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About Me

Hi, my name is Alejo González Garcia, I am a student in the penultimate year of the 1st promotion of the dual bachelor in data science & teleco. Technology enthusiast, passionate about cars and motorsport. Strategy lover, methodical, with high capacity to work under pressure and responsibility. Good communication skills, great desire to learn, work as a team and develop in the professional world.

Education

  • 🎓 Double Degree in Science and Data Engineering / Telecommunication Technologies
  • First promotion of the degree, completly new and in English.
  • University Carlos III of Madrid (Bachelor link).
  • Machine Learning, Artificial Intelligence, programming in different languages and environments, digital business models, cybersecurity for data and telecommunications, as well as cloudsolutions for computing and storage, among others.
  • Broad overview of applications in the field of data analysis and secure storage.
  • Understanding of the different networks layers and communicaton channels.

Skills

  • Data Science

    • Machine Learning
    • Data Analysis
    • Statistical Modeling
    • Natural Language Processing
    • Data Visualization
    • Optimization
  • Telecommunication Technologies

    • Networking
    • Wireless Communication
    • Signal Processing
    • Radio Frequency
    • Cloud
  • Programming Languages

    • Python
    • Java
    • C
    • R
    • VHDL
  • Tools & Frameworks

    • TensorFlow
    • PyTorch
    • Scikit-learn
    • SQL
    • Gurobi
    • HTML
    • CSS
    • Spark
    • SpaCy
    • Gensim
  • Personal Interests

    • Motorsport
    • Formula 1
    • Strategy
    • Hardware & Computers
    • Science and Data Exploration
    • Crypto
    • Business & Investments

Feel free to explore my repositories and don't hesitate to connect! 🚀

Alejo González García's Projects

deep-autoencoder-based-on-dense-neural-networks icon deep-autoencoder-based-on-dense-neural-networks

In this project we have developed a Deep Autoencoder using Dense Neural Networks to perform dimensionality reduction on MNIST and FMNIST datasets. The project includes training, saving, and evaluating models using PyTorch. Utilized the Weight & Biases library for monitoring and comparison of model performance

linear-optimization-of-f1-wind-tunnel-budget-assigment-of-the-fia icon linear-optimization-of-f1-wind-tunnel-budget-assigment-of-the-fia

On this optimization problem we are the FIA and we have optimized the budget assignation that the F1 has to do each season by using Wind Tunnel data. Depending on the cost of each piece and the time improvement on each of the cars, we must assign more or less money to maximize the performance.

microprocessors-autonomous-robot-stm32l icon microprocessors-autonomous-robot-stm32l

We have developed an autonomous wheeled robot using STM32L, that is capable of traveling through the floor avoiding obstacles and varying its speed. We can control the speed at which it travels and fully control de robot from our mobile/pc

reinforcement-learning-pac-man icon reinforcement-learning-pac-man

In this project we have developed machine learning techniques to allow the pacman to learn and improve it´s performance to its maximum capabilities, in different maps, with different speeds and achieving really good results

shared-links-statistical-learning-rstudio icon shared-links-statistical-learning-rstudio

Target is to predict the number of shares of an article in social media. Data Visualization, EDA, LDA, QDA, Naive Bayes, Random Forest, Gradient Boosting, Ensembled Learning, Outliers Removal,

text-preprocessing-vectorization-and-classification-applying-nlp icon text-preprocessing-vectorization-and-classification-applying-nlp

We have performed a multi-class classification task of literary poems, which will be assigned to a period. Raw data has been collected from the web and processed the in order to apply Natural Language Processing and Machine Learning tools, such as feature extraction and selection, topic modeling, text preprocessing and classification

understanding-calibration-in-cnns icon understanding-calibration-in-cnns

Explored calibration in Convolutional Neural Networks (CNNs) using the CIFAR-10 dataset, focusing on binary classification of birds and cats. The project encompasses data preprocessing, model training, and evaluation, with a deep dive into calibration techniques. Weight & Biases library for monitoring training processes and model performance.

zoo-web-page icon zoo-web-page

In this project we have created a zoo website where you can reserve activities, buy tickets and see the animal catalogue. AI has been used to generate all the images shown.

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