Grade 7 Oklahoma Computer Science Standards vs. CSTA National Standards: The Full Comparison
Oklahoma’s Grade 7 computer science standards draw from CSTA’s Level 2 band (Grades 6-8), the national standards published by the Computer Science Teachers Association. This post compares every Grade 7 OAS-CS unit with its nearest CSTA standard and links to a free spreadsheet of the full comparison.
Edition note: this comparison uses the 2017 CSTA K-12 Computer Science Standards, the edition Oklahoma and Texas standards align with today. CSTA published a revised PK-12 edition in 2026 with new standard codes. Column “CSTA 2026” shows the 2026 code only where the match is strong; the full 2026 crosswalk is in progress.
The Headline Numbers
- 22 of 22 Grade 7 OAS-CS units were compared with the CSTA Level 2 (Grades 6-8) band.
- 18 units are a strong match: the same skill at the same CSTA grade band.
- 2 units match CSTA at a different grade band.
- 2 units have no CSTA equivalent.
Where Grade 7 Differs From CSTA
Most of Grade 7 lines up closely. These units do not match a CSTA standard one for one:
- 7.IC.CU.02 (Accessibility Diverse Users): CSTA has no Level 2 standard about distribution of computing resources in society; the exact-phrase match (‘distribution of computing resources… in a global society’) is a grades 11-12 standard.
- 7.IC.SI.01 (Netiquette Responsible Online Practices): Neither netiquette nor misinformation/media-distortion has a CSTA counterpart at Level 2 — consistent gaps seen across state standards at this band.
- 7.IC.SI.02 (Designing Online Content): Using specific tools to design online content (portfolios, blogs, web pages) is not a CSTA content standard.
- 7.IC.SLE.01 (Data Identity Privacy): CSTA has no Level 2 standard connecting data longevity to online identity/privacy; the closest match (privacy concerns from automated data collection) is a grades 9-10 standard.
Download the Full Comparison Spreadsheet
Every Grade 7 unit with its OAS code, Oklahoma standard text, nearest CSTA code, fit rating, and a plain-language comparison note, in a spreadsheet you can sort, filter, or print.
Download the Grade 7 OK vs. CSTA comparison (.xlsx)
For all grades at once, see the free Oklahoma OAS to CSTA crosswalk (PDF).
Full Standard-by-Standard Comparison
| OAS Code | Oklahoma Standard | CSTA 2017 Code | CSTA 2026 (strong matches) | Fit | Why |
|---|---|---|---|---|---|
| 7.AP.A.01 | Select and modify an existing algorithm in natural language or pseudocode to solve complex problems. | 2-AP-10 | — | Strong match | Both cover selecting/modifying pseudocode algorithms to address complex problems. |
| 7.AP.C.01 | Develop programs that utilize combinations of repetition, compound conditionals, and the manipulation of variables representing different data types. | 2-AP-12 | — | Strong match | Verbatim match — CSTA’s standard names ‘compound conditionals’ directly. |
| 7.AP.M.01 | Decompose problems into parts to facilitate the design, implementation, and review of increasingly complex programs. | 2-AP-13 | — | Strong match | Both cover decomposing increasingly complex programs into manageable parts. |
| 7.AP.PD.01 | Seek and incorporate feedback from team members and users to refine a solution to a problem. | 2-AP-15 | — | Strong match | Verbatim match — seeking/incorporating feedback from team members and users. |
| 7.AP.PD.02 | Incorporate existing code, media, and libraries into original programs of increasing complexity and give attribution. | 2-AP-16 | MS-PRO-PD-14 | Strong match | Verbatim match — incorporating existing code/media/libraries with attribution. |
| 7.AP.PD.03 | Test and refine programs using a variety of student created inputs. | 2-AP-17 | MS-PRO-TR-19 | Strong match | Both cover testing/refining programs using a range of test cases/inputs. |
| 7.AP.PD.04 | Distribute tasks and maintain a project timeline when collaboratively developing computational artifacts. | 2-AP-18 | — | Strong match | Verbatim match — distributing tasks and maintaining a timeline collaboratively. |
| 7.AP.PD.05 | Document text-based programs of increasing complexity in order to make them easier to follow, test, and debug. | 2-AP-19 | — | Strong match | Verbatim match — documenting programs to make them easier to follow, test, and debug. |
| 7.CS.D.01 | Evaluate existing computing devices and recommend improvements to the design based on how other users interact with the device. | 2-CS-01 | — | Strong match | Verbatim match — evaluating devices and recommending improvements based on user interaction. |
