Bootcamp Details

Program Duration

16 days

Nov 1 – Nov 16, 2025

Live Sessions

4 Days

with 4 Industry Experts

Projects

7 Projects

Guided Capstone Projects

Price

$1499

Refund issued on eligible grounds

Timings

4:00–9:00 PM IST

Session 1: 4–6 PM
Session 2: 7–9 PM

Seats

Limited Seats

Exclusive 16-Day Bootcamp

Why Join This Bootcamp?

Intense Learning

This bootcamp compresses years of trial-and-error learning into 2–3 intensive days

Market-Ready Debugging & Execution Hygiene

Cost functions, drift detection, risk monitoring, retraining cadence.

High ROI

Even quickly discarding weak ideas saves months of wasted effort.

Hands-On & Practical

Build, backtest, and deploy strategies with curated datasets, backtesting frameworks, and market APIs.

Exclusive Add-Ons

Gain access to ready-to-use code templates and support throughout the bootcamp

Schedule

Schedule

Day 1

Sat, 8 November

Session 1
Build Your Own Trading/Research Bot using Agentic AI
  • Bootcamp structure, expectations, deliverables
  • ML & AI in trading: use cases, scope, costs, risks
  • Guided setup: idea → strategy logic → backtesting → live simulation
  • Using AI copilots (ChatGPT, Copilot) to speed up coding and testing
  • Agentic AI for automating research workflows
  • Project 1: Workflow End-to-End using Co-Pilot
  • Project 2: Agentic AI for Converting Ideas into Research Strategies
Session 2
Introduction to AI
  • Classification & Regression Trees vs. Neural Networks: Pros & cons, Market-specific examples like trees for SPX next-day return prediction and RNNs for predicting next-day SPX direction.
  • How to Train a Neural Network: Backpropagation, stochastic gradient descent, Regularization techniques
  • Different Neural Networks: MLP, RNN, LSTM
  • Project 3: Build, Train, and Apply an RNN to Predict SPX Returns (with Chatbot Support)

Day 2

Sun, 9 November

Session 1
Implementing LSTM Allocation Strategies
  • Data Preparation
  • Time-Series Portfolio Architectures (LSTMs)
  • Risk-Adjusted Optimization (Sharpe Loss)
  • Optimization for Diversification
  • Project 4: Diversification vs. Sharpe Ratio Comparison
Session 2
Deep Autoregressive Models & Transformers
  • Discriminative vs Generative AI: Bayesian framing; why discriminative models are prediction-focused, while generative models can simulate entire datasets, Applications in trading
  • Probabilistic Modeling of Time Series: Why financial data is noisy, non-stationary, and hard to model, Approaches: ARIMA → RNN, LSTM → attention-based models.
  • The RNN Problem: slow training, vanishing/exploding gradients, difficulty handling long dependencies.
  • Transformers to the Rescue: Transformer for sample-specific feature selection, Core architecture: queries, keys, values, Embedding, Positional encoding, Multi-head transformers.
  • Project 5: Build, Fine-tune, and Apply the Poor Person’s Transformer for SPX Prediction

Day 3

Sat, 15 November

Session 1
Robust Portfolio Backtesting via Walk-Forward Analysis
  • Penalty for Trading Costs (Turnover)
  • Management of Leverage and Asset Constraints
  • Walk-Forward Optimization (WFO) Methodology
  • Strategy Evaluation and Benchmarking
  • Project 6: Executing the Full Constrained WFO Strategy
Session 2
LLMs for Sentiment Analysis in Trading
  • BERT & FinBERT: pre-training vs fine-tuning
  • Embeddings: text to numerical vectors
  • Applications: news-driven signals, event studies, speeches
  • Fine-tuning FinBERT for transcripts → sentiment scores → trading signals
  • Risk management: overfitting, event clustering, multiple testing
  • Project 7: Fed Speech Sentiment → SPY Backtest

Day 4

Sun, 16 November

Capstone Project Presentations + Q&A
Showcase projects, learn from peers, and get doubts clarified in a Q&A session.

7 Guided Projects

7 Guided Projects

Project 1

Workflow with AI Co-Pilot:
Use AI assistants to generate strategy code, backtest a simple trading idea, and review first performance metrics.

Project 2

Agentic AI for Research
Turn plain-language trading ideas into research strategies with automated data fetching, feature design, and starter notebooks.

Who should attend?

CMTs/Technical Analysts

Little/no ML background, seeking structured AI entry.

Traders & Asset Managers

Learn frameworks used in global trading desks.

Data Scientists/Analysts

ML knowledge, but limited market implementation.


Prerequisites

To ensure quality and peer learning, enrollment requires EPAT Certification of Excellence OR Passing an Entrance Test conducted by QuantInsti

What is EPAT?

The Executive Programme in Algorithmic Trading (EPAT) by QuantInsti is a 6-month online comprehensive certification programme with 120+ hours of live lectures and 150+ hours of recorded content, led by 20+ industry experts to provide hands-on experience for aspiring professional traders.

Faculty

Dr. Thomas Starke
Dr. Thomas Starke

AI & portfolio management pioneer

Dr. Ernest P. Chan
Dr. Ernest P. Chan

Global leader in quantitative trading & AI

Ishan Shah
Ishan Shah

Practitioner in ML-driven trading

Vivek Krishnamoorthy
Vivek Krishnamoorthy

Head of Content & Research at QuantInsti

Rekhit Pachanekar
Rekhit Pachanekar

Practitioner in ML-driven trading

Interested?

Testimonials

Some modules in this bootcamp overlap with these Quantra courses.

Hear from course learners!

Christian Alfaro

Customer Success Manager, Chile

Course Rating Course Rating Course Rating Course Rating Course Rating

Excellent course, i finally connect my RNN/LSTM knowledge with LLM

Veera Raghunatha Reddy Naguru

United Kingdom

Course Rating Course Rating Course Rating Course Rating Course Rating

Great course! Very detailed explanation about LLM's capabilities and their functionalities!

Artur Barreiros

Professor, Instituto Superior Técnico,Portugal

Course Rating Course Rating Course Rating Course Rating

The concepts and ideas presented are excellent, and are well explained in the videos and comments available

Patricio Galvan

Spain

Course Rating Course Rating Course Rating Course Rating Course Rating

Very complete Course!

Nicolas Guillen

Spain

Course Rating Course Rating Course Rating Course Rating Course Rating

More than expected

Proof of Rigor

Deliverables

Jupyter notebooks + one-pager summary

Evaluation Rubric

Methodology (30%), Validation (25%), Results (25%), Risk/Execution (10%), Clarity (10%)

Learning Outcomes

Build and validate AI models, design robust workflows, and deploy strategies with confidence.


Have Any Doubts?

Ready to join the next wave of AI-driven trading?

Limited Seats Available.

Apply Now
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