What is the new Idaho Digital Literacy graduation credit?
It is a one-credit, stand-alone high school course, set in IDAPA 08.02.03.105.01.j and required for any Idaho student graduating after January 1, 2028. Only eight approved course options count, one of them AP Computer Science Principles. Modern Age Coders teaches the programming, AI and data skills behind it in live online classes for grades K to 12.
For years an Idaho diploma asked for math, science, English and social studies, and computer skills were left to whichever electives a district happened to offer. The 2025 legislative session changed that. Idaho now lists one credit of Digital Literacy among the state minimums, and the Idaho Department of Education has published exactly what that credit must contain: writing a program with input and output, designing algorithms with selection and iteration, weighing the effects of artificial intelligence, and managing a digital identity. This page sets out the rule as the department words it, the standards behind it, the published figures on how many Idaho high schools teach computer science, and a data project built on Boise’s own park inventory, where the average park turns out to be nothing like the typical one.
Facts last verified 18 October 2026. Teaching is online; no Idaho branch is claimed.
Each course runs as a group batch or one-to-one. A free trial lesson decides the level before anyone commits to anything.

What AI is, how it learns from data and where it fails, years before the high school standard asks students to define it.
See the syllabus
Programs with real input and output, loops and decisions, then the Boise acreage project on actual city data.
See the syllabus
The one AP course on the Idaho list of eight, with the Create performance task and the May exam.
See the syllabus
Passwords, privacy, digital footprints and defensive thinking, the citizenship strand of the essential standards.
See the syllabusBrowse the course atlas for more than one hundred options and use the coding roadmap to check prerequisites.
The four we are known for
These run underneath everything above. Every one is live and online, placed by ability rather than by age, and the first class is free.

Python, web and AI projects where the learner still owns the thinking.
See the syllabus
Automate the work you already do, then let AI carry part of it.
See the syllabus
Train a model, read what it learned, and be able to say why it is wrong.
See the syllabus
Run AI coding agents on real work without losing control of the codebase.
See the syllabusFrom the department’s Digital Literacy Course Guidance Document, updated February 20, 2026, and its graduation requirements page, both read on 18 October 2026.
| Question | What the department says |
|---|---|
| Where the rule lives | Changes to IDAPA 08.02.03.105 were accepted by the legislature during the 2025 legislative session; the credit itself is IDAPA 08.02.03.105.01.j |
| Who must take it | The requirement pertains to all students in grades 9 through 12 and is required for any student graduating after January 1, 2028 |
| Size and shape | A one-credit, stand-alone course; it cannot be delivered over a series of courses or pathways |
| Which courses count | Only eight stand-alone course options, from Digital Literacy (ISEE Code 10011) to Introduction to Cybersecurity and Digital Citizenship and AP Computer Science Principles |
| Prerequisites | None are allowed, including when AP Computer Science Principles is the course used |
| On the transcript | Taken for high school credit, transcribed, and assigned the matching ISEE code |
ISEE Code 10019, AP Computer Science Principles, can meet the credit only when taken for the full year. One semester or trimester is coded 10011 for Digital Literacy and the other counts as AP credit.
The guidance allows titles such as Computer Science Digital Literacy, Website Design Digital Literacy or Building Gaming Apps Digital Literacy, as long as each one teaches every essential standard.
For districts without a course of their own, the department and the Idaho STEM Action Center point to free courses on Code.org and CodeHS and a course run by the Idaho Digital Learning Alliance (IDLA).
| Area | State minimum |
|---|---|
| Total | A minimum of 46 high school credits, which include 30 credits in core subjects |
| Mathematics and science | Six credits of each |
| Language Arts and Communications | Nine credits |
| Social Studies | Five credits |
| Fine Arts and World Languages | Two credits |
| Health and Wellness | One credit |
| Digital Literacy | One credit |
| Beyond credits | A Future Readiness project and a Civics Exam |
The department adds that local districts may set graduation requirements above the state minimum, and that districts must offer at least one advanced opportunity such as concurrent credit, Advanced Placement or tech prep. Students who want a heavier technical record can also look at the STEM Diploma under Idaho Statute 33-532. Your school counselor has the final word on how any of this applies to one student.
The guidance lists the standards that are to be explicitly taught and assessed more than once. Here are six of them, quoted by code, with our own note on where they appear in our classes.
Idaho’s 9-12 Computer Science Standards document is marked as created on May 1, 2024, and is organized in five strands: Computing Systems, Data and Analysis, Impacts of Computing, Networks and the Internet, and Algorithms and Programming.
