# ================================
# 🔹 CORE PROFILE
# ================================
class DhyeySavaliya:
def __init__(self):
self.name = "Dhyey Savaliya"
self.education = "B.Tech CSE @ MIT-WPU, Pune"
self.cgpa = 7.75
self.current_role = "Intern at SAC-ISRO"
# ================================
# 🧠 TECH STACK
# ================================
def tech_stack(self):
return {
"programming_languages": ["Python", "C++"],
"machine_learning": [
"NumPy",
"Pandas",
"Matplotlib",
"Seaborn",
"Scikit-learn"
],
"databases": ["MySQL"],
"tools_and_platforms": [
"Git",
"GitHub",
"Jupyter Notebook",
"Tableau"
]
}
# ================================
# 📊 RESEARCH & PROJECTS
# ================================
def research_and_projects(self):
return {
"Atmospheric CO₂ Forecasting": {
"best_model": "LSTM",
"evaluation_metrics": {
"RMSE": 0.8750,
"MAE": 0.6739
}
},
"Satellite Signal Classification": {
"model": "Decision Tree",
"accuracy": "87.9%"
},
"Diabetes Risk Prediction": {
"model": "Logistic Regression",
"accuracy": "77%"
}
}
# ================================
# 🏆 ACHIEVEMENTS
# ================================
def achievements(self):
return [
"🥉 3rd Place — HackMITWPU’24 Ideathon (Healthcare ML)"
]
Pinned Loading
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Healthcare-Patient-Risk-and-Readmission-Analytics
Healthcare-Patient-Risk-and-Readmission-Analytics PublicBuilt an end-to-end analytics pipeline on 5,000 patient records — SQL for querying and cleaning, a Random Forest model (0.74 ROC-AUC) to score readmission risk, and an interactive Tableau dashboard…
Python
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Olympic-athletes-data-analysis
Olympic-athletes-data-analysis PublicPerformed end-to-end exploratory data analysis on a real-world athlete dataset by validating data quality (duplicate records), designing decade-wise temporal aggregations, and visualizing long-term…
Jupyter Notebook
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Satellite-Signal-Strength-Classification
Satellite-Signal-Strength-Classification PublicCreated an ML pipeline to classify satellite signal strength using telemetry data, improving communication reliability assessment. Achieved 81.2%, 87.9%, and 81.2% accuracies for KNN, Decision Tree…
Jupyter Notebook
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ML-Diabetes-Prediction
ML-Diabetes-Prediction PublicBuilt preprocessing pipelines and an interface for professionals to assess diabetes risk accurately. Accuracy of 77% for Logistic Regression model.
Jupyter Notebook
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