Skillsurger learning

Forward Deployed AI EngineerEnterprise GenAI, RAG & AI Agents

Connect AI engineering with real enterprise workflows, from discovery and secure integrations to evaluation, deployment and handoff.

Enroll on Udemy

Who this curriculum is for

Software and AI engineers who want to connect technical implementation with enterprise discovery, integrations, security and delivery. The curriculum spans Python and backend foundations, machine learning, LLMs, RAG and production systems.

Before you start

Review the Python, Git, API and data foundations in the curriculum and identify any gaps. Confirm the provider’s entry requirements and learning format on Udemy.

What you will work on

  • Scope an enterprise AI problem and connect the build to business KPIs.
  • Build retrieval, tool and agent workflows with evaluation and observability.
  • Design permission-aware integrations and test security boundaries.
  • Prepare deployment, runbooks, UAT and a portfolio architecture review.

Learning goals describe the curriculum. No employment or salary outcome is guaranteed.

Two enterprise capstones

OmniGuard

Secure AI Integration

RBAC, Hybrid RAG, Secure SQL and Guardrails

AuditMesh

Multi-Agent Compliance System

LangGraph Supervisor, MCP, Human Approval and Cost Tracing

Explore the full curriculum

18 sections · 156 items. Open a section to see every topic and item type.

1. Welcome to the Generative AI FDE Program7 items
  1. 1.

    What is a Generative AI Forward Deployed Engineer?

    Lecture

  2. 2.

    SDE vs AI Engineer vs AI FDE: How the Role Changes

    Lecture

  3. 3.

    The Modern GenAI Stack: Models, Context, Tools, Orchestration, Trust and Operations

    Lecture

  4. 4.

    From LLM Applications to Agentic Workflows and Autonomous Agents

    Lecture

  5. 5.

    How to Use This Program and Build Your Portfolio

    Lecture

  6. 6.

    Development Environment Setup: Python, Git, VS Code, Docker and API Keys

    Hands-on

  7. 7.

    FDE Role and GenAI System Fundamentals

    Quiz

2. Python & Linux Foundations for AI Engineers8 items
  1. 8.

    Python Refresher: Data Structures, Functions and Modules

    Lecture

  2. 9.

    Object-Oriented Python for Production Applications

    Lecture

  3. 10.

    Exceptions, File I/O and Configuration Management

    Lecture

  4. 11.

    Memory Management and Performance Basics

    Lecture

  5. 12.

    Async Python: Event Loops, Coroutines and Tasks

    Lecture

  6. 13.

    Concurrency vs Parallelism and ThreadPoolExecutor

    Lecture

  7. 14.

    Linux for Engineers: Files, Permissions, Processes and Environment Variables

    Lecture

  8. 15.

    Build an Async Python Data-Processing Service

    Hands-on

3. Modern API & Backend Engineering7 items
  1. 16.

    FastAPI Fundamentals and REST API Design

    Lecture

  2. 17.

    Pydantic Validation and Typed Request/Response Models

    Lecture

  3. 18.

    Dependency Injection, Middleware and CORS

    Lecture

  4. 19.

    CRUD Patterns and API Error Handling

    Lecture

  5. 20.

    GraphQL Fundamentals, Schemas, Queries and Mutations

    Lecture

  6. 21.

    API Versioning and Backward Compatibility

    Lecture

  7. 22.

    Test a FastAPI Service with Pytest, Fixtures and Mocks

    Hands-on

4. Cloud, Networking, Containers & CI/CD8 items
  1. 23.

    AWS Fundamentals: Compute, Storage, Databases and Serverless

    Lecture

  2. 24.

    VPCs, Public/Private Subnets, NAT and Security Groups

    Lecture

  3. 25.

    IAM, Least Privilege and Cloud Cost Controls

    Lecture

  4. 26.

    Dockerfiles, Images, Containers and Volumes

    Lecture

  5. 27.

    Docker Compose and Multi-Container AI Applications

    Lecture

  6. 28.

    Deploying Containers with App Runner and ECS Fargate

    Lecture

  7. 29.

    CI/CD with GitHub Actions and Secrets Management

    Lecture

  8. 30.

    Containerize and Deploy a FastAPI AI Service

    Hands-on

5. Machine Learning & Deep Learning Foundations8 items
  1. 31.

    Train, Validation and Test Sets; Leakage and Bias-Variance

    Lecture

  2. 32.

    Tensors, Forward Pass, Loss Functions and Backpropagation

    Lecture

  3. 33.

    Activation Functions: ReLU and Beyond

    Lecture

  4. 34.

