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David Alexandre Cardoso Alves

Cybersecurity & Electrical Engineering Student | Ethical Hacking Enthusiast | Federated Athlete.

  

Skills

Cybersecurity & Networks

Network

Crypto

Wireshark

Burp Suite

Programming

C

Python

HTML/CSS

SQL

MATLAB

PHP

Operating Systems

Linux

Windows

macOS

Tools

Git & GitHub

Docker

Languages

Portuguese

Native

English

C1

Certifications

Alison • 17th September 2026
Passing Grade: 90%
Coursera • 16th October 2026
Passing Grade: 91.34%

Education

Set 2022 - Present
Técnico Lisboa, Portugal
Bachelor’s in Electrical and Computer Engineering
  • Relevant Coursework: Computer Networks & Internet, Introduction to Machine Learning , Network Architecture & Management
  • Student-Athlete: Balancing full-time engineering academic load with high-level federated sports competition

Professional Experience

Jul 2026 - Set 2026
EDP Labelec
High Voltage Laboratory Intern
  • Operated high-voltage dielectric testing equipment, focusing on Marx Impulse Generators for surge testing.
  • Performed data acquisition and signal analysis of impulse waves to evaluate component insulation integrity.
  • Set up and calibrated voltage measurement systems adhering to strict laboratory safety and quality protocols.
  • Drafted technical reports and test documentation for engineering teams.
2022 - Present
Freelance
Private Tutor STEM Field
  • Taught complex concepts in Mathematics, Physics, and Logic/Programming to high school and university students.
  • Developed personalized study plans and problem-solving methodologies to increase student academic performance.
  • Honed technical communication, adaptability, and leadership skills through 1-on-1 and group tutoring sessions.

Projects

A self-hosted home server running on a repurposed laptop, serving as a network security and infrastructure lab. Virtualized with Proxmox and orchestrated via Docker/Portainer, it hosts Pi-hole as a network-wide DNS sinkhole, Tailscale for secure remote access without exposed ports, and a Grafana/Prometheus stack for infrastructure monitoring.
Arduino-based environmental monitoring solution designed to track indoor climate metrics in real time. By interfacing a DHT11 sensor with a 16x2 LCD display, the system processes live temperature and humidity telemetry directly on the microcontroller, providing clear and instantaneous visual output.
Active competitive team member participating in global jeopardy-style Capture The Flag (CTF) events, solving high-difficulty challenges. Collaborates with team members to develop exploits and writeups for international competitions on platforms like CTFtime. Currently ranked in the top 3% on TryHackMe for continuous hands-on practice for skill refinement.

... and many other small projects