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Model syllabus outlining course description, learning goals, topical coverage, and weekly schedule for an undergraduate cloud computing course within a computer science degree program.
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
Price: 8 / 10 USD
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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:
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
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
Year:
20XX-20XX
Region / city:
Westwood Way Dental Practice
Topic:
UX/UI Design for Dental Appointment Application
Document Type:
Sample Assessment Material
Organization / institution:
OCR
Author:
OCR
Target audience:
Students in Computing and Application Development
Duration:
Approximately 15 hours of supervised time
Approval Date:
September 20XX
Date of changes:
N/A
Contextual description:
A sample assessment material for students focusing on designing and communicating a UX/UI solution for a dental appointment booking system.
Year:
2020
Region / city:
Not specified
Theme:
Defense, Technology Development
Document Type:
Statement of Objectives
Organization / Institution:
Not specified
Author:
Not specified
Target Audience:
Defense contractors, technology developers
Period of validity:
Not specified
Approval date:
Not specified
Modification date:
Not specified
Year:
2022
Region / City:
New South Wales
Topic:
Interactive Media, User Experience (UX)
Document Type:
Program of Learning
Author:
NSW Department of Education
Target Audience:
Teachers in New South Wales Department of Education schools
Implementation Period:
10 weeks
Approval Date:
2022
Date of Changes:
N/A
Additional Information:
N/A
Assessment for Learning:
Yes
Support and Alignment:
Yes
Evidence Base:
Yes
References:
Yes
Year:
2007
Region / city:
United States
Subject:
Encryption of unclassified data at rest
Document Type:
Policy Memorandum
Organization:
Department of Defense
Author:
Not specified
Target audience:
DoD personnel, contractors, and other related stakeholders
Period of validity:
Ongoing
Approval date:
July 3, 2007
Amendment date:
Not specified
Year:
2020
Region / City:
Arkansas
Subject:
Computer Science and Computing
Document Type:
Standards Document
Organization:
Arkansas Department of Education
Author:
Arkansas Department of Education
Target Audience:
Educators, Curriculum Developers
Implementation Period:
2021-2022 school year onwards
Approval Date:
Not specified
Date of Changes:
Not specified
Year:
2025
Region / City:
Pretoria, South Africa
Topic:
Security Operations, IT Services
Document Type:
Request for Proposal (RFP)
Organization:
SITA
Author:
Not specified
Target Audience:
Potential bidders, IT service providers
Validity Period:
36 months
Closing Date:
23 April 2025, 11:00 (South African Time)
Date of Issue:
25 March 2025
Date of Changes:
Not specified
Bid Submission:
Tender Office, Pongola in Apollo, 459 Tsitsa Street, Erasmuskloof, Pretoria (Head Office)
Bid Submission Requirements:
Not specified
Bid Validity Period:
200 Days from the Closing Date
Year:
2026-2027
Region / City:
Baltimore, MD
Topic:
Accreditation
Document Type:
Self-Study Report Template
Organization / Institution:
ABET
Author:
ABET
Target Audience:
Programs seeking accreditation
Period of validity:
2026-2027
Approval date:
Not specified
Date of revisions:
Not specified
Year:
2025
Region / City:
Dallas, US
Topic:
6G computing service
Document Type:
Contribution
Organization:
NTT DOCOMO
Author:
NTT DOCOMO
Target Audience:
6G study participants, technical experts
Period of Validity:
November 2025
Approval Date:
2025-11-17
Amendment Date:
N/A
Year:
2026/27
Region / City:
Glasgow, UK
Topic:
Exascale computing, Earth and Environmental sciences, Sustainability solutions
Document type:
Application form
Organization:
University of Glasgow
Author:
ExaGEO team
Target audience:
PhD applicants
Period of validity:
2026-2027
Approval date:
Not specified
Date of modification:
Not specified