Michelle's Projects

This project demonstrates hands-on experience with data validation, system testing, and risk-aware development in a regulated environment.

Project Overview
Designed and developed a centralized Microsoft Access database to support application testing, data validation, and reporting during an enterprise SAP transition in a regulated banking environment. The solution enabled Accounting teams to import, compare, and reconcile financial data from multiple source systems, improving data accuracy and readiness for parallel testing.

Key Contributions

• Built a structured Access database using VBA and SQL to support controlled data imports and reconciliation workflows.
• Enabled comparison of financial data across SAP financial tables, regulatory reporting, general ledger, and account movement sources.
• Supported testing and validation efforts by identifying discrepancies and improving confidence in data integrity during system transition.
• Designed user-friendly forms and queries to streamline reporting and reduce manual validation effort for Accounting users.

Technologies Used
Microsoft Access (VBA), SQL, CSV imports, Data Validation & Reconciliation

Project Overview
Conducted hands-on vulnerability assessments in controlled lab environments using industry-standard security tools, including Wireshark, Nmap, and Nessus. Work was performed across St. John’s University lab environments and a personal home lab to strengthen practical cybersecurity skills.

Key Activities

• Identified potential vulnerabilities through network scanning and traffic analysis.
• Analyzed network behavior to detect misconfigurations and security weaknesses.
• Validated findings and applied remediation steps, followed by rescanning to confirm resolution.
• Documented observations and outcomes to support vulnerability management and risk assessment practices.

Tools & Technologies
Wireshark, Nmap, Nessus, Linux, Network Traffic Analysis

Project Overview
Designed and developed a custom personal portfolio website to showcase cybersecurity experience, technical projects, certifications, and professional background. Built using HTML, CSS, and JavaScript, the site serves as a centralized platform highlighting hands-on technical work and career progression.

Key Contributions

• Developed a responsive, custom website using HTML, CSS, and JavaScript, separate from template-based platforms.
• Structured the site to present projects, resume content, certifications, and contact information in a clear, professional format.
• Applied front-end development best practices and user experience principles to improve usability and presentation.
• Continuously iterating on design and functionality to reflect evolving technical skills and career focus.

Technologies Used
HTML, CSS, JavaScript, Front-End Development, UX Design Principles

Project Overview
Configured a dual-boot system on a Windows laptop with Ubuntu Linux to strengthen familiarity with Linux environments and operating system security concepts. The setup enabled isolated environments for testing, development, and security-focused experimentation.

Key Contributions

• Installed and configured a dual-boot environment with separate partitions for Windows and Ubuntu Linux.
• Managed bootloader configuration and partitioning to support stable OS selection and system performance.
• Practiced Linux system administration tasks, including file system management, permissions, and troubleshooting compatibility issues.
• Used the Linux environment to explore security hardening concepts and safe experimentation in a controlled setup.

Technologies Used
Ubuntu Linux, Windows OS, Dual-Boot Configuration, File Systems, Bootloader Management

Project Overview
Performed hands-on digital forensics and data recovery exercises using industry-standard forensic tools to recover hidden and deleted data from storage media. The project focused on maintaining data integrity and supporting investigative workflows in controlled environments.

Key Contributions

• Used FTK Imager and Autopsy to identify, extract, and analyze deleted and hidden files from disk images.
• Recovered fragmented data from unallocated space and reconstructed files for analysis.
• Verified data integrity using cryptographic hash functions (MD5, SHA-1) to ensure recovered files were not altered during analysis.
• Documented findings and methodologies to support forensic investigation and evidence-handling best practices.

Tools & Technologies
FTK Imager, Autopsy, Digital Forensics, Data Recovery, Hashing (MD5, SHA-1)

Project Overview
Developed hands-on Linux system administration skills through practical exercises focused on file management, permissions, networking, and basic automation in controlled environments.

Key Contributions

• Navigated Linux file systems using Bash commands to manage files, directories, and user permissions.
• Performed basic network diagnostics and connectivity testing using common Linux networking utilities.
• Automated routine tasks such as file backups and simple monitoring using shell scripts.
• Strengthened troubleshooting skills related to system resources, permissions, and network issues.

Technologies Used
Linux, Bash, File Systems, Networking Utilities, Automation Scripts

Project Overview
Completed hands-on cybersecurity labs and guided challenges focused on foundational security concepts and practical tool usage in simulated environments.

Key Activities

• Practiced vulnerability analysis, network traffic inspection, and basic exploitation techniques.
• Applied tools such as Wireshark, Nmap, and Burp Suite to analyze systems and identify weaknesses.
• Reinforced core cybersecurity concepts including threat detection, web security, and cryptography fundamentals.

Tools & Technologies
Wireshark, Nmap, Burp Suite, Network Security Concepts

Project Overview
Strengthened programming and web development fundamentals through structured, hands-on coursework focused on practical application.

Key Areas

• Built responsive web components using HTML, CSS, and JavaScript.
• Practiced Python programming concepts including data structures, control flow, and library usage.
• Applied coding best practices through interactive projects and exercises.

Technologies Used
HTML, CSS, JavaScript, Python