Fundamentals of Computer Science Curriculum: Every Texas TEKS §127.672 Standard, No Prep

Teaching a full high school Fundamentals of Computer Science course in Texas is a tall order — the TEKS §127.672 standards span six strands and 39 individual knowledge-and-skills statements, and few teachers have a single resource that covers all of them without stitching together products built for another state or another course level. This bundle solves that: it is a complete, no-prep Fundamentals of Computer Science curriculum that covers every Texas TEKS §127.672 standard, authored directly from Texas's own TEKS text, in a format you can print and teach.

What Texas's Fundamentals of Computer Science Standards Cover

Texas TEKS §127.672 spans six strands:

• Employability — identifying job and internship opportunities, building certifications, resumes, and portfolios, technical reading and writing, verbal and non-verbal workplace communication, problem solving and critical thinking on the job, leadership and teamwork, legal and ethical responsibilities, planning and time management, and comparing university computer science programs (§127.672(d)(1)(A)–(I)).
• Creativity and Innovation — investigating and reporting on computer science careers, creating algorithms to solve varied problems, creating and publishing web pages, and applying design standards for functional user interfaces (§127.672(d)(2)(A)–(D)).
• Communication and Collaboration — seeking and responding to feedback on problem solutions, debugging and solving problems with reference materials, and publishing information through multiple media formats (§127.672(d)(3)(A)–(C)).
• Critical Thinking, Problem Solving, and Decision Making — inserting external objects like scripts and widgets into web pages, binary representation and decimal-binary conversion, identifying a problem's description, purpose, and goals, coding proficiency through stories, games, and animations, data types, variables, arithmetic operators, sequence, conditional statements, iteration, random numbers, and testing program solutions by investigating intended outcomes (§127.672(d)(4)(A)–(L)).
• Digital Citizenship — privacy, copyright law, and ethical digital citation, comparing non-copyright asset sharing options, digital etiquette and acceptable use policies, strong passwords and virus detection, the impact of computing advancements on society, and how electronic media affects information reliability (§127.672(d)(5)(A)–(F)).
• Technology Operations and Concepts — basic computer components, using system tools and appropriate file management, comparing different operating systems, the difference between an application and an operating system, and using input, processing, output, and storage devices (§127.672(d)(6)(A)–(E)).

Most "intro to coding" packs only touch one or two strands. A real Fundamentals of Computer Science course covers the whole picture — employability and career readiness alongside programming fundamentals and digital citizenship — and that is exactly what this bundle does, with all 39 standards built as their own complete unit.

What's Inside the Fundamentals of Computer Science Bundle

Every standard in the bundle comes as its own complete, TEKS-aligned unit:

• No-prep lessons — teach real CS concepts without requiring a coding background or a full lab.
• A full content lesson for each standard, written for high school readers with built-in comprehension checkpoints.
• Activities — group and individual activities per unit, with all printable materials included.
• A 10-question assessment with answer key — six multiple choice, four true/false, plus two constructed-response prompts, tagged to the exact standard.
• Teacher guides — pacing, common misconceptions and how to fix them, discussion questions, and a 4-level standard mastery rubric.
• A crossword and word search, a Family Connection Letter, and a Certificate of Achievement for every unit.
• A TEKS Alignment & Texas CTE IMRA Self-Assessment section, required for career and technical education resources at this course level.

Every TEKS citation in this bundle has been verified verbatim against the official 19 TAC Chapter 127, Subchapter M source document — no guessed citations, no content carried over from another course or state. Several statements within this course cover genuinely related ground (like general workplace problem-solving versus algorithm design, or career investigation versus job-listing research), and each was deliberately written from a different, non-overlapping angle so nothing in the bundle duplicates another unit. The complete bundle totals 1,428 pages across 39 units.

Why It Works: Built on the Science of Learning

These are not busywork worksheets. Each unit is engineered with what cognitive science says actually makes learning stick: retrieval practice, spaced and interleaved review, and concrete-first instruction that turns abstract computer science ideas — binary representation, algorithm design, digital citizenship, career readiness — into something a high schooler can reason about. Difficult CS concepts become approachable, and they last.

Authored From Texas's Own Standards — Not Adapted From Another State

Every unit is built directly from the Texas Essential Knowledge and Skills for Fundamentals of Computer Science (TEKS §127.672, 19 TAC Chapter 127, Subchapter M), with the standard text verified rather than paraphrased from memory or relabeled from another state's content. The materials are print-ready and LMS-ready, work fully offline, and collect no student data — so they fit a one-device classroom, a full lab, or a homeschool table equally well.

See the Bundle in Action

Get the Complete Fundamentals of Computer Science Bundle

Skip months of lesson-building and cover your entire year of Texas Fundamentals of Computer Science with one no-prep resource — all 39 standards, all six strands, 1,428 pages.

Get the Fundamentals of Computer Science Curriculum Bundle on Teachers Pay Teachers →

Every Sooner Standards resource is built directly from the official state standards document — standard text verified, never paraphrased from memory. Aligned to the Texas Essential Knowledge and Skills for Fundamentals of Computer Science (TEKS §127.672); not a state-adopted or state-approved curriculum.