• Is AI’s impact a natural extension of existing quantitative methods, or a fundamental disruption? Explore AI’s capabilities through discussions on:
• What recent advancements in AI and machine learning have significantly improved alpha signal extraction, and how are these integrated into systematic strategies?
• How are reinforcement learning, predictive modeling, and execution algorithms driving measurable improvements in portfolio execution efficiency?
• What distinguishes incremental model enhancements from disruptive AI techniques in the context of strategy evolution and market adaptability?
• How are adaptive AI frameworks—such as agent-based models and meta-learning systems—shaping the future of autonomous trading in complex, dynamic environments?

Bhavin Kapadia

CTO Senior Advisor
AI Security Financial Services

See Bio

Bhavin Kapadia

CTO Senior Advisor
AI Security Financial Services

See Bio

Federico Fontana

Chief Technology Officer
XAI Asset Management

See Bio

Sid Pednekar

Head of Data Science & GenAI
Millennium

See Bio

Allocators are facing increasing pressure from higher funding costs, tightening risk budgets and the shifting of equity/bonds and equity/FX correlations.

In this session, Yoav Git, head of quant research at Gresham Quant, breaks down the core components of portfolio construction from a quantitative allocator’s perspective — blending theory with empirical insights.

Taking an outsider’s view as a systematic hedge fund manager, Yoav will explore how factors such as correlation regimes, position sizing, and risk constraints affect portfolio robustness. He’ll address how traditional approaches are evolving in response to data availability, model complexity, and the need for transparency in institutional mandates.

Yoav Git

Quant Research
Gresham Investment Management

See Bio

Machine learning has become increasingly central to both forecasting and portfolio construction. But how do you separate hype from real, actionable value?

• What ML models are most effective for return and risk forecasting?
• How are firms integrating AI and ML signals into quant investment strategies?
• When does ML add value over traditional quant techniques?

Dr. Joo Hee Lee

Consultant
CFA Institute

See Bio

Hamza Bahaji

Head of Financial Engineering & Investment Solutions
Amundi

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Andrea Nardon

CIO
Creed & Bear

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Leon He

Managing Director, Quantitative Equity
BCI

See Bio

Traditional risk models often fall short in capturing the complex dynamics across multiple asset classes, regions, and liquidity profiles. Gain insights into:

• The development and implementation of functional, adaptable, data-driven risk models
• Cross-asset volatility, as well as fact and correlation modelling.
• Practical challenges in stress testing and scenario analysis.

Panel Questions:

• How can we develop and implement functional, adaptable, data-driven risk models that effectively capture the complexities across multiple asset classes, regions, and liquidity profiles?
• In the context of cross-asset volatility, what are the best practices for factor and correlation modeling to ensure accurate risk assessment and management?
• What are the practical challenges faced in conducting stress testing and scenario analysis, and how can these be addressed to improve risk model robustness?
• Given the dynamic nature of financial markets, how can risk models be designed to adapt to changing conditions and provide reliable insights during periods of market stress?

Dr. Joo Hee Lee

Consultant
CFA Institute

See Bio

Florian Lelpo

Head of Macro and Mult-Asset Portfolio Manager
Lombard Odier Investment Managers

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Akhil Khunger

VP Quantitative Analytics
BARCLAYS

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Christoph Schon

Head of Investment Decision Research, EMEA
SimCorp

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In this session, the story will be shared behind developing and deploying the first fully AI-managed ETF on the New York Stock Exchange—where every trade, rebalance, and decision was autonomously driven by AI. From ingesting every market tick across US large-cap equities to constructing and rebalancing a highly active, cost-sensitive portfolio, the presentation offers a rare, transparent look at how AI can fully automate public investment vehicles.

Understand the technical architecture required to automate ETF management using AI, from ingesting high-frequency market data to portfolio rebalancing and execution.

Explore real-world challenges in data quality, cost optimisation, and regulatory compliance when deploying an AI-driven strategy to a public exchange.

Gain insights into lessons learned from the launch, management, and sale of a fully autonomous ETF—highlighting what it takes to bridge quant innovation and public market accountability.

Nicholas Subryan

Director of AI Talent
Kaiju

See Bio

Machine learning has become increasingly central to both forecasting and portfolio construction. But how do you separate hype from real, actionable value?

• What ML models are most effective for return and risk forecasting?
• How are firms integrating AI and ML signals into quant investment strategies?
• When does ML add value over traditional quant techniques?

