Overview

I’m a Penn M&T student studying CS, Finance, and Statistics, with a master’s in Robotics, interested in systems that learn and adapt to complex environments. My research spans world models and autonomous agents at GRASP Lab; my industry work spans quantitative finance at BNP Paribas, MFS, and Virtu. The through-line is the same across both: find the structure hidden in a hard problem, then build something that exploits it.

Current
Rising Senior @ Penn M&T · Robotics & ML @ GRASP Lab · Quant Intern @ BNP Paribas
Focus
World models · Multimodal AI · Robotics · Autoregressive flows
Industry
Quant Finance (BNP Paribas · MFS · Virtu) · Robotics AI (GRASP) · Blockchain (FranklinDAO · Broadridge)
Education
Penn M&T ’27: CS · Finance · Statistics · MS Robotics

Published

NeurIPS ‘25 NORA Workshop · Oral / SpotlightValidation-Gated Hebbian Learning for Adaptive Agent Memory ↗Hebbian-plastic knowledge graph for multi-agent reasoning: edges strengthen, decay, and emerge based on validated reasoning. Validation-gated consolidation (logic · grounding · novelty · alignment) prevents hallucination reinforcement. Identifies novelty and correctness as orthogonal validation dimensions; adaptive graphs outperform static baselines.

Research

RAR-Flow / RAE-Flow2026 —

Randomized permutation training for TARFlow · pixel & latent space · Prof. Jiatao Gu

  • 3.4× lower FID on CIFAR-10 vs baseline (287 vs 969) with annealed permutation training, matching NLL within 0.5%
  • Gap isolated to log|det|, not MSE(z): order diversity improves flow expressiveness without hurting reconstruction
  • Current: extending to learned latent spaces (RAE-Flow), joint encoder + flow training toward multimodal world models
  • Autoregressive flows · DINOv2 · PyTorch · pixel & latent generative modeling
L-JEPA2026 —

Non-generative world model for autonomous racing · F1/10th · deployed on hardware

  • 37.6% mean lap completion · 50% best seed on Levine track
  • Berlin ceiling at 57.7% — competing hypotheses: encoder aliasing vs reward sparsity (open)
  • PyTorch · ROS2 · LiDAR · PPO · sim-to-real
Autonomous Drone Racing2026 —

PPO-based quadrotor control for autonomous racing · NVIDIA Isaac Lab

  • Reward design, observation spaces, reset strategies for stable policy learning
  • Iterative training with W&B experiment tracking; diagnosed reward hacking failure mid-run
  • PyTorch · NVIDIA Isaac Lab / Isaac Sim · Weights & Biases
CHORD2025 —

Deterministic piano-playing robot arm · 1 kHz control loop

  • OSQP-solved contact-mode transitions · hierarchical task planner
  • Contact-mode state machine handles fingertip–key dynamics without destroying the action mechanism
  • C++ · OSQP · ROS2
No-Regret Learning in Multi-Objective Games2025

Working paper · No-regret learning dynamics for Pairwise Pareto Correlated Equilibria

  • Identified squared distance to the no-Pareto-improvement cone as a tractable non-convex potential; proved O(T−1/2) convergence under a Local Descent condition
  • Proposed Bottleneck Regret Matching (BRM): scalar regret matching on the bottleneck objective coordinate
  • Showed vanishing swap-dominance regret implies convergence of empirical play to PCE / PPCE
  • Game theory · Convex analysis · Regret minimization
Adaptive Reconfigurable Robots2024 —

PPO deep RL for autonomous hardware reconfiguration · GRASP Lab · Prof. Mark Yim

  • Morphology and policy co-evolve in simulation, then transfer to physical modules
  • Isaac Gym · PyTorch · URDF · sim-to-real

Experience

BNP ParibasSummer 2026

Quantitative Research & Trading Associate Intern · Equity Derivatives

  • RL for hedging variance swaps
Broadridge Financial Solutions2025–26

Product Consultant · Digital Assets & Tokenization

  • Evaluated ClearFi digital-asset product; identified PMF gaps and proposed strategic roadmap directions
  • Presented tokenization strategy to product and operations stakeholders
MFS Investment ManagementSummer 2025

Quantitative Research Analyst Intern · $600B+ AUM

  • +60bp information coefficient across 75% of equity factors and sectors
  • Valuation-dispersion adjustment to improve factor-model robustness under long-horizon regime shifts
FranklinDAO2025 —

Director of R&D · Penn Blockchain

  • $15k+ in individual prizes across ETHGlobal, BUIDL AI Seoul, and other hackathons
  • Technical consulting; research on RWAs, DePIN, and tokenization
Virtu FinancialJan 2025

Trading & Analytics Wintern

  • Exposure to execution services, market making, trading algorithms, and market-microstructure analytics
  • Proposed data-driven cross-selling strategy for Virtu Execution Services based on client behavior
VerizonSummer 2024

Software Engineering Intern · GTS

  • Network Topology Visualization tool for MDU home-internet service — Neo4j · MongoDB · Kafka · React
  • Outage-impact “what-if” simulation: −20% MTTR via predictive equipment-failure propagation
Oraclum Capital2024

Quantitative Research Intern

  • Quantified volume and volatility shocks around FOMC releases across equities, fixed income, and FX
Mack Institute for Innovation Management2024–25

Researcher & Consultant · Wharton

  • Menon & Menon: strategic research for a drone/UAV startup
  • BTCS: authored whitepaper on Ethereum protocol economics
  • Automation Anywhere: GTM strategy and AI positioning

Interests

Music

Violin and piano, 14 years. Currently listening: Brahms Symphony No. 2.

Reading

Books, articles, papers.

  • The Last Question — Isaac Asimov
  • Absolutely on Music — Haruki Murakami
Writing

Coming soon: a post on the state of robotics in the EU.

Connect

LinkedInXGitHub

© 2026 Pragya Singh