№ files_lp_4_process_2_68496
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Homework assignment describing an origami swan folding activity with photographic documentation and reflective questions examining how humans interpret and follow written instructions.
Course:
TCSS 101
Type of document:
Homework assignment
Academic field:
Computer Science Education
Educational activity:
Origami folding exercise and reflective questions
Institution:
Not specified
Author:
Not specified
Language:
English
Format requirement:
Microsoft Word DOCX document
Font requirement:
Arial 11-point with yellow highlighting for answers
Assignment mode:
Individual work
Associated resource:
Swan.pdf (origami instruction file)
Required materials:
Square sheet of paper or paper at least 6 inches on its smallest side
Documentation method:
Photographs and written notes for each step
Number of folding steps:
7
Additional component:
Written reflection questions about following instructions
Price: 8 / 10 USD
The file will be delivered to the email address provided at checkout within 12 hours.
The file will be delivered to the email address provided at checkout within 12 hours.
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The final amount may vary slightly depending on the payment method.
The file will be sent to the email address provided at checkout within 24 hours.
The product description is provided for reference. Actual content and formatting may differ slightly.
Note:
Year
Author:
Jack Judy, Associate Professor, Electrical Engineering, UCLA
Target Audience:
Students, Researchers
Resources:
Template by Jack Judy, Associate Professor, Electrical Engineering, UCLA
Supplies:
12 origami templates, scissors, Exacto knife, or razor blade
Support:
National Science Foundation’s Advanced Technological Education (ATE) Program
Year:
2026
Subject:
English as an Additional Language (EAL)
Grade Level:
AusVELS EAL Stages A1–B2
Document Type:
Assessment Rubric
Author:
Educational Institution
Target Audience:
Students learning procedural writing
Skills Assessed:
Communication, Cultural Conventions, Linguistic Structures, Writing Strategies
Date Created:
2026
Assessment Task:
Procedural writing instructions
Note:
Year
Country:
United States
Subject:
Military ceremonies and flag protocol
Document Type:
Ceremonial procedures manual
Institutional Context:
Military base operations
Scope:
Reveille and retreat ceremonies
Related Symbols:
United States flag, national anthem, "To the Colors"
Participants:
Commander, band, flag security detail, NCOs, junior enlisted personnel
Occasions:
Start and end of the official duty day
Ceremonial Elements:
Parade rest, present arms, formation procedures
Flag Protocol:
Raising, lowering, half-staff procedures, folding method
Music:
National anthem, "To the Colors", retreat, reveille
Location:
Base flagstaff, parade ground, unit area
Year:
2026
Region / City:
United States
Subject:
Architectural building partitions
Document Type:
Technical specification
Organization / Institution:
Modernfold, Inc.
Author:
Manufacturer
Intended Audience:
Contractors, architects, installers
Standards Referenced:
ASTM E557, ASTM E90, ASTM E84, ASTM E413, ISO 14021, ISO 14025, ISO 14040, ISO 14044, ISO 21930
Product Models:
Soundmaster #8, Soundmaster #12
Warranty Period:
2 years
Manufacturing Requirements:
Made in the USA, ISO 9001:2015 certified
Environmental Requirements:
Third-party verified EPDs, minimized pollution products
Year:
2024
Institution:
University of Washington – Tacoma
School:
School of Engineering and Technology
Course:
TCSS 462/562 Software Engineering for Cloud Computing
Type of document:
Tutorial
Version:
0.11
Software required:
Ubuntu 24.04, Docker
Target audience:
Students of TCSS 462/562
Platform:
Amazon EC2 c6i.large spot instance
Purpose:
Introduction to Docker, cgroups, and container resource isolation
Instructions:
Complete tasks and submit answers as PDF on Canvas
Course:
TCSS 462/562 Software Engineering for Cloud Computing
Institution:
University of Washington – Tacoma
School:
School of Engineering and Technology
Academic term:
Fall 2024
Tutorial number:
9
Version:
0.12
Document type:
Course tutorial
Topics:
Serverless computing, AWS Lambda, Python functions, container-based functions, Docker, SAAF profiling
Tasks:
Python-based AWS Lambda function deployment; container-based AWS Lambda function deployment
Assessment type:
Extra credit
Scoring:
Task 1 (10 points), Task 2 (15 points)
Target audience:
Undergraduate and graduate students enrolled in TCSS 462/562
Platform:
