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ml> Ignacio Fresneda Gallardo — AI & Data Science
Available from September 2026

Ignacio
Fresneda Gallardo

AI student at the University of Edinburgh
with roots in Physics from the Universidad Autónoma de Madrid.

Ignacio Fresneda Gallardo
4+2
Years as class representative and student committee member
MSc thesis
Causal inference to link atmospheric pollutants to worsening asthmatic conditions
5
Research projects
C2
English · CAE + TOEFL
§ 01

Profile

I am 22 years old and passionate about Artificial Intelligence. I studied Physics at UAM to understand the world from first principles — and once I did, I realised the enormous potential that AI holds for humanity.

At Edinburgh I have built projects ranging from detecting pathological voice conditions to optimising GPU kernels at assembly level. Every project below has excited me, but the one I am most passionate about is still ahead — my master's thesis, in which I will apply causal inference techniques (PCMCI+) to robustly link atmospheric pollutants to respiratory alterations in asthmatic patients.

I am looking for a team where scientific curiosity and systems engineering coexist. Available from September 2026, Madrid or remote.

Location San Sebastián de los Reyes, Madrid
Availability September 2026
Work mode On-site Madrid · Hybrid · Remote
Interests Applied ML, model optimisation, AI in health, intelligent physical systems
Languages Native Spanish · English C2 (CAE + TOEFL)
Leadership Class representative 4 years · UAM Student Committee 2 years
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Curriculum vitae

CV · English
CV — Ignacio Fresneda Gallardo
English version · 1 page
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Education

2025 – 2026
University of Edinburgh

MSc Artificial Intelligence

Machine learning, deep learning, NLP, computer vision and intelligent systems. Projects in health-applied AI, GPU optimisation and temporal modelling.

2021 – 2025
Universidad Autónoma de Madrid

BSc in Physics

Mathematics, computational physics and modelling. BSc thesis in computational neuroscience with reinforcement learning. Second BSc thesis on neurophysiological data analysis.

2023
MIT · Great Learning · Certification

Data Science & Machine Learning: Making Data-Driven Decisions

ML, deep learning, NLP, computer vision, recommendation systems and generative AI.

Mar 2025
ETS — Educational Testing Service

TOEFL iBT

Score: 111 / 120 · Equivalent to C2 level under the Common European Framework of Reference.

Jun 2019
Cambridge Assessment English

Cambridge C1 Advanced (CAE)

Score: 181 / 210 · C1 level certified by Cambridge University.

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Projects & experiments

01
MSc Dissertation · Edinburgh · Causal Inference
Air Pollution & Asthma: a Causal Inference Approach
In progress

Applying PCMCI+ to discover causal links between five environmental variables (PM2.5, O3, temperature, humidity, physical activity) and respiratory rate in paediatric asthma patients in Delhi. Extends the merged DAPHNE 1.0+1.5 cohort, adds pollution source classification and validates the pipeline on an adult London cohort (INHALE).

137+ patients · DAPHNE 1.0+1.5 · New Delhi → London
PythonPCMCI+Causal InferenceTime SeriesHealth AI
EN
02
MSc Edinburgh · AI in Health
Pitch, Please: Pathological Voice Detection
AUC 89.97

Speaker-level dysphonia detection using HuBERT embeddings. Comparison between hierarchical aggregation and simple pooling strategies over 1,123 speakers from the Saarbrücken Voice Database.

AUC 89.97 · F1 80.98 · 1,123 speakers
PythonPyTorchHuBERTscikit-learnSpeech AI
EN
03
MSc Edinburgh · GPU Optimisation
GLM-ASR: 3× Faster Inference with Triton Kernels
3.01× speedup

Custom Triton/CUDA kernels for RMSNorm, LayerNorm, GELU, SiLU, attention, RoPE and FlashAttention on the GLM-ASR speech-to-text model. Zero quality degradation.

1486 ms → 493 ms · 0% word error rate
TritonCUDAPyTorchFlashAttentionLLM Optimization
EN
04
MSc Edinburgh · Time series
Temporal Modelling on Spotify Top 200
RMSE 13.22

Daily song ranking prediction over 467K entries. LSTM with a 90-day window outperformed XGBoost, MLP and linear regression. K-means clustering revealed seasonal patterns in global music tastes.

PyTorchLSTMXGBoostpandasclustering
EN
05
BSc Thesis UAM · Computational Neuroscience
Biologically Plausible Neural Network with RL
error <5%

Recurrent network (firing rate → Leaky Integrate-and-Fire) trained with reinforcement learning on a binary-choice task inspired by primate experiments. Transfer learning with biologically realistic behaviour.

MATLABReinforcement LearningNeuro-AILIF networks
ESEN
06
BSc Thesis UAM · Neuroscience
Neural Activity Analysis in Somatosensory Cortex S2

Analysis of 11,113 brain activity trials in primates (Romo et al., 1997). Identification of 79 significantly tuned neurons out of 560 and quantification of contraction bias in short-term memory.

181 files · 11,113 trials · 560 neurons analysed
MATLABAnálisis de datosNeurofisiología
ES

Full technical documentation, datasets and supervisors available on Notion →

View Notion portfolio
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Technical stack

Languages Python · C++ · MATLAB
Deep Learning PyTorch · scikit-learn · Transformers · XGBoost · LSTM
GPU / Low level Triton · CUDA · FlashAttention · RoPE · RMSNorm
Data pandas · NumPy · matplotlib · Git · LaTeX
Specialities Speech AI · Neuro-AI · Time series · RL · NLP
Spoken Native Spanish · English C2 — CAE + TOEFL
§ 06

Contact

I am looking to join a team in September 2026 where data and models solve real problems.

If this portfolio and my professional profile interest you, do not hesitate to reach out.