Lead Software Engineer

JPMorganChase•Jersey City, NJ

10d

About The Position

As a Lead Software Engineer at JPMorgan Chase within the Corporate Technology Data Strategy & Architecture organization, you will be part of an agile team building and enhancing secure, stable, scalable, market-leading technology products. You will use deep technical expertise and problem-solving skills to address challenges across multiple technologies and applications, delivering significant business impact. The role focuses on developing data-intensive applications and production AI systems, including agentic AI systems and LLM-based applications. You will lead complex software features from requirements through deployment and operational stability, guide technical decisions, and improve the reliability and performance of applications. You will also mentor engineers and help drive responsible, measurable adoption of approved AI-assisted engineering practices and automation across teams and the software development lifecycle.

Requirements

Formal training or certification in software engineering concepts and at least 5 years of applied experience.
Hands-on experience building and shipping LLM-based applications and agentic systems with tool use, memory, and multi-step reasoning in production environments.
Advanced proficiency in one or more programming languages, particularly Python and/or Java.
Deep experience with large-scale data processing, microservices, API design, and event streaming such as Kafka.
Working knowledge of relational and NoSQL databases, vector stores, and data lake architectures.
Experience with caching technologies such as Redis or MemCached, observability tools such as Dynatrace, Splunk, or Grafana, and orchestration frameworks such as Airflow or Temporal.
Proficiency in CI/CD, test-driven development, automation, and all aspects of the Software Development Lifecycle.
Strong understanding of agile methodologies, application resiliency, and security best practices.
Practical cloud-native engineering experience with AWS, Azure, or GCP.
Demonstrated experience leading effective use of enterprise-authorized AI-assisted software development tools in the work environment, such as for coding, code review, test acceleration, and troubleshooting, and setting team expectations for validating AI outputs for correctness, performance, and security.
Strong understanding of responsible AI use in engineering workflows, including data sensitivity, secure handling of inputs and outputs, and adherence to resiliency and security expectations.
Experience coaching senior engineers or leads on compliant AI usage patterns and controls.

Nice To Haves

Experience with LLM orchestration frameworks.
Hands-on experience with model-serving infrastructure or managed endpoints such as AWS Bedrock or Azure OpenAI.
Familiarity with AI evaluation and observability practices, including evaluation frameworks, red-teaming, prompt drift detection, and cost and latency monitoring.
Understanding of agentic design patterns and how to constrain agent autonomy in high-stakes financial workflows.
Experience with modern data platforms such as Databricks or Snowflake.
Hands-on experience with Spark/PySpark and big data processing at scale.
Knowledge of the financial services industry and its technology systems.
Awareness of AI risk and regulatory considerations relevant to AI use in financial decision-making.

Responsibilities

Develop secure, high-quality production code for data-intensive applications and platforms; review and debug code written by others.
Lead end-to-end design and implementation of complex software features, from requirements through deployment and operational stability.
Drive technical decisions that influence application design, functionality, performance, and reliability.
Build and maintain agentic AI systems, including multi-agent workflows, tool-use integrations, and human-in-the-loop controls appropriate for regulated financial services environments.
Implement LLM-based applications, including RAG pipelines, embedding workflows, vector store integrations, and model-serving infrastructure.
Own observability, evaluation, and safety of production AI systems, including prompt monitoring, output validation, cost tracking, and latency optimization.
Identify and execute opportunities to automate remediation of recurring issues and improve operational stability.
Create software solutions through design, development, and technical troubleshooting to solve complex and ambiguous problems.
Mentor and coach junior and mid-level engineers, conduct code reviews, and share engineering best practices.
Contribute to firmwide frameworks, tools, and SDLC practices as a member of the engineering community.
Drive adoption and governance of approved AI-assisted engineering practices across teams, including code review and refactoring, test acceleration, release readiness, and incident or root-cause analysis.
Establish measurable validation standards for AI-assisted engineering, including secure coding, peer review, and automated testing, and promote reuse of proven patterns and automation within the SDLC/TLM toolchain.
Use Software Development Life Cycle toolchain capabilities, including approved AI-assisted development and automation tools, to improve the value realized from automation at scale.