LIVE ONLINE • INSTRUCTOR-LED • 5-MONTH MLOPS PROGRAMME

MLOps Course in Bangalore

Learn how ML systems move from reproducible data and training to model release, monitoring, and controlled retraining through a live production-focused MLOps programme. Built for engineers who need to ship and operate ML reliably.

Designed for ML engineers, data scientists, DevOps/platform engineers, and software engineers in Bangalore moving into production ML.

Next cohort: Confirm current dates with admissions

FROM NOTEBOOK → PRODUCTION ML SYSTEM

EXPERIMENT
MODEL CANDIDATE
RELEASE
SERVE
MONITOR
↺ RETRAIN

5 months

Programme duration

₹60,000

One-time fee

Live Online

Instructor-led format

3

Production projects + capstone

Included

Mentorship & career support

Live Online Program

Live MLOps Training in Bangalore for ML and Platform Engineers

This is a live online, instructor-led programme. Bangalore engineers join real-time sessions, build production ML systems through guided assignments, and get mentor reviews on engineering quality — not just tool usage.

Bangalore's product, fintech, and platform teams are scaling ML systems. This programme is designed for the engineering depth those teams require — pipelines, registry, serving, monitoring, and drift response as one connected lifecycle.

Live Online MLOps Training for Bangalore Learners

All sessions are live and online. You join from Bangalore, participate in real-time teaching, build systems in assignments, and get mentor reviews on your work. No recorded-only content.

Where MLOps Skills Fit in Bangalore Engineering Work

  • · Product and SaaS engineering teams building ML-driven features
  • · Enterprise and GCC teams operationalizing ML at scale
  • · AI and data teams needing production deployment discipline
  • · Platform and cloud teams managing ML infrastructure and reliability

Who Should Join

Who Should Take This MLOps Course in Bangalore?

MLOps is for engineers who need to move models from experiments to controlled production. If you work with ML but struggle with deployment, monitoring, or reproducibility, this programme builds the missing engineering layer.

Data Scientists

You have notebook and modelling experience. You need reproducibility, release discipline, monitoring, and controlled retraining to move into production roles.

Best fit if

you can train models but cannot reliably deploy, monitor, or retrain them.

ML Engineers

You handle model engineering. You need lifecycle automation, distributed training, experiment tracking, and release control for production systems.

Best fit if

you build models but lack the infrastructure and release discipline for production.

Data Engineers

You build pipelines and data systems. You need training lifecycle, experiment tracking, and model delivery workflows to bridge into MLOps.

Best fit if

you understand pipelines but need ML-specific lifecycle and serving skills.

DevOps / Platform Engineers

You own CI/CD and infrastructure. You need ML-specific pipelines, model registry, serving patterns, and drift handling.

Best fit if

you know DevOps but need ML-specific deployment, registry, and monitoring.

AI Engineers

You develop AI systems. You need reliable model lifecycle and production ML operations to deploy and maintain AI systems at scale.

Best fit if

you build AI applications but need production lifecycle and operational discipline.

Recommended foundation

Basic Python and Git are required to start. Beginner-level ML understanding (training + evaluation) is helpful but not mandatory. Docker and Kubernetes foundations are built from scratch within the programme.

You may need a foundation course first if

you have no Python or Git experience, or you are looking for a data science fundamentals course rather than production ML engineering.

This is not a beginner Python course, a data science theory course, or a generic DevOps bootcamp. It is a production ML engineering programme.

MLOps Lifecycle

What You Actually Learn Across the MLOps Lifecycle

The MLOps lifecycle is not a tools list. It is a controlled production workflow where each stage has a responsibility, a failure mode, and an engineering decision that allows the system to move forward.

Data Orchestration and Validation

RESPONSIBILITY

Validate and orchestrate event-driven data inputs. Ensure upstream changes do not silently corrupt training or serving.

FAILURE MODE

Schema drift from upstream sources, missing fields, or silent data quality degradation.

ENGINEERING DECISION

Validation result and quarantine recovery path. Move forward only when data is validated and versioned.

TOOLS

PanderaGreat ExpectationsDagster

Curriculum

MLOps Course Curriculum and 5-Month Learning Path for Bangalore

The curriculum follows the ML delivery lifecycle. Each month progressively adds capabilities, building from data foundations to a full production MLOps system.

