MU BRG-ISEA: Introduction to Server Environments and Architectures Reflective Learning Journal – Assignment Brief
MU BRG-ISEA: Introduction to Server Environments and Architectures Reflective Learning Journal – Assignment Brief
BRG-ISEA Reflective Learning Journal – Assignment Brief
Weighting: 100% – Due Date: Please refer to LMS Gradebook
Word Count: 1500–3000 words (excluding appendix)
Submission Checklist
Reflective Journal in Word docx file, with screenshots/scripts/configs
GitHub Repo – Public Link
GitHub clearly documented all lab activities to demonstrate the process, screenshots, and outcomes.
GitHub Repo – completed pages saved as PDF file(s)
15-minute self-narrated Video Demo of labs completed – downloadable MP4 file web link. Include this table on the cover page:
Student Name: | |
Student ID: | |
Additional Server Service: | |
GitHub Repository Link: | |
Video URL Link / uploaded filename: | CTID-YourName-AssignmentISEA.MP4 |
GitHub pages saved as PDF | CTID-YourName-AssignmentISEA-GITnn.PDF |
Word DOCX file uploaded on LMS: | CTID-YourName-AssignmentISEA.DOCX |
Purpose of Assessment
This journal reflects on a series of structured lab tasks completed throughout the BRG-ISEA unit, focusing on the real-world application of server environment concepts in both Linux and cloud systems. Each lab involved practical, hands-on experience with system operations, automation scripting, cloud provisioning, cost modelling, DNS configuration, and security hardening. The learning journey culminated with a recorded video demonstration, allowing for both technical execution and reflective analysis of decisions, challenges, best practices, and lessons learned.
Scope of Assessment
Reflect on all activities completed across the 4-day intensive mode. These include Linux setup, cloud deployment, scripting, permissions, DNS configuration, SSL certificates, a consulting session, and one self-selected additional server service.
You must reflect on the full range of activities across the 4-day intensive schedule, including:
- Discovery and observations
- Problems you solved
- Tools you used
- Insights gained
- Relevance to industry roles (e.g., System Admin, DevOps, IT consultant)
Structure of Reflective Journal
1. Installing a Linux Environment on Your PC
(Based on: Obtaining a Linux Environment Lab)
2. Exploring Ubuntu Desktop and CLI Tools
(Based on: Ubuntu Desktop Familiarisation Lab)
3. Managing and Controlling Linux Services
(Based on: Linux Services Lab)
4. Understanding and Applying Linux Permissions (Based on: Linux Permissions Lab)
5. Searching and Navigating the Linux File System
(Based on: Searching File Systems Lab)
6. Total Cost of Ownership (TCO) in Cloud Infrastructure
(Based on: TCO Analysis Lab for AWS vs Azure)
7. Provisioning and Securing a Cloud VM (AWS EC2)
(Based on: Amazon EC2 Web Services Lab)
8. Writing Bash Scripts and Using Regular Expressions
(Based on: Bash Coding Lab)
9. Configuring DNS and Testing Domain Resolution
(Based on: DNS Configuration Lab)
10. Obtaining and Managing Digital Certificates with Let’s Encrypt
(Based on: SSL Certificate Lab)
11. Scripting Linux Server Functions for Automation
(Based on: Scripting Linux Server Functions Lab)
12. Additional Server Service (Self-Selected) (E.g., MariaDB, Docker, Nextcloud, VPN, etc.)
Video Demonstration Requirements
- Submit a 15-minute video that includes:
- Demonstration of all completed labs and your working cloud/Linux server.
- Self-narration explaining what you learned, including scripts, commands, and outputs.
- Webcam view included, with verbal reflection on challenges, insights, and decisions.
- Walkthrough of the additional server service you explored.
- The video link provided must be downloadable
Academic Integrity and AI Use
You may use AI tools for:
- Grammar, formatting, sentence structure
- Script validation or assistance
Prohibited
You may NOT use AI to:
- Generate large parts of your journal or video script, narration
- Complete labs or fabricate technical content
Mandatory
Include a section titled “AI Tools Used (if any)” at the end of your journal.
All work must be your own. Any detected academic dishonesty (plagiarism, undeclared AI use, ghost-writing) will be reported and penalized.
Resources
- Kaplan Canvas LMS
- GitHub Docs
- Ubuntu ISO
- AWS Free Tier
- VirtualBox
- virtualization – Install Ubuntu Desktop 22.04 ARM64 on macOS Apple Silicon (M1/Pro/Max) in Parallels – Ask Ubuntu
- Download Ubuntu Desktop | Ubuntu
- DITMS Tech – IT Subscriptions – Home
- Amazon Web Services Educate
- Microsoft Azure Dev Tools for Teaching
- Microsoft Azure for Students
- Oracle Academy
- VMware Academy
MU BRG-ISEA: Introduction to Server Environments and Architectures