GCC FORWARD DEPLOYED ENGINEER (FDE) FINTECH TRACK
Moving beyond fragile prototype chatbots into auditable, deterministic, stateful AI agent workflows. Designed for cross-functional GCC pairs (Finance Specialists + Software Engineers) shipping compliant banking and finance systems.
Shifts the engineering and finance mindset from single-turn chat interactions to stateful agent execution loops with explicit function-calling contracts and transaction rollback capabilities.
from pydantic import BaseModel, Field
class InvoiceExtractContract(BaseModel):
vendor_tax_id: str = Field(..., description="GSTIN or Federal EIN")
invoice_amount: float = Field(..., gt=0)
bank_account: str = Field(..., regex=r"^[A-Z0-9]{8,24}$")
requires_approval: bool = Field(default=False)
Divided across 2 Intensive Days (or 4 Evening Cohort Sessions) with paired Finance + Tech execution.
| Session & Module | Duration | Topic & Technical Focus | Hands-On GCC Lab Milestone |
|---|---|---|---|
| M1: Agentic FinTech | 2.0 Hrs | State Machines, Agentic Loops & Function Schemas | Building n8n / FastAPI webhook listener for trade events. |
| M2: Context Engineering | 2.0 Hrs | Token Budgets & Core ERP API Ingestion | Structured GL prompt injection with Pydantic JSON contracts. |
| M3: GraphRAG | 2.5 Hrs | Multi-Hop Entity Graphs & Relational Risk | Extracting 3-hop shell company networks using Neo4j / NetworkX. |
| M4: AML & SAR Automation | 2.5 Hrs | Transaction Dossiers & Human Sign-off Gates | Automated SAR evidence compilation with human approval gate. |
| M5: Adversarial Invoices | 2.5 Hrs | Indirect Prompt Injection & PDF Poisoning | Simulated malicious PDF attack & ERP master cross-validation defense. |
| M6: Dual-Model Evaluators | 2.0 Hrs | Producer-Evaluator Governance Pattern | Deploying real-time policy evaluation filter before ERP commit. |
| M7: Capstone Defense | 1.5 Hrs | 1-Page Enterprise Blueprint & Live Run | Live defense before Course Director panel judged on 100-pt rubric. |
Test the live production FastAPI template (fde_microservice_starter.py) with client task dispatching and semantic caching.
@app.post("/api/v1/execute", response_model=EnterpriseTaskResponse)
def execute_task(request: EnterpriseTaskRequest):
cache_key = f"{request.client_id}:{request.workflow_name}"
if cache_key in SEMANTIC_CACHE:
return EnterpriseTaskResponse(cached=True, status="SUCCESS", ...)
# Execute deterministic validation & agent evaluation
return EnterpriseTaskResponse(cached=False, status="SUCCESS", ...)
Assessed by the Course Director panel on live working systems. Minimum pass: 60 pts. Security & Guardrails minimum: 15/25.
Clear As-Is vs To-Be process mapping. Solves high-friction finance bottleneck with realistic ROI.
ERP/Core banking schema integration, token budgeting, and strict Pydantic JSON contracts.
Multi-layer defense against prompt injections in invoices, PII masking, and Dual-Model Evaluator.
Explicit escalation triggers, named human approval gates for high-value transactions, audit logging.
Finance defends accounting logic & compliance; Tech defends API pipeline & reliability.
Why enterprise FinTech agents require deterministic finite state machines instead of open-ended conversational prompts:
A self-grading LLM suffers from confirmation bias. The Producer-Evaluator pattern isolates generation from safety auditing:
[Raw Invoice] ──> [Producer LLM (Extraction)]
│
▼ (Draft JSON)
[Evaluator LLM (Policy Guardrail)]
├── Checks Master Vendor Table
├── Verifies Bank Account Match
└── Flags Invisible Injections
│
┌───────┴───────┐
▼ ▼
[PASS / Commit] [FAIL / Alert Audit]