing less on four–part (SATB) voiceleading and more on relating harmony to the phrase. Also, in traditional music theory textbooks, there is little emphasis on motivic analysis and analysis of melodic units smaller than the phrase. Whenever possible, examples from popular music and music from film and musical theater are included to illustrate melodic and harmonic concepts, usually within the context of the phrase. Practice exercises (with answers), homework exercises, and practice tests are included.

Open Music Theory is an open-source, interactive, online “text”book for college-level music theory courses. This textbook is meant to support active student engagement with music in the theory classroom. That means that this text is meant to take a back seat to student music making (and breaking). It is not the center of the course. The three original authors use this textbook in the context of “inverted” or “flipped” courses, often following an inquiry-based model. As a result, most of the pages in this textbook do not read like a typical twentieth-century textbook. They are somewhere in between prosy lecture notes and reference material, with minimal graphical or audio examples. Also, unlike many resources for “flipped” classes, there are few resources in this textbook where the core information is presented in video. We made these decisions consciously, so that this would not simply be a multimedia, web-based version of an industrial-era textbook. Rather, we wanted to create a textbook that could serve as a quick reference in the context of active musical engagement.

A Practical Approach to Understanding Music Theory is a textbook designed for the non-music performance major or music business/audio engineer who needs to professionally interface with musicians without needing to write or compose music. The material is designed around a spiral learning model in which a very simple straightforward concept is introduced, defined and explained. From this point and forward the book adds one element of music theory after another until a broad base of musical understanding and application is achieved. Even though the spiral learning model has a linear approach, the book is also laid out in a manner that any music student or hobbyist may treat it as a research manual to search out specific explanations of musical situations they encounter. This text is meant to be an all-inclusive explanation of how music is created, graphically distributed and performed for those who are not majoring in music theory, performance or education. It is aimed at those who are seeking a career in audio engineering, music business, artist representation, minoring in music, teaching lessons in a local community or someone who just wants to learn to play and understand music on a deeper level.

The disciplines of music history and music theory have been slow to embrace the digital revolutions that have transformed other fields' text-based scholarship (history and literature in particular). Computational musicology opens the door to the possibility of understanding—even if at a broad level—trends and norms of behavior of large repertories of music. This class presents the major approaches, results, and challenges of computational musicology through readings in the field, gaining familiarity with datasets, and hands on workshops and assignments on data analysis and "corpus" (i.e., repertory) studies. Class sessions alternate between discussion/lecture and labs on digital tools for studying music. A background in music theory and/or history is required, and experience in computer programming will be extremely helpful. Coursework culminates in an independent research project in quantitative or computational musicology that will be presented to the class as a whole.

A Survey of Form in Music for the College Classroom is a concise and practical text for use in undergraduate music form and analysis classes. It is an extension of A Survey of Form in Music for the College Classroom, a text for freshman and sophomore music theory courses, and shares two chapters – Cadences and Small-Scale Form and Binary and Ternary Form – with that text.

A Survey of Music Theory for the College Classroom is a concise, practical, and readable text and workbook for use in the freshman and sophomore music theory curriculum.

A Survey of Music Theory for the College Classroom is a concise, practical, and readable text and workbook for use in the freshman and sophomore music theory curriculum.

A Survey of Music Theory for the College Classroom is a concise, practical, and readable text and workbook for use in the freshman and sophomore music theory curriculum.

A Survey of Music Theory for the College Classroom is a concise, practical, and readable text and workbook for use in the freshman and sophomore music theory curriculum.

Music Theory Website. Includes Music Theory and Ear Training Activities.

This workbook is a practical method for learning the rudiments of music, which are essential to a thorough understanding of music in general. Designed as a supplement to professional instruction rather than a manual for self instruction, the text is intentionally brief. The emphasis is on using practical exercises to develop fluency. Aural, vocal, and keyboard skills must be integrated into the study of music theory from the very beginning. I encourage all students, regardless of their principal instrument, to learn to hear, sing, and play on the piano everything that they do in theory. All exercises in this book should be completed thoroughly. Usually a sample will be completed in brackets for each exercise, as a demonstration. Fluency with these basic materials of music will be a great asset to any further musical endeavors. For students who need additional exercises, suggestions for further study will be given.

This set of theory lessons is designed as a supplement for beginning pianists.  It is self-paced, and includes study materials, guided practice, and assessments for each lesson.