Standard 9-12.CS.3.7 reads, in full, “Understand and define artificial intelligence.” The department’s computer science page goes further: “AI is not a separate discipline.” It treats AI as an extension of computer science.
Standard 9-12.CS.2.8 asks students to convert between binary, decimal, octal and hexadecimal. It is a short, concrete skill and a good early win in our high school classes.
Below high school, the department lists free classroom programs rather than a required course: CodeHop by CodeHS and Launch Pad by Skill Struck for kindergarten to fifth grade, both described as aligned with Idaho’s K-5 Computer Science Standards, and Learning Blade, a 20-hour introduction for grades 5 to 9 that ends with students programming robots. We are not connected with any of these providers or with the department.
The City of Boise publishes the parks and reserves it manages as an open feature service. Students download the Acreage column and discover that one word, average, can describe two very different parks.
| Measure | Our result |
|---|---|
| Records (the service’s own count matched our download) | 116 |
| Mean acreage | 64.45 acres |
| Median acreage | 7.76 acres |
| Records larger than the mean | 16 of 116 |
| Largest single record | Stack Rock Reserve, 2,172.96 acres |
| Mean and median with Stack Rock Reserve removed | 46.12 and 7.67 acres |
The mean says a Boise park covers about 64 acres. The median says under 8. Only 16 of the 116 records are bigger than the mean, so the mean describes almost no real park.
Sorting by acreage shows the foothills reserves at the top: Stack Rock Reserve, Military Reserve, Noble Reserve. Removing the single biggest one drops the mean by about 18 acres and barely moves the median.
Grouped by Park_Type, the 22 Open Space records have a mean of 274.30 and a median of 69.09, while the 38 Neighborhood parks sit at 6.64 and 7.15. Inside a group the two measures finally agree.
Every figure above is our own arithmetic on one download of the Acreage field. The City of Boise says it makes no warranty about the data and that it changes over time, and a mapped polygon area is not the same thing as an official park size. Saying what a statistic measures, and what it leaves out, is the skill this project is really about.
The project fits the Data and Analysis strand of the Idaho standards and takes about three sessions: one to fetch and inspect the data, one to compute and compare the two measures with plain Python before checking against the statistics module, and one to write a short paragraph explaining which number a parks brochure should print and why.
Two outside sources measure Idaho from different angles: Code.org counts high schools that teach the subject, and the College Board counts schools giving AP exams. We read both on 17 October 2026.
| School year | Share offering CS |
|---|---|
| 2019 to 2020 | 38% |
| 2020 to 2021 | 40% |
| 2021 to 2022 | 38% |
| 2022 to 2023 | 38% |
| 2023 to 2024 | 45.8% |
| 2024 to 2025 | 44.0%, which is 117 of 266 high schools (state education agency data) |
| Measure | Idaho | Where it comes from |
|---|---|---|
| High school students enrolled in CS | 1,751 of 99,336, or 1.76% | Code.org (2025), Most Recent Participation Data; the share matches its 2024 to 2025 value, and the student total is the NCES Fall 2022 count |
| Idaho schools giving any AP exam in 2023 | 105 | College Board state-by-state AP school report for 2023-24 |
| The same count one year later, 2024 | 104 | Same College Board report |
Read together, the figures show why the new credit matters. Fewer than half of Idaho’s high schools offered a foundational computer science course in 2024 to 2025, and fewer than two in every hundred high school students were enrolled in one. A required Digital Literacy course will put every student in front of programming and AI concepts at least once; students who want to go further than one credit will usually need a second route, whether an elective, AP or classes outside school.
Cite the high school and enrollment figures as Code.org (2025). 2025 State of AI + CS Education. Only single Idaho values are quoted here; the full sheet stays with Code.org.
Idaho is split between two time zones, and the IANA time zone database names exactly where the line falls.
Boise, Idaho Falls and the rest of the south use America/Boise, listed in the database as Mountain time for southern Idaho and eastern Oregon. By our arithmetic India is 11 hours 30 minutes ahead in summer and 12 hours 30 minutes ahead in winter.
Benewah, Bonner, Boundary, Clearwater, Kootenai, Latah, Lewis, Nez Perce and Shoshone counties, and Idaho County north of the Salmon River, follow US Pacific time with America/Los_Angeles, one hour behind Boise.
Weekdays or weekends, flexible: choose your batch, or for a very personalised plan choose 1-on-1 at your convenience, weekend mornings or weekdays. We always confirm a class in your own zone, Mountain or Pacific.