DATA → VALIDATE → VERSION

Focus: MLOps foundations, Python essentials, ML foundations, Git, data pipelines, versioning (DVC)

DATAVALIDATEVERSION

Data Foundations and Reproducibility

Focus: MLOps foundations, Python essentials, ML foundations, Git, data pipelines, versioning (DVC)

Training and Experiment Tracking

Focus: Distributed training (Ray Train), experiment tracking (MLflow), hyperparameter tuning (Optuna)

Packaging, Registry and Release

Focus: Docker for ML, MLflow Model Registry, model serving (FastAPI), CI/CD for ML

Monitoring, Drift and Retraining

Focus: Prometheus/Grafana monitoring, drift detection (Evidently), controlled retraining pipeline

Managed Cloud Deployment and Capstone

Focus: AWS SageMaker deployment, capstone project, portfolio review, resume & mock interviews

Explore the Complete MLOps Curriculum

Projects

MLOps Projects You Will Build

You build connected production systems across the ML delivery lifecycle — not isolated tool demos. Each project connects to the next, culminating in an AWS SageMaker capstone.

Event-Driven Data Orchestration and Validation

Problem: ML pipelines break when upstream data changes. Without orchestration, validation, and quarantine paths, bad data silently corrupts training and serving.

Redpanda/KafkaDagsterPanderaValid / Quarantine

Deliverables: Orchestrated pipeline definition, validation suite, quarantine logic, and a data-quality runbook.

Review: Pipeline correctness, validation coverage, orchestration reliability, and quarantine explanation.

RedpandaDagsterPandera

Scope Comparison

MLOps vs ML Engineering, LLMOps and AIOps

MLOps, ML Engineering, LLMOps, and AIOps are related but distinct. Understanding the scope of each helps you choose the right path.

ML Engineering

Model development and engineering — training, evaluation, feature engineering, model architecture.

Learn more

MLOps

Current

Production lifecycle for ML systems — data pipelines, versioning, training, registry, release, serving, monitoring, retraining.

LLMOps

Production lifecycle for language-model systems — LLM fine-tuning, RAG, prompt versioning, vector databases, LLM serving.

Learn more

AIOps

Broader production AI stack combining ML, LLM, and agent operations — multi-model platforms, orchestration, observability.

Learn more

Bangalore Engineering Context

Learning MLOps From Bangalore

Bangalore is India's densest ML engineering ecosystem. Product companies, fintech platforms, and GCC teams here are moving from notebook ML to production ML — and they need engineers who can build the lifecycle, not just train models.

Live Online MLOps Training for Bangalore Learners

You join live sessions from Bangalore, build production systems through assignments, and get mentor reviews on engineering quality. The programme is designed for working professionals — weekday and weekend batch options are available.

Where MLOps Skills Fit in Bangalore Engineering Work

  • · Product/SaaS engineering teams building ML-driven features (Flipkart, Swiggy, Razorpay, Meesho)
  • · Enterprise and GCC teams operationalizing ML at scale (Infosys, Wipro, TCS, Accenture)
  • · Fintech AI infrastructure teams (CRED, PhonePe, Razorpay)
  • · Cloud and platform teams managing ML infrastructure (Microsoft, Google, Amazon Bengaluru)

Local Engineering Ecosystem

AI and Engineering Companies in Bangalore

Flipkart

Data platform & ML ops

Swiggy

Real-time ML pipelines

Razorpay

Fintech AI infrastructure

Meesho

Recommender & ML ops

Infosys

Global MLOps practices

Wipro

Cloud AI operations

TCS

Enterprise ML pipelines

Accenture

AI operations & hiring

CRED

Data & model operations

Microsoft India

Azure ML operations

Google Bengaluru

Cloud AI teams

Amazon Bengaluru

AWS SageMaker operations

PhonePe

Payment AI infrastructure

IBM Research

Enterprise AI platforms

Companies listed represent Bangalore's engineering ecosystem. Not hiring partners. No placement guarantee.

How the Program Is Taught

How the MLOps Program Is Taught

The programme follows a Build → Review → Debug → Operate loop. You learn concepts in live sessions, build systems in assignments, get mentor reviews on engineering quality, and develop the operational mindset needed for production ML.

LEARNBUILDREVIEWBREAKDEBUGOPERATE

Live Technical Sessions

Live instructor-led teaching on each lifecycle stage — not recorded videos.

Production System Builds

Each assignment builds a connected piece of the ML delivery lifecycle, not isolated demos.

Engineering Reviews and Debugging

Mentors review your work against production standards. You debug real failure modes, not toy examples.

Lifecycle and Failure Thinking

You learn to think in terms of lifecycle stages, failure modes, and engineering decisions — not tool buttons.

Certification & Career

MLOps Certification and Career Support

Course Completion Certificate

You receive a course completion certificate after completing all assignment-based skill alignment requirements. Your certificate is backed by your project work and submission outcomes — the real proof of what you can build.

Portfolio Evidence

Your certificate is backed by reviewed, production-ready projects — repositories, pipelines, tests, and runbooks as verifiable proof.