    Optimization: SGD, Adam and AdamW

    Lecture

  5. 35.

    Regularization, Normalization and Learning-Rate Schedules

    Lecture

  6. 36.

    PyTorch Tensors, Autograd and DataLoaders

    Lecture

  7. 37.

    Mixed Precision, Gradient Accumulation and Experiment Tracking

    Lecture

  8. 38.

    Train and Debug a Small Neural Network in PyTorch

    Hands-on

6. Transformers, LLM Internals & Model Literacy9 items
  1. 39.

    Tokenization, Embeddings and Positional Information

    Lecture

  2. 40.

    Self-Attention Step by Step

    Lecture

  3. 41.

    Multi-Head, Multi-Query and Grouped-Query Attention

    Lecture

  4. 42.

    Decoder-Only, Encoder-Only and Encoder-Decoder Architectures

    Lecture

  5. 43.

    Dense Models vs Mixture-of-Experts Models

    Lecture

  6. 44.

    Pretraining Data, Scaling, Checkpoints and Contamination

    Lecture

  7. 45.

    Instruction Tuning, Chat Templates and Tool-Call Formats

    Lecture

  8. 46.

    Long Context, KV Cache and Context Limitations

    Lecture

  9. 47.

    Build a Mini Decoder-Only Transformer and Profile Attention Memory

    Hands-on

7. Prompting, Structured Outputs & Context Engineering8 items
  1. 48.

    Prompt Design: Instructions, Context, Examples and Success Criteria

    Lecture

  2. 49.

    Zero-Shot, Few-Shot and Task Decomposition Patterns

    Lecture

  3. 50.

    Reasoning Models, Verification Criteria and Test-Time Compute

    Lecture

  4. 51.

    Structured Outputs with JSON Schema and Pydantic

    Lecture

  5. 52.

    Validation, Repair, Retries and Idempotent Downstream Handling

    Lecture

  6. 53.

    Context Engineering: Write, Select, Compress and Isolate

    Lecture

  7. 54.

    Prompt Versioning, Caching, Routing and Fallbacks

    Lecture

  8. 55.

    Create a Versioned Prompt Package with a Regression Test Suite

    Hands-on

8. Vector Search & Production RAG10 items
  1. 56.

    RAG Architecture: Ingestion, Retrieval, Generation and Citations

    Lecture

  2. 57.

    Document Parsing, Metadata, Deduplication and Incremental Updates

    Lecture

  3. 58.

    Fixed, Recursive, Structural and Semantic Chunking

    Lecture

  4. 59.

    Embedding Models and Vector Representations

    Lecture

  5. 60.

    Vector Databases: Indexes, Distance Metrics and Metadata Filtering

    Lecture

  6. 61.

    Sparse Search with BM25 and Dense vs Sparse Retrieval

    Lecture

  7. 62.

    Hybrid Search and Reciprocal Rank Fusion

    Lecture

  8. 63.

    Query Rewriting, Multi-Query Search and Reranking

    Lecture

  9. 64.

    RAG Evaluation: Retrieval, Faithfulness, Correctness and Citation Accuracy

    Lecture

  10. 65.

    Build a Permission-Aware Hybrid RAG Service over Enterprise PDFs

    Hands-on

9. Knowledge Graphs, GraphRAG & Multimodal RAG8 items
  1. 66.

    Knowledge Graph Fundamentals: Nodes, Edges, Properties and Ontologies

    Lecture

  2. 67.

    Neo4j and Cypher: Modeling and Querying Enterprise Relationships

    Lecture

  3. 68.

    Graph-Based Retrieval and When GraphRAG Is Worth It

    Lecture

  4. 69.

    Multimodal RAG Architecture for Text, Tables, Images and Charts

    Lecture

  5. 70.

    OCR, Layout-Aware Parsing and OCR-Free Retrieval Concepts

    Lecture

  6. 71.

    Vision-Language Models, CLIP and Visual Embeddings

    Lecture

  7. 72.

    Scanned PDFs, Tables, Charts and Multi-Page Visual Context

    Lecture

  8. 73.

    Build a Visual Document Assistant with Graph and Multimodal Retrieval

    Hands-on

10. Fine-Tuning, Model Adaptation & Post-Training9 items
  1. 74.

    Choosing Between Prompting, RAG, Tools and Fine-Tuning

    Lecture

  2. 75.

    Data Quality, Licensing, Deduplication and Train/Eval Separation

    Lecture

  3. 76.

    Supervised Fine-Tuning (SFT) Fundamentals

    Lecture

  4. 77.