Revant Nayar

Principal and CIO
Princeton AI and FMI Tech

See Bio

Daniel Ung

Head of Quantitative Research and Analysis, SPDR ETF Model Portfolio Solutions
State Street Global Advisors

See Bio

Pierre Dongo-Soria

Senior Asset Allocation Strategist
Russell Investments

See Bio

Rajnish Kumar

Global Head of Investment Tech and AI
Allianz

See Bio

Bhavin Kapadia

CTO Senior Advisor
AI Security Financial Services

See Bio

This hands-on workshop guides quant analysts through the complete workflow of utilizing KDB and q, the high-performance time-series database and programming language widely adopted in financial institutions. Participants will learn the fundamentals of KDB and q for handling real-time market data at scale, build and test end-to-end workflows for analysis, signal generation, and execution, and gain practical experience in writing, optimizing, and deploying production-ready code in a quant environment.

Session Objectives:

• Understand the core concepts and syntax of KDB and q for efficient data handling.
• Develop and test complete workflows for quantitative analysis and trading strategies.
• Acquire practical skills in optimizing and deploying code suitable for production environments in finance.

Session Breakdown (90 Minutes):

1. Introduction to KDB and q (15 minutes)

• Overview of KDB and q: architecture, features, and advantages in financial data processing.
• Discussion on the role of KDB/q in high-frequency trading and real-time analytics.

2. Hands-On Coding: Data Ingestion and Processing (25 minutes)

• Demonstration of ingesting real-time market data into KDB.
• Writing q scripts for data parsing, cleaning, and transformation.
• Best practices for handling large-scale time-series data.

3. Workflow Development: Analysis to Execution (25 minutes)

• Building analytical models and signal generation using q.
• Integrating analysis with execution systems.
• Testing and validating workflows in a simulated environment.

4. Optimization and Deployment (20 minutes)

• Techniques for optimizing q code for performance and scalability.
• Deploying workflows into production environments.
• Monitoring and maintaining deployed applications.

5. Q&A and Discussion (5 minutes)

• Open floor for participant questions
• Discussion on advanced topics and real-world applications.

Key Takeaways:

• Proficiency in using KDB and q for real-time data processing and analysis.
• Ability to develop end-to-end workflows from data ingestion to execution.
• Knowledge of best practices for optimizing and deploying quant applications in production settings.

Alexander Unterrainer

KDB Enthusiast
DefconQ

See Bio

1. Time-Series Modeling of Order Flow Using Deep Learning:

Demonstrate how deep learning models, when applied to high-frequency, structured time-series data in kdb+/q, can enhance short-term price forecasting and execution decision-making.

2. Combining Domain Knowledge with Neural Architectures:

Discuss how deep learning complements traditional signal processing in kdb+/q, addressing interpretability, robustness, and latency trade-offs in real-world execution pipelines.

3. Real-Time Execution Analytics at Scale:

Present techniques for efficient venue benchmarking, slippage monitoring, and dynamic strategy refinement using kdb+/q, aligned with live market microstructure feedback.

These objectives aim to bridge cutting-edge AI applications with time-critical systems built on kdb+/q, offering practical value to quants, engineers, and traders alike.

Rohit Sharma

Vice President, Market Surveillance
BNY Mellon Investment Management

See Bio

Large Language Models and NLP’s have moved from labs to trading desks—shaping the way we trade:

1.    Can you give real-world applications of LLMs in quant finance—from sentiment analysis to automated document parsing?

2.    How are you using NLP to accelerate research, generate alpha, and improve operational efficiency?

3.    How have you grasped the strengths, limitations, and responsible deployment of LLMs in production environments?

Samuel Livingstone

Head of Quantitative Strategies and Risk
Ambienta

See Bio

Yaqin Zhou

Director Global Equity AI Data Scientist
Allianz Global Investors

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Terri van der Zwan PhD

Quantitative Researcher
Robeco

See Bio

Guido Baltussen

Head of Quant
Northern Trust Asset Management

See Bio

Alex Remorov

Portfolio Manager & Researcher, Systematic Active Equities
BlackRock

See Bio

·     Time series models are at the core of forecasting in quantitative finance—powering everything from trading signals to risk management strategies:

·     Explore key models and deep learning approaches for financial forecasting

·     Discover how time series forecasts help you make data-driven decisions on timing, allocation, and risk

Wafaa Schiefler

ED, Commodities Quantitative Researcher
JP Morgan Chase

See Bio

Go beyond the theory and deep into the real-world application of quant innovation with Matthias Uhl, Head of Analytics & Quant Modelling (AQM) at UBS Asset Management. This session unpacks practical use cases where AI, machine learning, and NLP are actively being used to extract alpha, generate alternative data insights, and forecast market movements with greater precision.

Drawing from UBS’s institutional experience, Matthias will reveal how cutting-edge quant tools are built, tested, and deployed at scale — and what it means for the future of data-driven investing.