Career Support

Resume review, GitHub/project presentation, mock interviews, interview preparation, job-search guidance, and referral connections where available.

No Placement Guarantee

We do not guarantee placement. We prepare you with real production skills, portfolio evidence, and interview readiness.

Market Evidence

MLOps Engineer Salary and Hiring in Bangalore

MLOps is one of the highest-paying AI engineering roles in Bangalore. Companies are actively hiring engineers who can move models from experiments to controlled production.

MLOps Engineer

Glassdoor Bangalore, Jul 2026

1-3 yrs

₹8L – ₹16L/yr

MLOps Engineer

Glassdoor Bangalore, Apr 2026

4-6 yrs

₹16L – ₹23L/yr

MLOps Engineer

Glassdoor Bangalore, Mar 2026

4-6 yrs

₹28L – ₹32L/yr

MLOps Engineer

Glassdoor Bangalore, Jun 2026

10-14 yrs

₹51L – ₹59L/yr

TYPICAL (BANGALORE)

₹12.7L – ₹16.5L / year (3-6 years experience)

SENIOR (9-12 YRS)

₹22L – ₹25L / year (9-12 years experience)

Companies hiring MLOps engineers in Bangalore

Fractal AnalyticsDeloitteTredenceCognizantAccentureSigmoidImpact AnalyticsNielsenIQ

Salary data sourced from AmbitionBox (178 salaries, updated Aug 2026) and Glassdoor Bangalore (50 salaries, Aug 2026). Ranges vary by experience, company, and skills.

Job titles this programme prepares you for

  • · MLOps Engineer / ML Platform Engineer
  • · ML Engineer (Production)
  • · Data / ML Infrastructure Engineer
  • · Model Reliability / Model Ops Engineer

Why MLOps is in demand now

  • · Companies productize AI → need reliable pipelines
  • · Compliance & cost control push for strong Ops
  • · Upskilling wave among engineers in India
  • · Bengaluru has 69 reported MLOps salaries — highest among Indian cities
Explore the Complete MLOps Curriculum

Course Fee and Cohort

MLOps Course Fee, Format and Next Cohort in Bangalore

The fee is a one-time payment for the full 5-month live programme. There is no hidden cost — mentorship, career support, and certificate are all included.

FEE

₹60,000

DURATION

5 months

FORMAT

Live online

LEVEL

MLOps Specialization

COHORT

Admissions Open

MENTORSHIP

Included

What the fee covers

  • · 5 months live instructor-led programme
  • · Hands-on assignments and 3 production projects
  • · Mentor support and engineering reviews
  • · Career preparation: resume, GitHub, mock interviews
  • · MLOps Course Completion Certificate

Career support

Career support is included — resume review, GitHub/project presentation, mock interviews, interview preparation, job-search guidance, and referral connections where available. No placement guarantee.

