Course Syllabus · Fall 2026

COMP466 Rev.8: Advanced Technologies for Full Stack Web Developers

A comprehensive, systems‑oriented journey from foundations to production‑ready full‑stack applications
Fall / Spring 2026 3 credits (lecture + lab) Prerequisites: OOP, HTML/CSS, JS, DB, SE Online · Asynchronous
Communication: Please use the course discussion forum for general questions (so everyone benefits). For private matters, use email with the subject line COMP466 Rev.8: [topic]. Response can be expected within 24 hours on weekdays.

Course Description

This course provides advanced study of modern web‑based systems development using a comprehensive full‑stack perspective. Students learn how contemporary web applications are designed, developed, secured, deployed, monitored, and maintained using industry‑standard technologies and practices.

The course follows a systems‑oriented approach, beginning with foundational web architectures and progressing through frontend development, data management, backend engineering, system design, DevOps, cloud deployment, performance optimization, testing, monitoring, and emerging technologies.

Students complete hands‑on laboratories, programming exercises, homework assignments, mini‑projects, case studies, module projects, examinations, and a comprehensive capstone project culminating in a production‑ready web application.

OER Textbook: Based on the OER textbook developed for COMP466, updated to reflect modern full‑stack development practices in the AI era. Available online at no cost.

Prerequisites

Required:

Recommended:

Students are expected to have proficiency in at least one programming language, understanding of HTML/CSS, familiarity with the command line, and introductory database knowledge.

Course Learning Outcomes

Upon successful completion of this course, learners will be able to:

Analyze modern full‑stack system architectures.
Design frontend applications using modern component‑based frameworks.
Develop backend services using contemporary web technologies.
Design and implement relational and NoSQL data architectures.
Build and integrate RESTful and real‑time systems.
Implement authentication and authorization solutions.
Apply professional software engineering and DevOps practices.
Deploy and manage applications in cloud environments.
Monitor, test, secure, and optimize production systems.
Design, implement, and evaluate complete enterprise‑scale web applications.

Required Materials

All software used in this course is free and open‑source. Detailed setup instructions will be provided in Module 1.

Grading Breakdown

Labs & Programming Exercises15%
Homework Assignments10%
Mini‑Projects10%
Case Studies5%
Module Projects (6 × 4%)24%
Module Quizzes (9 × 1%)9%
Midterm Examinations (2 × 3%)6%
Capstone Project15%
Comprehensive Final Examination6%
Total100%

Grading Scale:

Course Schedule (14 Weeks)

Each module corresponds to approximately one week, with extra time for the capstone and final assessment.

Week Module Topics & Deliverables
1 Module 1 – Foundations Full‑stack intro, HTTP/DNS, architecture styles.
Due: Quiz, Architecture Analysis, Midterm 1
2 Module 2 – Frontend Development React, client‑server, UI/UX.
Due: Quiz, Enterprise React App (Module Project)
3 Module 3 – Data Management Relational DB, NoSQL, ORM.
Due: Quiz, Data Layer Project
4 Module 4 – Backend Development Node.js/Express, Authentication.
Due: Quiz, Backend API Project, Midterm 4
5 Module 5 – System Design & Deployment Design, Git, Docker, CI/CD, Cloud.
Due: Quiz, Cloud‑Native Deployment Project
6 Module 6 – Advanced Topics Performance, Real‑time, Monitoring, Testing.
Due: Quiz, Production Optimization Project
7–9 Module 7 – Capstone Project Architecture planning, implementation, emerging tech.
Due: Architecture Doc, Full Implementation, Testing & Performance Reports
10–11 Module 8 – Backend Specialization Tracks Choose one: NestJS, Python, Spring Boot, Laravel, ASP.NET, Go, or Comparative Analysis.
Due: Quiz, Specialization Project
12–13 Module 9 – Assessment & Completion Comprehensive review, practice exams, final project submission, portfolio submission.
Due: Review, Practice Exams, Final Project, Portfolio
14 Final Examination Comprehensive Final Exam (scheduled)
Important: All module quizzes and projects are due at the end of the corresponding week (Sunday 11:59 PM, your local time). Midterms are scheduled in Weeks 1 and 4. The final exam is scheduled during the university's exam period.

Course Policies

Academic Integrity

All work must be your own. Collaboration is encouraged for discussion and problem‑solving, but each student must submit their own work. Plagiarism and cheating will result in a grade of zero for the assignment and may result in further disciplinary action.

Late Submissions

Late submissions will be accepted up to 48 hours after the deadline with a 10% penalty per day. Submissions more than 5 days late will not be accepted. Extensions may be granted for documented emergencies or illness.

Attendance & Participation

This is an asynchronous online course. Active participation in discussion forums and timely completion of all assignments is expected. Your participation grade is based on the quality and frequency of your contributions to the course community.

Accessibility

We are committed to creating an inclusive learning environment. If you have a disability or any other circumstance that may affect your learning, please contact me and the university's Disability Services office as early as possible to arrange reasonable accommodations.

Code of Conduct

Respectful and professional communication is expected at all times. Be constructive in your feedback, support your peers, and adhere to the university's code of conduct in all course interactions.

Feedback & Communication

We value your feedback. Please share any concerns or suggestions through the course discussion forum or via email. We aim to respond to all questions within 24 hours on weekdays.

Important Dates