Ginés's Portfolio

About me.

My name is Ginés and I am a Telecommunications engineer with an electronics specialization. I completed my education at the University of Seville in Spain and Poznan University of Technology in Poland through the Erasmus+ program. During my studies, I focused on developing new technologies and received an outstanding academic record with an average of 8.27/10 at high school, 7.11/10 at Seville University and 5/5 at Poland University of Technology. In 2019, I started my professional journey as an intern at the Electronics Department at ETSI, University of Seville, where I helped with research on Lab-On Chips for Retinosis Pigmentosa and developed new COVID PCR systems. In 2021, I was awarded a scholarship to study engineering at Poznan University of Technology, where I joined PUT Rocket Lab Team and was responsible for developing a GPS Tracker system for the next generation Rocket HEXA2. I have a passion for experimenting in various fields of technology and computing, including 3D modeling and rendering, Music Production, Engineering Simulations, programming Languages, and more, using multiple open-source software. Furthermore, I enjoy being in an international environment, and I have traveled to England, the US, and Poland to improve my English skills and pursue my passion for F. Chopin music. Currently, I am working at Skylife Engineering Navigation's team as an Engineer, where I am involved in developing SILEME technology, with clients such as Airbus, INTA, and which attracted the curiosity of NASA 🚀. I have gained expertise in various programming languages, including Python, C/C++, Verilog, VHDL, Assembly, HTML/CSS, JavaScript, and Java, as well as all stages of design of PCB and CAD both digital and analog. I take pride in my contributions to Skylife's success and have received recognition for my outstanding academic performance, including an Erasmus+ scholarship for Telecommunications engineering at Poznan University of Technology. My passion for the impact of merging software and hardware motivates me to continue learning and growing in this field. I aspire to lead innovative projects that drive positive change in society.

For more information, titles, recognitions, or to hire me, please contact me at ginestopo@gmail.com

Fields

Some of the fields I'm good at.

Programming

I started programming in C as a self taught before entering University. Later at University I learnt some Java, Html, JavaScript, CSS, SQL... I also started experimenting with Python, my favourite language. Feel free to have a look at some of my codes at: My github repositories!

3D Modeling and rendering

I always thought that the best way of showing an idea is to create it. 3D models help to achieve that. That's why I learnt the Opensource software Blender. As a plus, if you know how to model you know to to 3D print ;)

Solving Engineering Problems

I love to see problems as a challenge. My degree gave me enough knowledge to find a solution to a problem in a wide variety of fields, like System Control, Electronics (Analog and Digital), Networks Protocols, Physics and Mathematics, Signal Processing, communications theory and much more...

Music

I started playing violin at the age of 7 but switched to piano at the age of 8. Since then, I studied piano for 4 years. Nowadays I continue studying piano by my self. My passion for Chopin and classical music led me to visit Warsaw (Poland) in 2019. I also felt curious at an early age about producing music and composing: You can hear some of my works down below :)

Videogames Development

I've always been amazed of the power of videogames to tell a story and make you feel totally in another dimension. Being aware that I couldn't make alone the next GTA; I started to learn how to develop videogames, first by coding (lot of coding!), and then, when I knew how a game works,by chosing an engine. In this case Godot Engine, which I currently use.

Others

While I'm not studying, I try to learn about something new, like video/photo editing, starting a new electronic project, learning about AI and Deeplearning...

Portfolio

Have a look at some of my projects/works here. Feel free to interact with some of them.

Me and the team behind SILEME, the indoor positioning system developed at Skylife Engineering, where I am in charge of developing software/firmware and IoT platforms. On the screen, a UI/UX developed and 3D modelled by me.

Me handshaking Spanish President Pedro Sánchez Castejón the 19th of January 2023. Me and my team had the privilege of presenting the indoor positioning system we develop at skylife engineering company on which I am in charge for software/firmware and IoT.

Me among Poznan's University of Technology Rocket Lab Team. The team behind the next generation rocket HEXA2 that competed in the Spaceport America Cup 2022.

Conway's game of life coded in C++ using SFML. Feel free to run if you have SFML set up.

An image to ASCII characters converter! Give it by command line argument an image to convert and it does the rest following an algorithm invented by me.

A repo where you can find examples and learn with me the main data structures and algorithms used in python.

3D model and render created with Blender.

Setup of the mushroom render in Blender.

3D sculpting using a Wacom graphic tablet, created with Blender.

A low poly scene with a wolf created with Blender.

Part I created for an investigation at University of Seville about COVID and PCR to be 3D printed. At Electronics Department.

Design of an Analog band pass filter using Tow-Thomas structure with opamps and Miller compensation.

Zoom of transistors and capacitor.

Schematic of a smd led matrix to excite retinas (investigation of Retinosis Pigmentosa, at Electronics Department. University of Seville).

Schematic printed of a smd led matrix to excite retinas (investigation of Retinosis Pigmentosa, at Electronics Department. University of Seville).

My hand compared with the smd led matrix to excite retinas (investigation of Retinosis Pigmentosa, at Electronics Department. University of Seville).

At the laboratory designing and showing the client the smd led matrix to excite retinas (investigation of Retinosis Pigmentosa, at Electronics Department. University of Seville).

Me creating some pcb's at Electronics Department. University of Seville.

Programming a Xiling FPGA to design a OFDM transmiter using VHDL. Did you know that there's a FPGA onboard the NASA's Perseverance Rover in Mars?

A regulator I made at university using smd components. Input: 5V , Ouput: 9V 0.9Amps

An audio amplifier using BJT transistors and two channels.

Testing the audio amplifier I made at university using BJT transistors and two channels. It distorts like a TV under a nuclear attack as you can see on the osciloscope, but it is nice to understand the theory behind amplification :)