AWS Lambda, Ubuntu Linux, Docker
Source type:
University course instructional material
Course:
TCSS 462/562
Department:
School of Engineering and Technology, University of Washington – Tacoma
Semester:
Fall 2024
Topic:
Cloud Computing, AWS Lambda, S3, CloudWatch
Type:
Tutorial
Version:
0.10
Scoring:
20 pts maximum
Author:
University of Washington – Tacoma faculty
Intended Audience:
Students of TCSS 462/562
Year:
2026
Region / City:
Not specified
Subject:
Computer Programming, Data Analysis, Computer Ethics
Document Type:
Syllabus
Institution:
University of Washington
Instructor:
Dr. Josh Tenenberg
Target Audience:
Students in the course
Duration:
Spring 2026
Approval Date:
Not specified
Date of Last Update:
Not specified
Year:
2021
Region / City:
Tacoma
Topic:
Software Engineering, Cloud Computing, AWS Lambda
Document Type:
Tutorial
Institution:
University of Washington – Tacoma
Author:
Not specified
Target Audience:
Students in Software Engineering and Cloud Computing
Effective Period:
Fall 2021
Approval Date:
Not specified
Modification Date:
Not specified
Course Code:
TCSS 462
Course Title:
Cloud Computing
Approval Date:
May 2022
Prerequisite:
Minimum grade of 2.0 in TCSS 360
Discipline:
Computer Science and Systems
Degree Program:
CSS Degree
Institution:
UWT
Document Type:
Model Syllabus
Subject Area:
Cloud Computing
Topics Covered:
Cloud basics; service delivery models; virtualization; cloud storage; containerization; orchestration; monitoring; benchmarking; security; infrastructure management; scalability
Assessment Components:
Hands-on tutorials; case studies; term project
Student Learning Goals:
Cloud concepts; deployment models; infrastructure abstractions; containerization; performance diagnosis; security mechanisms
Related Academic Standards:
ABET integration outcomes A, B, E, F
Schedule Structure:
10-week course outline
Educational Level:
Undergraduate
Year:
2022
Institution:
University of Washington – Tacoma, School of Engineering and Technology
Course:
TCSS 462/562 Software Engineering for Cloud Computing
Document type:
Tutorial / Instructional Guide
Topic:
AWS Lambda, Serverless Application Analytics Framework (SAAF), Java FaaS development
Version:
0.11
Scoring:
40 points maximum
Intended audience:
Students enrolled in TCSS 462/562
Prerequisites:
Basic knowledge of Java, Maven, and IDE usage
Software tools referenced:
Git, NetBeans 15, Visual Studio Code, Maven, Ubuntu packages
Period covered:
Fall 2022
Update notes:
Subject to corrections and updates
Year:
2024
Institution:
University of Washington – Tacoma
School:
School of Engineering and Technology
Course:
TCSS 462/562 Software Engineering for Cloud Computing
Type:
Tutorial
Version:
0.11
Scoring:
40 points maximum
Platform:
AWS Lambda
Framework:
Serverless Application Analytics Framework (SAAF)
Programming Language:
Java
Tools:
Git, Maven, Apache NetBeans, Visual Studio Code
Target Audience:
Students of TCSS 462/562
Content Focus:
Function-as-a-Service development, Lambda function implementation, infrastructure profiling
Prerequisites:
Basic knowledge of Java and IDE usage
Tutorial Number:
4
Year:
2023
Institution:
University of Washington – Tacoma
School:
School of Engineering and Technology
Course:
TCSS 462/562 Software Engineering for Cloud Computing
Type of document:
Tutorial
Version:
0.102
Scoring:
40 points maximum
Target audience:
Students enrolled in TCSS 462/562
Software:
AWS Lambda, Java, Maven, NetBeans, Visual Studio Code
Framework:
Serverless Application Analytics Framework (SAAF)
Content focus:
Developing Function-as-a-Service (FaaS) applications and performance profiling
Platform:
Ubuntu, Windows, Mac
Prerequisites:
Basic knowledge of Java and Git
Period:
Fall 2023
Date of release:
Fall 2023
Course:
TCSS 462/562 Cloud Computing
Institution:
University of Washington – Tacoma
School:
School of Engineering and Technology
Document type:
Course tutorial
Version:
0.10
Academic term:
Fall 2025
Tutorial number:
8
Subject:
Serverless computing and container-based functions
Technologies referenced:
AWS Lambda, Docker, SAAF, Python
Tasks described:
Deploying a Python AWS Lambda function; deploying a container-based AWS Lambda function
Evaluation type:
Extra credit tutorial
Scoring structure:
Task 1 – 10 points; Task 2 – 15 points
Intended audience:
Students enrolled in TCSS 462/562 Cloud Computing
Prerequisites referenced:
Tutorial 4 and Tutorial 7
Related tools:
FaaS Runner, AWS Lambda Management Console, Docker Engine
Repository referenced:
SAAF GitHub repository
Execution environment:
Ubuntu virtual machine and AWS cloud services