Visual & Certificate dump.

Planning and running remote user interviews, from recruiting participants to asking unbiased questions.

Full 8-hour prep course for the CompTIA A+ Core 1 exam, spanning hardware, networking, mobile devices, and cloud.

Systematic troubleshooting methodology for diagnosing hardware and network faults.

Foundations of UX practice: what user experience covers, core deliverables, and how UX fits into product teams.

Designing and moderating usability tests, then turning observations into actionable design fixes.

Overview of the UX design process and how research, interaction design, and visual design connect.

Networking hardware, protocols, ports, and wireless standards for the A+ Core 1 exam.

Client-side virtualization concepts and cloud service models covered by the A+ Core 1 exam.

Building and maintaining style guides and design systems that keep product teams consistent at scale.

PC components, storage, power, and peripherals: the hardware domain of the A+ Core 1 exam.

Core user research methods and when to apply them, from field studies to surveys and analytics.

Laptop and mobile device hardware, displays, and connectivity for the A+ Core 1 exam.

Project management fundamentals: lifecycles, roles, constraints, and communication, aligned to the Project+ exam.

Working with the Kali Linux distribution and its core toolset for security testing. Completed twice, in 2019 and 2021.

How attackers gain footholds and persist in compromised environments, from an incident response perspective.

Malware families, infection vectors, and analysis basics for recognizing and responding to threats.

Hands-on use of binwalk for firmware analysis and extracting embedded files from binary images.

Building a vulnerability management program: scanning, prioritization, and remediation workflows.

The stages of the cyber kill chain and how defenders disrupt attacks at each phase.

Six hours of Windows and Linux command line fundamentals for security and IT work.

Windows security architecture essentials: accounts, permissions, and built-in hardening features.

Collecting, analyzing, and applying threat intelligence to inform defensive decisions.

Orientation to the SOC Analyst Level 1 path: the role, required skills, and the road ahead.

Nine-hour grounding in IT concepts: hardware, software, databases, and security basics.

Survey of IT and security career fields: network engineering, incident response, and penetration testing.

What SOC analysts do day to day and how to prepare for the role.

Symmetric and asymmetric encryption, hashing, and how cryptography underpins secure systems.

Recognizing phishing, social engineering, and everyday security risks as an end user.

First principles of information security: confidentiality, integrity, availability, and common controls.