| 7.CS.HS.01 | Evaluate and recommend improvements to software and hardware combinations used to collect and exchange data. | 2-CS-02 | — | Strong match | Both cover combining hardware/software to collect and exchange data. |
| 7.CS.T.01 | Identify and resolve complex software and hardware problems with computing devices and their components utilizing strategies such as developing and analyzing flow diagrams. | 2-CS-03 | — | Strong match | Both cover systematically identifying/resolving device and component problems. |
| 7.DA.CVT.01 | Collect data using computational tools and transform the data to make it more useful and reliable. | 2-DA-08 | — | Strong match | Verbatim match — collecting data with computational tools and transforming it to be more useful/reliable. |
| 7.DA.IM.01 | Discuss the accuracy of a model representing a system by comparing the model’s generated results with observed data from the modeled system. | 2-DA-09 | — | Strong match | Both cover refining/evaluating a computational model against observed data. |
| 7.DA.S.01 | Create and compare multiple representations of the same data. | 2-DA-07 | MS-DAT-DI-26 | Strong match | Verbatim match — creating/comparing multiple representations of the same data. |
| 7.IC.CU.01 | Describe the trade-offs associated with computing technologies (e.g., automation), explaining their effects on economies and society. | 2-IC-20 | MS-SOC-CE-45 | Strong match | Both cover tradeoffs of computing technologies affecting society/economy. |
| 7.IC.CU.02 | Identify real-world problems in relation to the distribution of computing resources in society. | 3B-IC-26 | MS-SYS-IM-37 | Different band | CSTA has no Level 2 standard about distribution of computing resources in society; the exact-phrase match (‘distribution of computing resources… in a global society’) is a grades 11-12 standard. |
| 7.IC.SI.01 | Describe and use safe, appropriate, and responsible practices (i.e., netiquette) when participating in online communities and evaluate how technology can be used to distort, exaggerate, and misrepresent information. | — | — | No CSTA equivalent | Neither netiquette nor misinformation/media-distortion has a CSTA counterpart at Level 2 — consistent gaps seen across state standards at this band. |
| 7.IC.SI.02 | Individually and collaboratively use advanced tools to design and create online content (e.g., digital portfolio, multimedia, blog, web page). | — | — | No CSTA equivalent | Using specific tools to design online content (portfolios, blogs, web pages) is not a CSTA content standard. |
| 7.IC.SLE.01 | Model the connection between the longevity of data on the Internet, personal online identity, and personal privacy. | 3A-IC-29 | — | Different band | CSTA has no Level 2 standard connecting data longevity to online identity/privacy; the closest match (privacy concerns from automated data collection) is a grades 9-10 standard. |
| 7.NI.CY.01 | Explain how to protect electronic information, both physical (e.g., hard drive) and digital; identify cybersecurity concerns and options to address issues with the Internet and the systems it uses. | 2-NI-05 | — | Strong match | Verbatim match — protecting physical/digital information and identifying cybersecurity concerns. |
| 7.NI.CY.02 | Identify and explain methods of encryption used to ensure and secure the transmission of information. | 2-NI-06 | — | Strong match | Verbatim match — methods of encryption to secure information transmission. |
| 7.NI.NCO.01 | Explain protocols and their importance to data transmission; model how a system responds when a packet is lost and the effect it has on the transferred information. | 2-NI-04 | MS-SYS-NT-34 | Strong match | Both cover the role of protocols in data transmission, extended here with packet-loss modeling. |
CSTA standard codes are cited as identifiers only; this post does not reproduce CSTA’s standard text (CSTA K-12 CS Standards, Revised 2017, are licensed CC BY-NC-SA 4.0 and are available free at csteachers.org/k12standards). This is an independent comparison and is not endorsed by CSTA or the Oklahoma State Department of Education.
Get the Complete Grade 7 Curriculum
Every standard in the comparison above has a matching no-prep unit — teacher guide, activities, assessment, and answer key — built directly from the verified Oklahoma standard text. All 21 are available individually or as a complete bundle on Teachers Pay Teachers.
Every Sooner Standards resource is built directly from the official Oklahoma Academic Standards for Computer Science (February 2023) — standard text taken directly from the source document.