Audience Takeaways:

·      Discover real examples of how alternative data and NLP are used to generate tradable signals

·      Understand the ML methods and quant analytics driving next-generation forecasting models

·      Learn how UBS translates innovative research into practical, scalable investment tools

Matthias Uhl

Head Analytics & Quant Solutions, Partnership Solutions
UBS Asset Management

See Bio

As algo wheels reshape how buy-side firms select brokers, precision execution is no longer a competitive edge—it’s a baseline requirement. In this session, we introduce “Lenses”, a powerful new framework for dynamically evaluating and enhancing algorithmic trading performance. Going beyond generic benchmarks like VWAP and arrival price, Lenses allow quant teams to zoom in on execution quality through tailored, granular metrics.

With real-world examples, we explore how Lenses help improve routing logic, refine order placement tolerances, and adapt taking logic in real time—including how to clean liquidity, manage spread crossing, and mitigate fading effects. The result: smarter execution, optimized broker selection, and a more dominant position in the competitive landscape of algo wheels.

Overview objectives:

• Leverage Lenses to fine-tune execution strategy, improving routing logic and market placement for optimal fill quality and timing tolerance.
• Enhance taking logic by cleaning liquidity, managing spread crossing intelligently, and reducing the fading effect to protect alpha.
• Position your algorithms to win in broker evaluation frameworks, by aligning to client-specific benchmarks with adaptive, data-driven strategies.

Gabriel Tucci

Global Head of Equities Cash Quant Trading
Citi

See Bio

As the lines between public and private markets blur, the demands on portfolio construction models are rapidly evolving. In this keynote, Quant of the Year 2024, Dr. Artur Sepp, Global Head of Investment Services Quant Group at LGT Private Banking, challenges the conventional frameworks that underpin strategic and tactical asset allocation frameworks.

Drawing from pioneering work at the intersection of advanced mathematics and real-world portfolio engineering, Artur reveals how next-generation optimization techniques are enabling fully integrated, cross-asset portfolios—spanning bonds, equities, hedge funds, and private equity. This is not the old-school mean-variance paradigm—it's a reimagining of what quant can achieve in a world where liquidity, transparency, and return dynamics vary dramatically across asset classes.

Key takeaways:

·      A first-hand look at the quant frameworks powering multi-asset portfolios across public and private markets.

·      Insights into mathematical innovation beyond mean-variance—including clustering and sparse methods for estimation of covariance matrix, tactical signals, and adaptive optimization.

·      A roadmap for building future-fit investment architectures that respond to today’s structural shifts in markets and capital allocation.

Artur Sepp

Global Head of Investment Services Quant Group
LGT Bank

See Bio

This hands-on workshop delves into the theory and practical implementation of reinforcement learning (RL) in quantitative finance. Participants will gain insights into building reliable RL models for trading and portfolio management, explore real-world applications, and examine case studies from hedge funds and quant labs.

Session Breakdown (80 Minutes):

1. Introduction to Reinforcement Learning in Finance (10 minutes)

• Overview of RL concepts: agents, environments, states, actions, rewards.
• Differentiating RL from traditional machine learning approaches.
• Relevance of RL in trading, portfolio management, and market making.

2. Building Reliable RL Models for Trading (20 minutes)

• Selecting appropriate RL algorithms (e.g., Q-learning, Deep Q-Networks, Policy Gradients).
• Designing state and action spaces tailored to financial markets.
• Defining reward functions that align with trading objectives.
• Addressing challenges like overfitting, non-stationarity, and exploration-exploitation trade-offs.

3. Real-World Applications (20 minutes)

• Examination of RL implementations in hedge funds and quant labs.
• Strategies for mitigating risks in live trading systems.
• Lessons learned from deploying RL agents in real market conditions.

4. Applications in Asset Allocation, Trade Execution, and Market Making (15 minutes)

• Utilizing RL for dynamic asset allocation strategies.
• Enhancing trade execution through RL-driven decision-making.
• Implementing RL in market-making scenarios to optimize bid-ask spreads and inventory management.

5. Interactive Q&A and Discussion (15 minutes)

Open floor for participant questions.

• Discussion on emerging trends and future directions in RL for finance.
• Sharing resources for further learning and exploration.

Key Takeaways:

• A solid understanding of how reinforcement learning can be applied to various aspects of quantitative finance.
• Practical knowledge of building and deploying RL models for trading and portfolio management.
• Insights into real-world challenges and solutions from industry case studies.
• Awareness of the potential and limitations of RL in live trading environments.

Nicole Konigstein

Chief AI Officer, Head of AI & Quant Research
quantmade

See Bio

Where and how models are deployed can impact everything from execution speed to compliance.

In this session:

• Compare performance, scalability, and latency trade-offs between cloud and on-prem deployments
• How do the costs compare? How can you avoid lock-in?
• Does the increased use of Gen-AI/GPUs/XPUs change things?
• Understand regulatory, data security, and compliance considerations
• Can hybrid architectures give a best of both world’s solution for balancing costs, speed, control, and flexibility

Barry Fitzgerald

Co-Head of Front-office Engineering
Man Group

See Bio

Quant teams are under pressure to extract alpha from increasingly complex and unconventional datasets. As new signals, factors, and sources emerge, how do you build models that are not only predictive—but resilient and scalable?

