Emma Lovett

Emma Lovett is a prominent figure in the financial technology sector, currently serving as the Co-Chair of the Fintech Advisory Committee at the International Capital Market Association (ICMA). She is also the Executive Director for the Markets Distributed Ledger Technology (DLT) team at J.P. Morgan, where she focuses on developing digital asset capabilities within credit markets, leveraging blockchain technology to enhance operational efficiency and regulatory compliance.12

Professional Background

• Current Roles:

  • Co-Chair of ICMA's Fintech Advisory Committee, which aims to provide guidance on fintech developments impacting international capital markets.1
  • Executive Director at J.P. Morgan, leading initiatives in Markets DLT and focusing on the lifecycle and operational components of new issuances.2

• Previous Experience:

  • Prior to her current position, Emma was the Head of EMEA Deal Management for Fixed Income New Issues at J.P. Morgan, where she accumulated over 20 years of experience in various roles within the bank, specifically in primary markets.24

Areas of Expertise

Emma's expertise encompasses several key areas:

• Technology and Regulation: She has a deep understanding of technology's role in financial markets and the regulatory landscape affecting fintech innovations.
• Operational Components of New Issuances: Her work involves overseeing internal procedures and settlement processes for bonds from both issuer and investor perspectives.12

Contributions to Fintech

Under her leadership, the ICMA Fintech Advisory Committee works to promote straight-through processing (STP), establish common standards for data handling, and foster dialogue between industry stakeholders and regulators. This initiative aligns with ICMA's mission to support sustainable financial markets while addressing technological advancements in capital markets.13

Emma Lovett's contributions are significant in shaping the future of fintech within international capital markets, making her a key player in this rapidly evolving field.