Morse Group Institute of Technology

Phishing Awareness focuses on the most common and effective cyber attack used today: tricking people into clicking, replying, or trusting the wrong message.

This course teaches learners how phishing attacks are designed, why they work, and how to recognize them before damage occurs. Students will learn to identify suspicious emails, text messages, phone calls, QR codes, and collaboration platform messages that attempt to steal credentials, deliver malware, or manipulate behavior.

Emphasis is placed on real-world examples, attacker psychology, and clear decision-making—not technical jargon. By the end of this course, learners will know how to recognize phishing attempts, avoid common traps, and report incidents quickly and confidently.

This course is suitable for all users, regardless of technical background, and is intended to complement ongoing phishing simulations and security awareness programs.

Course Summary:
This twelve-week course provides a hands-on introduction to modern information technology through the lens of CompTIA A+ Core 1 (220-1201) objectives. Students learn to install, configure, and maintain computer hardware, mobile devices, and basic networks, while developing the troubleshooting and customer-support skills used daily in IT operations.

Course Objectives:

• Identify and install computer components, storage devices, and peripherals
• Configure and support mobile devices, laptops, and printers
• Build and maintain wired and wireless networks for home and small-office environments
• Understand virtualization, cloud computing, and IoT fundamentals
• Apply structured troubleshooting methodologies to hardware and network issues

Course Format:

• Duration: 6 weeks (self-paced with guided weekly milestones)
• Includes: video lessons, interactive labs, and practice quizzes
• Prerequisite: None — ideal for beginners entering IT or preparing for CompTIA A+ certification

Outcomes:
Upon completion, students will be able to assemble and maintain personal computers, connect and troubleshoot networks, and provide first-line technical support across diverse devices and platforms. This course fully aligns with the CompTIA A+ Core 1 (220-1201) exam and prepares students for ITFN 102 – Core 2.

This six-week course builds a foundational understanding of cybersecurity principles based on the CompTIA Security+ (SY0-701) objectives. Students explore the key elements of confidentiality, integrity, and availability (CIA triad), along with threat types, security controls, identity management, and incident response.

Objectives:

• Identify and mitigate common cyber threats and attacks
• Apply security controls to protect systems and networks
• Implement access management and authentication
• Perform basic risk management and policy enforcement
• Understand cryptography, network defense, and secure operations

Outcome:
Graduates will demonstrate the knowledge to secure modern IT environments and will be prepared for the CompTIA Security+ certification exam.

MGIT-CompTIA Network+ (N10-009) Readiness Assessment

Course ID: NET009-PE-MGIT

This practice exam benchmarks a learner’s readiness for the latest CompTIA Network+ (N10-009). It mirrors real exam depth with a mix of multiple-choice (single/multi-select), drag-and-drop, and performance-based scenario items.

What it covers

• Network Fundamentals: OSI/TCP-IP models, IPv4/IPv6, ports & protocols, cabling/connectors, wireless standards.

• Network Implementations: Switching (VLANs, trunking, STP), routing (static/dynamic, metrics, ECMP), wireless design (WPA3, site surveys), WAN & edge services (VPN, SD-WAN).

• Network Operations: Documentation, change/config management, monitoring & metrics, logs/NetFlow/SNMP, disaster recovery and high availability.

• Network Security: Hardening network devices, ACLs, segmentation, 802.1X/NAC, secure management, common threats (spoofing, DoS, on-path) and mitigations.

• Troubleshooting: A structured methodology plus hands-on scenarios—DHCP/DNS issues, duplex/MTU mismatches, wireless interference, VLAN misconfigurations, routing adjacency and ACL problems, cloud and hybrid connectivity.

How it’s built

• Scenario-first design: Realistic topologies, tickets, and log snippets to test analysis—not just memorization.

• Objective mapping: Every item ties to an N10-009 objective for targeted review.

• Actionable feedback: Explanations, diagrams, and “next steps” references for weak areas.

Who it’s for

IT support and junior network technicians preparing for Network+, as well as sysadmins who want a structured readiness check.

Suggested use

Take a baseline attempt, review the objective report, then retest after focused study. Pair with MGIT’s port/protocol sheet and troubleshooting playbook for fastest gains.

Build a robot turret that plays with your cat. Four missions teach servos, aiming, randomness and safety limits. Simulator first, real turret when you're ready.