AWS AI Academy 2026
Cloud Infrastructure, Machine Learning & Spec-Driven Generative AI Engineering
"Transitioning local predictive modeling and statistical analytics into scalable, production-ready cloud AI pipelines through enterprise AWS infrastructure and modern spec-driven development."
Spec-Driven Development dengan Kiro
Spec-first architecture, prompt calibration & automated contract testing.
Spec-Driven Development dengan Kiro
Microservice data pipeline yang sepenuhnya ter-generate dan tervalidasi via Kiro spec.
{
"service": "lead-time-engine",
"contracts": { "input": { "state": "SP" }, "output": { "predicted_days": 2.4 } }
}Belajar Dasar Cloud dan Gen AI di AWS
Infrastruktur cloud AWS, Amazon Bedrock & Foundation Models (Claude 3, Titan).
Belajar Dasar Cloud dan Gen AI di AWS
Serverless generative analytics summarizer yang menganalisis dataset analitik.
client = boto3.client("bedrock-runtime")
res = client.invoke_model(modelId="anthropic.claude-3-sonnet", body=payload)Memulai Pemrograman dengan Python
Python fundamental & modular data pipeline engineering.
Memulai Pemrograman dengan Python
Library data processing berbasis tipe statis dengan pengujian unit otomatis.
@dataclass(frozen=True)
class OrderTx: id: str; gmv: float; installments: intBelajar Machine Learning untuk Pemula
Scikit-Learn preprocessing, supervised/unsupervised ML & model evaluation.
Belajar Machine Learning untuk Pemula
Model ML prediktif dengan k-fold validation yang diekspor untuk cloud serving.
pipeline = Pipeline([('scaler', StandardScaler()), ('clf', RandomForestClassifier())])
pipeline.fit(X, y)// ENROLLED MODULES & CURRICULUM (4)
Spec-first development methodology, prompt architecture, AI-assisted code generation, and test-driven specification governance.
AWS Cloud Practitioner fundamentals, global infrastructure, Amazon Bedrock, Foundation Models, and enterprise GenAI deployment.
Advanced Python scripting, data structures, functional paradigms, and modular pipeline design for production analytics.
Supervised and unsupervised learning, Scikit-Learn pipelines, feature engineering, model evaluation, and cross-validation techniques.
01. Program Objective & Context
The AWS AI Academy 2026 is a merit-based technical scholarship organized by Amazon Web Services (AWS) in collaboration with Dicoding Indonesia.
The program bridges empirical statistical analysis with enterprise cloud computing—transitioning standalone Python scripts into distributed, serverless cloud AI pipelines.
02. Architectural Transformation
| Dimension | Local Prototyping Paradigm | Enterprise Cloud AI Standard |
|---|---|---|
| Ingestion | Static local CSV / database dumps | Event-driven Amazon S3 data streams |
| Data Processing | Ad-hoc in-memory scripts | Modular Python packages with static typing |
| Modeling | Standalone Jupyter Notebooks | Versioned Scikit-Learn pipelines |
| Generative AI | Manual LLM copy-pasting | Managed Amazon Bedrock SDK invocations |
| Governance | Unconstrained code generation | Spec-driven contracts via Kiro specifications |
03. Applied Capstone Milestones
- Serverless AI Inference Pipeline: Deploying lightweight scikit-learn models onto AWS Lambda with REST API Gateway endpoints.
- Generative Analytics Summarizer: Integrating Amazon Bedrock (Claude 3 / Titan) to automatically synthesize analytical insights from tabular datasets.
- Spec-Driven Quality Standard: Enforcing schema invariants and contract testing across all interactive portfolio data modules.
Course progress, modular certifications, and capstone implementations are continuously updated on this live track as milestones are completed.