    LoRA and QLoRA: How Parameter-Efficient Fine-Tuning Works

    Lecture

  5. 78.

    Adapter Rank, Target Modules, Merging and Serving Trade-Offs

    Lecture

  6. 79.

    Preference Learning: Reward Models, DPO and RLAIF

    Lecture

  7. 80.

    RLHF, GRPO and Verifiable-Reward Training Concepts

    Lecture

  8. 81.

    Synthetic Data, Multi-Turn and Tool-Use Training

    Lecture

  9. 82.

    Fine-Tune a Small Open Model and Compare It with Prompt and RAG Baselines

    Hands-on

11. Agentic AI, Tool Engineering & LangGraph10 items
  1. 83.

    The Augmented LLM: Model + Retrieval + Tools + Memory

    Lecture

  2. 84.

    Workflow Patterns: Chaining, Routing and Parallelization

    Lecture

  3. 85.

    Orchestrator-Worker and Evaluator-Optimizer Patterns

    Lecture

  4. 86.

    Agent Loops: Observe, Decide, Act, Inspect and Stop

    Lecture

  5. 87.

    ReAct, Plan-and-Execute, Router and Supervisor Patterns

    Lecture

  6. 88.

    Designing Safe, Typed and Idempotent Tools

    Lecture

  7. 89.

    LangGraph: State, Nodes, Edges and Conditional Routing

    Lecture

  8. 90.

    Subgraphs, Parallel Execution and Map-Reduce Patterns

    Lecture

  9. 91.

    When Multi-Agent Architecture Helps - and When It Hurts

    Lecture

  10. 92.

    Build and Compare a Workflow, Single Agent and Multi-Agent System

    Hands-on

12. MCP, A2A & Enterprise Integrations9 items
  1. 93.

    Model Context Protocol (MCP): Host, Client, Server, Tools and Resources

    Lecture

  2. 94.

    Building and Securing an MCP Server

    Lecture

  3. 95.

    Agent-to-Agent (A2A): Skills, Tasks, Messages and Artifacts

    Lecture

  4. 96.

    MCP vs A2A: Choosing the Right Protocol Boundary

    Lecture

  5. 97.

    Slack, Microsoft Teams and Jira Integrations

    Lecture

  6. 98.

    SOAP APIs, WSDL, XML Envelopes and Legacy Error Handling

    Lecture

  7. 99.

    Oracle and MS SQL Server Integration with Safe Parameterized Queries

    Lecture

  8. 100.

    Text-to-SQL Constraints, Read-Only Roles and Fallbacks

    Lecture

  9. 101.

    Build an MCP Tool Server and an Enterprise Integration Agent

    Hands-on

13. Long-Running & Autonomous Agent Engineering9 items
  1. 102.

    Planning, Decomposition, Task Graphs and Completion Checks

    Lecture

  2. 103.

    Durable Execution: Checkpoints, Resumability and Event-Driven State

    Lecture

  3. 104.

    Retries, Idempotency, Compensating Actions and Cancellation

    Lecture

  4. 105.

    Working State, Thread History, Long-Term Memory and Artifact Stores

    Lecture

  5. 106.

    Context Compaction, Selective Recall and Subagent Isolation

    Lecture

  6. 107.

    Async Background Jobs, Queues, Webhooks and Schedules

    Lecture

  7. 108.

    Code, Shell, Browser and Computer-Use Agents

    Lecture

  8. 109.

    Human-in-the-Loop Approval, Escalation and Safe Resume

    Lecture

  9. 110.

    Build a Long-Running Agent that Survives Interruption and Resume

    Hands-on

14. Identity, AI Security, Guardrails & Governance9 items
  1. 111.

    Authentication vs Authorization: OAuth 2.0, OIDC, SAML and JWT

    Lecture

  2. 112.

    Active Directory, Enterprise SSO and RBAC

    Lecture

  3. 113.

    Data-Level Permissions in RAG and Tool Layers

    Lecture

  4. 114.

    Prompt Injection, Indirect Injection and Jailbreak Threats

    Lecture

  5. 115.

    Excessive Agency, Confused Deputy and Data Exfiltration Risks

    Lecture

  6. 116.

    PII Detection, Masking and Sensitive-Data Redaction

    Lecture

  7. 117.

    NeMo Guardrails and Managed Guardrail Patterns

    Lecture

  8. 118.

    Sandboxing, Egress Control, Secrets and Kill Switches

    Lecture

  9. 119.