FAQ

MLOps Course in Bangalore — FAQs

Is this MLOps course in Bangalore online or in-person?
It is a live online, instructor-led programme. You join from Bangalore (or anywhere) and participate in real-time sessions, mentor reviews, and project builds. There is no in-person requirement — the entire programme is designed for remote, live participation.
What roles can I target after the MLOps course in Bangalore?
MLOps Engineer, ML Engineer (Production), AI Platform Engineer, Data/ML Infrastructure Engineer, and Model Reliability Engineer. Bangalore's product companies, GCCs, and platform teams actively hire for these roles — companies like Fractal Analytics, Deloitte, Tredence, Cognizant, and Sigmoid have reported MLOps salaries ranging from ₹12L to ₹32L depending on experience.
Is there an EMI or installment option for the fee?
Yes, EMI options are available. Contact our team for current installment plans and payment details.
How is this MLOps course different from other institutes in Bangalore?
The difference is production depth. You build the full ML delivery lifecycle — data validation, versioning, distributed training, model registry, CI/CD, serving, monitoring, drift detection, and retraining — as one connected system, not isolated tool tutorials. Sessions are live, projects are reviewed against production criteria, and the goal is work you can explain and defend in interviews.
Do I need to be in Bangalore to attend this course?
No. The programme is fully live online. While the content is contextualized for Bangalore's engineering ecosystem — product companies, GCCs, and platform teams — you can join from anywhere in India or internationally. The city page exists to help Bangalore-based engineers understand local relevance, hiring trends, and salary expectations.
What is the MLOps engineer salary in Bangalore?
Based on verified data from AmbitionBox (178 salaries, Aug 2026) and Glassdoor Bangalore (50 salaries, Aug 2026), MLOps engineers in Bangalore typically earn ₹12.7L to ₹16.5L per year with 3-6 years of experience. Senior roles (9-12 years) reach ₹22L to ₹25L. Entry-level (1-3 years) starts around ₹8L to ₹16L. Salaries vary by company, cloud skills, and production experience.
What is the School of Core AI MLOps Certification Course?
A 5-month live online programme covering the full ML delivery lifecycle — data validation, versioning, distributed training, experiment tracking, model registry, CI/CD, serving, monitoring, drift detection, and controlled retraining. You build connected production systems across the lifecycle, culminating in an AWS SageMaker capstone.
How does MLOps differ from traditional DevOps?
DevOps manages software release cycles. MLOps handles the additional complexity of ML systems — data drift, model decay, training-serving skew, and the need for reproducible experiments. The infrastructure and lifecycle discipline is different because ML systems depend on data, models, and code together, not just code.
Is this MLOps course suitable for Data Scientists, ML Engineers, or DevOps professionals?
Yes. Data scientists learn reproducibility, release discipline, and monitoring. ML engineers learn lifecycle automation, distributed training, and serving. DevOps engineers learn ML-specific pipelines, model registry, and drift handling. Basic Python and Git are required — Docker and Kubernetes foundations are built from scratch in the programme.
What is the duration and format of the MLOps certification programme?
5 months, live online, instructor-led. Weekday and weekend batches are available. The programme follows a Learn → Build → Review → Break → Debug → Operate loop, moving from data foundations to a full production MLOps system with an AWS SageMaker capstone.
What are the technical prerequisites to join the MLOps course?
Basic Python and Git are required. Beginner-level ML understanding (training and evaluation) is helpful but not mandatory. Docker and Kubernetes foundations are built from scratch within the programme — no prior DevOps experience is needed.
Which tools and platforms are covered in the curriculum?
Pandera and Great Expectations for validation, DVC for versioning, Ray Train for distributed training, MLflow for tracking and registry, Docker/Kubernetes/Helm for deployment, FastAPI and TorchServe for serving, Prometheus/Grafana/Evidently for monitoring and drift detection, and AWS SageMaker for managed cloud deployment.
What kind of MLOps projects will I build?
Five connected production builds plus a capstone: event-driven data orchestration, reproducible versioning, distributed training with experiment tracking, model registry with CI/CD release, drift detection with controlled retraining, and an AWS SageMaker deployment capstone. Each project connects to the next — not isolated tool demos. See the production projects behind the curriculum at /mlops/projects/ and inspect the end-to-end implementation at /mlops/projects/end-to-end-mlops-project/.
How is MLflow used in this course?
MLflow Tracking is used for experiment tracking — logging parameters, metrics, and artifacts across training runs. MLflow Model Registry is used for versioning, promoting, and managing model lifecycle through governed registry gates. You learn to compare runs, select candidates, and manage the transition from staging to production.
How does the course teach Kubernetes for ML workloads?
You learn production patterns for ML on Kubernetes — Helm for package management, deployment strategies for inference APIs, and resource management for training and serving workloads. The focus is on using Kubernetes as part of the release pipeline, not as a standalone DevOps topic.
Does the course cover model drift, data quality, and observability?
Yes. You implement monitoring with Prometheus and Grafana, drift detection with Evidently, and a controlled retraining pipeline that validates challenger models before promotion. The goal is to detect drift, alert on it, and respond with a validated retraining decision — not just observe dashboards.
Will I receive a certificate upon completion?
Yes. You receive an MLOps Course Completion Certificate after completing all assignment-based skill alignment requirements and the capstone project. The certificate is backed by reviewed, production-ready project work — repositories, pipelines, tests, and runbooks.
How does the career support work?
Career support includes resume review, GitHub and project presentation review, mock interviews, interview preparation, job-search guidance, and referral connections where available. We do not guarantee placement — the focus is on preparing you with real production skills and interview readiness.
What is the difference between MLOps and LLMOps?
MLOps covers the production lifecycle for traditional ML systems — data pipelines, training, registry, serving, monitoring, and retraining. LLMOps covers the production lifecycle for language-model systems — LLM fine-tuning, RAG, prompt versioning, vector databases, and LLM serving. This course teaches the core MLOps foundation; both rely on the same CI/CD and monitoring principles.

MLOps Course Reviews

Honest feedback from working professionals who upskilled with SCAI.

4.9/ 5

Read MLOps Course reviews on Google — real experiences from learners covering mentorship quality, project depth, and career transitions.

Next Step

Get the MLOps Course Syllabus and Fee Details

Tell us your current role, technical background and what you want to build with MLOps. The team can help you decide whether this 5 months programme is the right next step for your career in Bangalore.

No need to enrol before understanding the course fit, curriculum and current cohort details.