Gen AI Specialization
End-to-end GenAI engineering: Transformers → agents, multimodal RAG, diffusion, ViT, VLMs, eval & deployment.
Master MLOps with our industry-ready certification course. Learn to build, deploy, and monitor machine learning models in production using CI/CD, Docker, Kubernetes, MLflow, and Kubeflow. This MLOps course online is designed for data scientists, ML engineers, and DevOps professionals who want hands-on skills, cloud expertise, and placement support to accelerate their careers.
Learn the full path from data ingestion to training, packaging, deployment, and monitoring—built the way real teams ship models.
Work with MLflow, DVC, Git/GitHub, and Python. Track experiments, version data, and keep your repos production-ready.
Package apps with Docker and run them on Kubernetes using Deployments, Services, Ingress, HPA, and Helm charts.
Automate tests, image builds, and releases with GitHub Actions/Jenkins. Enable canary rollouts and safe rollbacks.
Expose fast, reliable inference with TorchServe, NVIDIA Triton, or Ray Serve. Support REST/gRPC and multi-model setups.
Track latency, throughput, and resource usage with Prometheus and Grafana. Add health checks and on-call friendly alerts.
Detect data quality issues and drift with Great Expectations and Evidently. Trigger retraining or rollback when needed.
Build on AWS SageMaker, Azure ML, or Google Vertex AI. Use Terraform to provision repeatable, cost-aware infrastructure.
Ship a portfolio-grade project with code reviews, resume help, mock interviews, and placement assistance.
Experiment Tracking & Registry
Log runs and artifacts, compare experiments, and promote versions via the Model Registry for staging and production.
Data & Model Versioning
Track large datasets and ML artifacts with Git-friendly pipelines for reproducible training and deployment.
CI for ML Pipelines
Automate testing, packaging, image builds, and release steps for data, training, and serving workflows.
Containerization
Ship consistent environments with lean, secure images and compose-based developer stacks.
Orchestration at Scale
Deploy and scale jobs, cronjobs, and services with HPA, ConfigMaps/Secrets, and rolling updates.
Release Management
Template Kubernetes manifests, manage values per environment, and enable safe rollbacks.
Workflow Orchestration
Build DAGs for ETL, validation, training, and batch inference with retries and alerting.
Pipelines & Model Serving
Design ML pipelines, run Katib HPO, and serve multiple models with traffic-splitting and autoscaling.
PyTorch Model Serving
Expose REST endpoints for PyTorch models, manage versions, and collect metrics for production ops.
Multi-Framework Inference
Serve TensorFlow, PyTorch, ONNX models with dynamic batching and GPU acceleration.
Distributed Serving
Scale model APIs horizontally, build DAGs of Python deployments, and balance throughput vs latency.
Monitoring & Dashboards
Track latency, throughput, GPU/CPU, and custom model metrics with alerts and visual dashboards.
Data & Model Drift
Detect drift, monitor data quality, and trigger retraining or rollback based on thresholds.
Data Quality Testing
Validate schemas and distributions, embed checks in ETL, and fail fast in CI/CD.
Feature Store
Centralize offline/online features, ensure training–serving consistency, and track lineage.
Model API Gateway
Build lightweight, high-performance inference APIs with type-safe contracts and validation.
Infrastructure as Code
Provision cloud compute, storage, and network for training/serving with versioned IaC.
Experiment Tracking & Registry
Log runs and artifacts, compare experiments, and promote versions via the Model Registry for staging and production.
Data & Model Versioning
Track large datasets and ML artifacts with Git-friendly pipelines for reproducible training and deployment.
CI for ML Pipelines
Automate testing, packaging, image builds, and release steps for data, training, and serving workflows.
Containerization
Ship consistent environments with lean, secure images and compose-based developer stacks.
Orchestration at Scale
Deploy and scale jobs, cronjobs, and services with HPA, ConfigMaps/Secrets, and rolling updates.
Release Management
Template Kubernetes manifests, manage values per environment, and enable safe rollbacks.
Workflow Orchestration
Build DAGs for ETL, validation, training, and batch inference with retries and alerting.
Pipelines & Model Serving
Design ML pipelines, run Katib HPO, and serve multiple models with traffic-splitting and autoscaling.
PyTorch Model Serving
Expose REST endpoints for PyTorch models, manage versions, and collect metrics for production ops.
Multi-Framework Inference
Serve TensorFlow, PyTorch, ONNX models with dynamic batching and GPU acceleration.
Distributed Serving
Scale model APIs horizontally, build DAGs of Python deployments, and balance throughput vs latency.
Monitoring & Dashboards
Track latency, throughput, GPU/CPU, and custom model metrics with alerts and visual dashboards.
Data & Model Drift
Detect drift, monitor data quality, and trigger retraining or rollback based on thresholds.
Data Quality Testing
Validate schemas and distributions, embed checks in ETL, and fail fast in CI/CD.
