The AI Engineer is a hands-on builder at the core of JSSI’s AI First engineering transformation,
designing, shipping, and operating production-grade AI systems from prototype to production.
Reporting to the Director of Engineering, you will work alongside the AI Solution Architect (who
sets architecture standards and direction) and the AI Verification Architect (who builds the testing
and verification frameworks your work is validated against), partnering closely with an AI First
Product team to drive the evolution of JSSI’s SaaS platforms.
First Agentic Operating model, "senior developer" is no longer a job a person holds: it is a
capability the AI Engineer directs, exercised by coding agents under their guidance. The AI
Engineer orchestrates that agentic development capability rather than performing hands-on
coding as the primary activity, owning outcomes across building, shipping, and operating AI
systems. It is designed for accomplished software engineers ready to make that shift, from writing
the code themselves to directing the agents that write it.
features, and automation; integrate them with JSSI’s enterprise systems; and own their reliability,
accuracy, and business impact in production. You will use Claude Code as your primary
development tool, working in tight build-measure-learn cycles. Success is measured by what you
ship and the outcomes it produces, not by activity. Strong written and verbal communication
matters as much as technical depth: you will collaborate daily with product, business
stakeholders, and your engineering peers to translate real needs into reliable solutions.
Position Responsibilities
• Drive continuous refinement of the AI agentic pipeline and its iterative development loop,
informing architectural direction in partnership with the AI Solution Architect. Apply
context engineering, enforce human-in-the-loop governance, and hold final accountability
for all software delivered under your direction.
JSSI’s SaaS platforms, working within the architecture standards and spec-driven delivery
models set by the AI Solution Architect.
lifecycle: specification, development, review, testing, documentation, and release.
execution) on distributed patterns such as queues, caching, and scalable APIs, and
operate them with other coding agents.
implement them through coding agents, and build and consume MCP servers that expose
JSSI enterprise systems as model-ready tools, following the criteria defined by the AI
Solution Architect.
software in tight, iterative cycles, adopting spec-driven delivery models and bringing AI
agents into day-to-day engineering, with a stated goal of 100% AI-generated code.
knowledge, and project memory that ground every agent session, capturing each lesson
and production insight back into it to continuously improve the pipeline.
acceptance criteria before directing agent implementation, making the spec executable,
structurally constraining agent output, and giving the AI Verification Architect a reliable
contract to validate against.
and enterprise data (Fabric, Salesforce, D365 F&O, and JSSI proprietary platforms) into
cohesive, production-grade workflows, following the automation patterns and standards
established by the AI Solution Architect.
production, keeping automations dependable as they scale.
services (dashboards, microservices) that operationalize and extend automation
initiatives.
quality, then monitor, troubleshoot, and optimize for accuracy, performance, and
measurable business value.
opportunities that deliver the highest business impact.
treating rapid experimentation as an operational-excellence discipline, deploying and
learning in tight cycles toward a future state of deploying to production many times per
day.
governance, and metrics, and surface improvements from what you learn building in
production.
features against the verification frameworks and acceptance criteria that validate quality
and behavior.
specifications, resolve dependencies, and ship product increments that move agreedupon metrics.
patterns, and AI First best practices, providing the guidance and insight their teams need
to succeed.
monitoring, ethics, and regulatory alignment
Required Qualifications
production SaaS, including time as a senior developer or equivalent hands-on engineering
role.
the Microsoft stack (C#/.NET, React/TypeScript, RESTful Web APIs, SQL Server / Azure
SQL) and familiarity with distributed-systems patterns such as queues, caching, and
scalable APIs.
workflows and spec-driven development, with demonstrable business outcomes.
orchestration, planning, and observability in production environments.
operation, and iterating based on measured outcomes.
business stakeholders and explain technical trade-offs to non-technical audiences.
AI & Claude Ecosystem Proficiency (Claude Strongly Preferred)
including AI coding agents, agentic workflows, CLI-based development, and directing
coding agents to ship production software.
rate-limit management, and vision.
observability) and building and consuming MCP servers that expose enterprise data
sources as model-ready tools.
deployment pipelines for agent-based and model-dependent services; evaluation
frameworks that measure AI quality, cost, and latency; and responsible-AI design aligned
with Anthropic's principles.
debugging live systems.
as Dynamics 365 F&O and Salesforce or equivalent CRM.
experience.
Skills Required
- 4-8 years of professional software engineering experience building and shipping production SaaS, including senior developer or equivalent hands-on engineering experience
- Production-level cloud-native development experience with C#/.NET, React/TypeScript, RESTful Web APIs, SQL Server/Azure SQL, and distributed systems patterns
- Experience building, deploying, and maintaining production services through CI/CD, test-driven development, and rapid iterative release cycles
- Production systems built and shipped using agentic workflows and spec-driven development, with demonstrable business outcomes
- Hands-on experience designing and operating multi-agent systems, including orchestration, planning, and observability in production
- Experience owning features end to end from specification through deployment, operation, and measured iteration
- Excellent written and verbal communication skills with the ability to collaborate with product and business stakeholders
- Hands-on production experience with Claude Code, including AI coding agents, agentic workflows, CLI-based development, and directing coding agents
- Prompt engineering skills including context engineering, structured outputs, and retrieval-augmented prompting in production agent systems
- Production experience with the Claude API, including tool use, document processing, streaming, rate-limit management, and vision
- Experience with multi-agent design patterns and building and consuming MCP servers exposing enterprise data sources as model-ready tools
- Software engineering discipline in AI systems, including version control, testing, deployment pipelines, evaluation frameworks, and responsible-AI design
- Experience operating AI workflows in production, including agent observability and debugging live systems
- Experience with Azure cloud infrastructure and integrations with Dynamics 365 F&O, Salesforce, or equivalent CRM
- Bachelor's degree in Computer Science, Information Systems, or equivalent professional experience
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What We Do
For more than 30 years, Jet Support Services, Inc. (JSSI), has been the leading independent provider of maintenance support and financial services to the business aviation industry. JSSI is responsible for maintaining in excess of 2,000 business jets, regional jets and helicopters across the globe and serves customers through an infrastructure of certified technical advisors. JSSI leverages this technical knowledge, experience, buying power and data to provide support at every stage of the aircraft life cycle; from aircraft acquisition to aircraft teardown and part out. GTCR, a leading private equity firm, is a majority investor in JSSI.