·      How do we quantify data quality?

·      What are the impacts of data quality on quantitative models, e.g. can models work with dirty or missing data?

·      Learn how to integrate new data sources into model pipelines without compromising stability

·      Understand the evolving role of alternative data in sustainable alpha generation

·      Assessing signal trading and landing models, assessing processes and cleaning dirty data

·      What are the different use cases of data and data quality requests from various stakeholders, including business, validation, risk, and regulators?

Guido Baltussen

Head of Quant
Northern Trust Asset Management

See Bio

Kristina Ūsaitė

Senior Quantitative Researcher
Robeco

See Bio

Giuliano De-Rossi

Head Quants Equities in the Chief Investment Office
UBS Global Wealth Management

See Bio

Erdem Ultanir

Director, Quantitative Analytics
Barclays

See Bio

·      What are the most impactful advancements in multi-factor risk modelling, and how are they reshaping portfolio construction in high-volatility environments?

·      In what ways are AI, machine learning and quantum computing techniques enhancing or challenging traditional portfolio construction?

·      How can quants effectively integrate signal uncertainty and regime shifts into dynamic risk models and portfolio rebalancing strategies?

Carlos Arcila-Barrera

Portfolio Manager and Research Lead
Sigma Advanced Capital Management

See Bio

Giulio Renzi-Ricci

Head of Portfolio Construction and Asset Allocation
Vanguard

See Bio

As digital assets mature beyond the hype cycle, a growing number of institutional investors are exploring systematic strategies to manage volatility and capture alpha in an inherently fragmented, fast-moving market.

Panel Questions:

1.    Can you elaborate on how you are developing the end-to-end architecture of a long/short quant crypto strategy—using fundamental and systematic analysis and CTA models and trading them systematically with quant models?

2.    In the context of a multi-strategy, institutional-grade digital asset fund that blends internal systematic strategies with external manager allocations, how do you approach portfolio construction and dynamic capital allocation across a diverse set of models and trading styles?

3.    What frameworks or technologies enable you to optimize risk-adjusted returns while managing cross-strategy correlation in a volatile and fragmented market?

Ankush Jain

Advisory
Jain Holdings

See Bio

Samed Bouaynaya

Portfolio Manager
Altana Wealth

See Bio

Jean-Marc Bonnefous

Managing partner
Tellurian Capital Management

See Bio

Alessandro Balata

Partner and Portfolio Manager
Fasanara Capital

See Bio

Evgeny Byvatov

Head of Systemic Volatility Trading
GSR

See Bio

This interactive workshop is designed for leaders shaping the future quant workforce. It focuses on identifying, developing, and retaining top talent in an increasingly competitive and ever-changing field. Participants will explore the evolving skill sets required for modern quants, effective strategies for hiring and upskilling, and best practices for building inclusive teams that integrate finance, data science, and engineering expertise.

Session Objectives:

Understand the key skills, mindsets, and experiences that define today's most successful early-career quants.

Explore strategies for hiring, upskilling, and building inclusive teams that blend finance, data science, and engineering.

Gain insights from talent leaders on effective practices for building long-term quant career pipelines.

Session Breakdown (90 Minutes):

1. Introduction: The Evolving Landscape of Quant Talent (10 minutes)

·      Overview of current trends impacting quant talent acquisition and development.

·      Discussion on the increasing intersection of finance, data science, and technology.

2. Defining the Modern Quant: Skills and Mindsets (20 minutes)

·      Presentation on the essential technical and soft skills for contemporary quants.

·      Exploration of the importance of adaptability, continuous learning, and interdisciplinary collaboration.

3. Strategies for Hiring and Upskilling (20 minutes)

·      Discussion on effective recruitment practices, including outreach to diverse talent pools.

·      Insights into upskilling programs and continuous professional development initiatives.

4. Building Inclusive and Collaborative Teams (20 minutes)

·      Examination of the benefits of diverse teams in quant finance.

·      Strategies for fostering an inclusive culture that encourages collaboration across disciplines.

1.      Q&A session with audience participation (15 minutes)

·      Share experiences and lessons learned in building and managing quant teams.

6. Conclusion and Key Takeaways (5 minutes)

·      Recap of the main points discussed during the workshop.

·      Distribution of resources and tools for implementing workshop insights.

Key Takeaways:

·      A clear understanding of the evolving skill sets required for modern quants.

·      Practical strategies for effective hiring, upskilling, and team building.

·      Insights into fostering an inclusive culture that supports interdisciplinary collaboration.

·      Access to resources and tools for ongoing talent development.