
Explanation:
The Work: Manipulation of Data/Problem Solving strand emphasizes the manipulation of
data into information. Appropriate productivity tools are used to solve problems.
Collaborative activities are facilitated through evaluation of product and process.
The Work: Manipulation of Data/Problem Solving includes three related areas of
knowledge and skills:
- Uses appropriate computer-based productivity tools to create and modify solutions to
problems.
- Uses research skills and electronic communication, with appropriate supervision, to
create new knowledge.
- Uses technology applications to facilitate evaluation of work, both process and product.
Additional Explanation:
Students develop proficiency on a wide range of applications while demonstrating
complex and interrelated skill sets. Word processing software demands a different skill
set than a typewriter. The use of spreadsheets and databases require students to develop
conceptual and technical skills that differ from the previous skill set. Presentation
software use requires understanding of the elements of design, typography, graphical
manipulation and formatting, and other additional skills. Proficient use of technology
applications provides the student with a complex skill set that is constantly evolving.
Students also develop the skills necessary to access the world of digital data.
Students develop research skills that include a variety of strategies to locate and
identify data needed to complete assigned tasks. Students also develop sophisticated
skills and strategies for using digital communication tools to access and share
information. Students develop the ability to use applications and other tools to
facilitate research and communication in ways that promote problem solving. Students
participate in electronic work groups as learners, mentors, and teachers. Increasingly,
students access digital data and use this to create new or novel knowledge.
Technology can be used to identify and monitor student work tasks by tracking
timelines, tracking trends, and for editorial purposes. As process and product are
evaluated, modifications are ongoing and adjustments are made in a timely manner. Some
processes may become automated while others are assisted through technological record
keeping and reporting functions.

Instructions: Three representative samples are listed for each
grade cluster (K-2, 3-5, & 6-8) and selected high school Technology Applications
courses. The samples represent the three related knowledge and skills for each strand at
each grade cluster and for two selected high school courses.
Knowledge and Skills for Work: Manipulation of Data:
- Uses appropriate computer-based productivity tools to create and modify solutions to
problems.
- Uses research skills and electronic communication, with appropriate supervision, to
create new knowledge.
- Uses technology applications to facilitate evaluation of work, both process and product.
Examples:
DISCLAIMER - Samples listed below are representative samples
only. Many other examples could be also be used. Users are encouraged to think about
additional ways to present and teach specific TA TEKS student expectations.
K-2
|
1. Students use a word
processing application to write a story expressing an idea. |
| 2. Students are given a
common group project and then complete the group assignment using email as the primary
communication tool. |
| 3. Students use preview
feature to evaluate final product prior to printing. |
|
|
|
3-5
|
1. Students use several
software applications to develop a report (i.e., word processor for keyboarding,
spreadsheet for charts and graphs, and multimedia for graphics and presentation). |
| 2. Students demonstrate
ability to access interactive digital resources (i.e., simulations, virtual field trips,
and interactive web pages). |
| 3. Students use preview
features of presentation software, to view products for edits and adaptations. |
|
|
|
6-8
|
1. Students use
sophisticated search strategies to locate several sources of information for assigned
report. Multiple sources are presented in a variety of formats (i.e., text, charts,
graphs, etc.) |
| 2. Students access on-line
databases to locate additional information. Students locate assigned sources and use
established methods to verify accuracy and validity. |
| 3. Students develop rubric
and timeline to evaluate product and to evaluate timeliness/effectiveness of process. |
|
|
|
9-12
|
Computer Science
I |
| 1. Students
develop specific algorithms and codes to solve a predefined task |
| 2. Students
communicate with other student programmers at remote locations to solve a problem. |
| 3. Students
develop a rubric to self-assess improvement in programming style (e.g., spacing,
descriptive identifiers, etc.) |
|
|
9-12
|
Computer Science
II |
| 1. Students
program a simple calculator program according to instructions. |
| 2. Students
use programming skills to create simple solution to a problem posed through foundation or
enrichment curricula (e.g., program to calculate averages for use by the baseball
program). |
| 3. Students
analyze algorithms to determine actual run time versus desired run time. |
|