    Threat-Model and Secure an Enterprise Agent

    Hands-on

15. Evaluation, Observability, Reliability & LLMOps9 items
  1. 120.

    Building Golden Datasets, Rubrics and Adversarial Cases

    Lecture

  2. 121.

    Deterministic Graders, LLM Judges and Human Calibration

    Lecture

  3. 122.

    RAG Metrics, Generation Metrics and Business Metrics

    Lecture

  4. 123.

    Agent Trajectory Evaluation: Plans, Tools, Arguments and Policy

    Lecture

  5. 124.

    Production Reliability: Timeouts, Retries, Rate Limits and Circuit Breakers

    Lecture

  6. 125.

    LLM Gateways, Routing, Fallbacks and Centralized API Management

    Lecture

  7. 126.

    Tracing with LangSmith, Langfuse and OpenTelemetry Concepts

    Lecture

  8. 127.

    SLOs, Error Budgets, Cost per Successful Task and Release Gates

    Lecture

  9. 128.

    Build an Agent Evaluation Suite and Production Observability Dashboard

    Hands-on

16. Multimodal, Voice & Realtime AI Systems7 items
  1. 129.

    Vision-Language Models for Images, Documents and Video

    Lecture

  2. 130.

    Multimodal Embeddings and Evidence Retrieval

    Lecture

  3. 131.

    ASR, TTS and Speech-to-Speech Systems

    Lecture

  4. 132.

    Realtime Sessions, Streaming and Turn Detection

    Lecture

  5. 133.

    Interruption, Tool Delegation and Voice Safety

    Lecture

  6. 134.

    Embodied and Vision-Language-Action Agent Concepts

    Lecture

  7. 135.

    Build a Voice or Visual Enterprise Assistant

    Hands-on

17. Inference Optimization & Enterprise Platform Deployment9 items
  1. 136.

    Inference Metrics: TTFT, Inter-Token Latency, Throughput and Goodput

    Lecture

  2. 137.

    KV Cache, Paged Attention and Prefix Caching

    Lecture

  3. 138.

    Continuous Batching, Chunked Prefill and Request Scheduling

    Lecture

  4. 139.

    Quantization, Speculative Decoding and Quality Trade-Offs

    Lecture

  5. 140.

    Tensor, Pipeline, Context and Expert Parallelism

    Lecture

  6. 141.

    Prefill/Decode Disaggregation and KV-Aware Routing

    Lecture

  7. 142.

    Serving with vLLM, SGLang, TensorRT-LLM and NIM

    Lecture

  8. 143.

    NVIDIA NeMo Agent Toolkit, OpenShell, Retriever and Dynamo

    Lecture

  9. 144.

    Benchmark and Optimize an Open-Model Deployment for an Agent Workload

    Hands-on

18. Forward Deployed Engineering Lifecycle, Capstones & Interview Preparation12 items
  1. 145.

    FDE Discovery Workshops: Users, Workflows, Data and Constraints

    Lecture

  2. 146.

    Scoping, Architecture Decisions and Statements of Work

    Lecture

  3. 147.

    Enterprise AI ROI, KPIs, SLAs and Executive Communication

    Lecture

  4. 148.

    UAT, Runbooks, Operations Handoff and User Training

    Lecture

  5. 149.

    Capstone 1: OmniGuard - Secure AI Integration

    Capstone

  6. 150.

    OmniGuard Build: RBAC, Hybrid RAG, Secure SQL and Guardrails

    Capstone

  7. 151.

    Capstone 2: AuditMesh - Multi-Agent Compliance System

    Capstone

  8. 152.

    AuditMesh Build: LangGraph Supervisor, MCP, Human Approval and Cost Tracing

    Capstone

  9. 153.

    Production Review: Quality, Security, Cost and Business KPIs

    Lecture

  10. 154.

    GenAI FDE System Design Interview Patterns

    Lecture

  11. 155.

    RAG, Fine-Tuning, Agent and Security Interview Questions

    Lecture

  12. 156.

    How to Present Your FDE Portfolio and Capstone Architecture

    Lecture

Course questions

What is covered?

The curriculum covers foundations, enterprise backend and data systems, ML, transformers, prompting, RAG, fine-tuning, agents, MCP/A2A, security, evaluations, multimodal systems, inference and the FDE delivery lifecycle.

Are there practical exercises?

Yes. The curriculum labels hands-on items and capstone work. Open the sections above to review their exact topics.

How is the course delivered?

View the provider’s course page on Udemy for the published format, access terms and any requirements.

Is this the Job Switch Copilot programme?

This is a separate course curriculum. The Job Switch Copilot webinar and one-month programme remain on their own page.

Explore the course on Udemy