A bug worth finding on purpose
A reminder app that assumes all of Idaho shares one clock will be an hour wrong in Coeur d’Alene. Students who store America/Boise and America/Los_Angeles as named zones, rather than fixed offsets, see the problem vanish, including across the clock change on November 1, 2026.
Grade bands are a starting guess; the trial lesson places each student properly.
Puzzles, patterns and block code, close to what the K-5 programs on the department’s list cover.
Problem Solving and Computational Thinking for KidsScratch Coding for KidsFirst Python and a clear picture of what AI tools do, the age band Learning Blade aims at.
Python and AI for KidsAI Literacy for Kids (Ages 8 to 14)Input and output, algorithms, cybersecurity viewpoints and digital identity, alongside the school course.
Python for TeensCybersecurity for TeensAP Computer Science Principles, then data science projects like the Boise acreage study.
AP Computer Science PrinciplesData Science for TeensA tool can produce an answer; judging the answer still takes someone who understands how it was made.
Ask an AI assistant for the average size of a Boise park and it may well hand back 64 acres, correctly computed and quite misleading. The arithmetic is not the hard part. Knowing that a few huge foothills reserves drag the mean upward, and that a median would serve a reader better, is.
That is why the department’s view that AI is an extension of computer science, rather than a separate subject, makes sense for students. Writing the calculation by hand once teaches what to check when a model does it next time, and it turns standard 9-12.CS.3.8 from a discussion topic into a habit.
A Digital Literacy credit gives every Idaho student the vocabulary; practice with real data gives them the judgment. The longer argument is in why learning to code still matters when a model can write it.
Idaho is big and rural in places; a class on a screen does not care how far the nearest town is.
Students in Sandpoint, Twin Falls and Meridian can sit in the same session without anyone driving to a center after school.
Teachers plan in US grades and the Idaho calendar, and can tie projects to the Digital Literacy course or AP. Anything a school grades is done by the student alone.
A teacher sets a real task, watches how the student approaches it, then suggests a course and a level. No card details are taken.
Fifteen to twenty students working at the same level, drawn from across the United States.
A single teacher for a single student, for anyone racing ahead, catching up, or preparing for the AP exam.
Every time is confirmed in Mountain or Pacific time, whichever your part of Idaho uses.
Online only, said plainly
Modern Age Coders has no office or classroom in Idaho. Teachers work live from India, and a student needs a computer, a microphone and headphones, and a steady internet connection.
The trial is free; after that there are two monthly options.
One complete trial lesson with a teacher, ending in a recommended course, level and class time.
A monthly place in a batch of fifteen to twenty students at a similar stage.
A monthly plan with one teacher working only with your student.
Every family outside India is billed in US dollars at one rate, whether you live in Boise or Bonners Ferry. Nothing is charged until after the trial lesson and only once you have agreed a course and time; the pricing page covers breaks, holidays and missed sessions.
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Tell us the grade and the goal. A fourth grader might start with a pattern puzzle, an eighth grader with a first Python program, and a junior with the Boise park statistics.
Short answers, each tied to the department’s own pages where a rule is involved.
The Idaho Department of Education says the credit is required for any student graduating after January 1, 2028, and that the requirement pertains to all students in grades 9 through 12.
No. The guidance calls it a one-credit, stand-alone course and says it cannot be delivered over a series of courses or pathways.
It can, when taken for the full year. One portion is coded 10011 for Digital Literacy and the other portion counts as AP Computer Science Principles, and the course may not have a prerequisite.
The state minimum is 46 high school credits, 30 of them in core subjects, plus a Future Readiness project and a Civics Exam. Districts may require more.
Yes. Standard 9-12.CS.3.7 asks students to understand and define artificial intelligence, and 9-12.CS.3.8 covers its social, moral, ethical and legal impacts.
Code.org (2025) reports 117 of 266 Idaho high schools, or about 44%, using state education agency data.
No. Only the eight approved course options, taught for high school credit, meet the requirement. Our lessons add practice and depth alongside school, and graded work stays the student's own.
Weekdays or weekends, flexible: choose your batch, or for a very personalised plan choose 1-on-1 at your convenience, weekend mornings or weekdays.
Northern counties such as Kootenai and Bonner run on Pacific time, so we confirm the lesson in Pacific time; southern Idaho families get Mountain time.
No. Every lesson is live online with a teacher in India, and we have no Idaho office or classroom.
Compare Idaho with other states in our computer science graduation requirements by state. Students taking the AP route to the credit can use the AP CSP Create task guide, and families with younger children can start from AI literacy for elementary students. North Carolina’s approach is set out on our North Carolina page.