Feature Store
Centralize offline/online features, ensure training–serving consistency, and track lineage.
Model API Gateway
Build lightweight, high-performance inference APIs with type-safe contracts and validation.
Infrastructure as Code
Provision cloud compute, storage, and network for training/serving with versioned IaC.
Build the base for production ML: • What/why of MLOps • Lifecycle: data → train → serve → monitor • Repo hygiene & environments • Tools: Python, venv, Git
Automate and collaborate: • Python scripting & argparse • Modules, packaging, debugging • Git basics, branching & PRs • GitHub/GitLab setup
Reliable data for ML: • Batch vs streaming ingestion • Cleaning & validation (Great Expectations) • DVC for dataset versioning • Airflow/Luigi orchestration
Make results reproducible: • MLflow tracking & artifacts • Model Registry: stage/promote • Compare runs & metrics • Optional: W&B/Neptune
Automate the pipeline: • GitHub Actions/Jenkins flows • Continuous training triggers • Canary & rollback strategies • Helm + K8s release gates
Scale and operate in clusters: • Deployments, Services, Ingress • HPA, jobs/cronjobs, PV/PVC • ConfigMaps/Secrets • Helm charts for releases
Ship the same environment everywhere: • Dockerfile best practices • Build/tag/push to registry • docker-compose for stacks • Image security & slim builds
Train at scale with confidence: • CV & evaluation metrics • Optuna/Ray Tune HPO • TF/PyTorch distributed • Multi-GPU, fault tolerance
Serve and keep it healthy: • TorchServe / Triton / Ray Serve • REST/gRPC endpoints • Prometheus/Grafana dashboards • Health checks & alerts
Put it all together: • SageMaker, Azure ML, Vertex AI • Drift detection (Evidently) • Fairness checks (Fairlearn) • Capstone, resume & mock interviews
Build the base for production ML: • What/why of MLOps • Lifecycle: data → train → serve → monitor • Repo hygiene & environments • Tools: Python, venv, Git
Automate and collaborate: • Python scripting & argparse • Modules, packaging, debugging • Git basics, branching & PRs • GitHub/GitLab setup
Reliable data for ML: • Batch vs streaming ingestion • Cleaning & validation (Great Expectations) • DVC for dataset versioning • Airflow/Luigi orchestration
Make results reproducible: • MLflow tracking & artifacts • Model Registry: stage/promote • Compare runs & metrics • Optional: W&B/Neptune
Train at scale with confidence: • CV & evaluation metrics • Optuna/Ray Tune HPO • TF/PyTorch distributed • Multi-GPU, fault tolerance
Ship the same environment everywhere: • Dockerfile best practices • Build/tag/push to registry • docker-compose for stacks • Image security & slim builds
Scale and operate in clusters: • Deployments, Services, Ingress • HPA, jobs/cronjobs, PV/PVC • ConfigMaps/Secrets • Helm charts for releases
Automate the pipeline: • GitHub Actions/Jenkins flows • Continuous training triggers • Canary & rollback strategies • Helm + K8s release gates
Serve and keep it healthy: • TorchServe / Triton / Ray Serve • REST/gRPC endpoints • Prometheus/Grafana dashboards • Health checks & alerts
Put it all together: • SageMaker, Azure ML, Vertex AI • Drift detection (Evidently) • Fairness checks (Fairlearn) • Capstone, resume & mock interviews
On completing the MLOps Certification Course, you’ll receive an industry-grade certificate that validates your expertise in CI/CD, Docker, Kubernetes, MLflow, Kubeflow, and cloud platforms. This certification proves you can design, deploy, and monitor machine learning models at scale.
Has successfully completed the MLOps Certification Course and demonstrated the ability to manage machine learning models in production environments.
Feature | Our MLOps Course | Free / Other Courses |
---|---|---|
End-to-End ML Lifecycle | ✔ Covers data pipelines, CI/CD, training, deployment, and monitoring | ✘ Limited to theory or isolated topics |
Tools & Platforms | ✔ MLflow, DVC, Docker, Kubernetes, Kubeflow, SageMaker, Azure ML, Vertex AI | ✘ Focus on notebooks, missing real infra tools |
Deployment & Monitoring | ✔ Production-grade with FastAPI, TorchServe, Prometheus, Grafana | ✘ Usually stops at model training only |
Live Projects | ✔ Real projects with CI/CD, drift detection, and retraining workflows | ✘ Demo-level exercises without pipelines |
Placement Support | ✔ Resume building, interview prep, and job assistance until placed | ✘ No structured career support |
Certification Value | ✔ Industry-recognized certification with portfolio-grade projects | ✘ Limited recognition outside the platform |
Demand for MLOps talent is rising across fintech, healthcare, SaaS, and consumer AI. Here’s what compensation typically looks like.
Note: ranges are indicative and vary by company, domain, and location.
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End-to-end GenAI engineering: Transformers → agents, multimodal RAG, diffusion, ViT, VLMs, eval & deployment.
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