- Developed a Deep Reinforcement Learning framework designed to regulate human physiological states (arousal/stress) through music.
- Treated human physiology as a control problem, engineering a proprietary 'World Model' to simulate biological reactions.
- Trained an agent to optimize physiological outcomes without real-time human risk.
root@hub:~/cv$ man ludovico_de_salvo
[cd ..]LUDOVICO DE SALVO
AI Engineer & Management Engineer
## ABOUT_ME
AI & Robotics Master’s student with a solid background in Management Engineering. This dual perspective defines my approach: building systems that work not only mathematically, but that solve real-world problems efficiently. My goal is to bridge the gap between advanced Deep Learning research and practical Business Optimization.
## TOP_SKILLS
## EXPERIENCE
AI Engineer
[ 2026 - Present ]- Developing Retrieval-Augmented Generation (RAG) systems for internal use cases.
- Managing and maintaining server infrastructure.
- Building satellite-based vehicle tracking features.
Webmaster
[ 2026 - Present ]Designing and building the foundation’s website using Next.js, Tailwind CSS, Sanity CMS, and Firebase.
## PROJECTS
- Engineered a modular pipeline for real-time license plate detection and recognition on the CCPD2019 dataset.
- Orchestrated a full end-to-end workflow: Data ingestion -> YOLOv Detection -> Cropping/Alignment -> Recognition -> Inference.
- Implemented and compared a baseline CNN+LSTM+CTC against a Transformer-based PDLPR (Parallel Decoder) model.
- Developed a portable pipeline to correct noisy OCR text outputs using Parameter-Efficient Fine-Tuning (PEFT) on LLMs.
- Implemented LoRA and 8-bit quantization to fine-tune Llama and Minerva models on consumer hardware.
- Designed an 'LLM-as-a-Judge' automated evaluation system using the Gemini API, validated against human scoring via correlation analysis.
- Built a PyTorch implementation of Deep Q-Networks (DQN) enhanced with custom ReMERT (Replay Memory with End-Related Transitions).
- Replaced uniform experience replay with a prioritized sampling strategy based on inverse distance to terminal states.
- Significantly improved sample efficiency and convergence speed in the CartPole-v1 environment.
## EDUCATION
Master Student in Artificial Intelligence & Robotics
[ 2024 - Present ]English Master Degree. Relevant already completed courseworks: Machine Learning, Deep Learning, Computer Vision, Reinforcement Learning, Neural Networks, Multilingual Natural Language Processing (MNLP).
Bachelor Degree in Management Engineering (L-8)
[ 2017 - 2024 ]## ADDITIONAL EXPERIENCE
Waiter
[ 2019 - 2020 ]Developed strong time management skills and ability to work under pressure in a fast-paced environment.