About Course
About AWS Machine Learning
Chandigarh and the Mohali corridor serve a mix of startups, IT services and a strong banking presence for Punjab and Haryana. Scheduled and co-operative banks carry RBI obligations directly, while startups need ISO 27001 and a credible cloud posture to close enterprise deals.
The region has a comparatively small pool of trained cloud engineers relative to the number of regulated entities, which keeps demand firm for people who can both build and evidence a control.
This Chandigarh page carries the same 12-week, 72-hour AWS Machine Learning syllabus, faculty and assessment as the master programme, delivered live online and in hybrid format, with classroom batches at our Thoraipakkam centre.
Course Overview
12-week AWS Machine Learning training (72 hours) covering SageMaker, feature engineering, training, deployment, drift monitoring and MLOps pipelines. Live online and classroom.
Why Learn AWS Machine Learning
Scheduled and co-operative banks across Punjab and Haryana carry RBI obligations directly, and there are few trained cloud engineers relative to the number of entities.
Startups in the Mohali corridor need a credible cloud security posture to close enterprise deals, making platform work a sales prerequisite rather than overhead.
Food processing and manufacturing groups are absorbing security requirements from export buyers, opening a parallel route into cloud work.
AWS hiring sectors in Chandigarh
- Scheduled and co-operative banks
- IT services and product startups
- Education and training institutions
- Food processing and manufacturing groups
Demand drivers behind Chandigarh cloud hiring
- RBI obligations on scheduled and co-operative banks
- ISO 27001 and SOC 2 needed to close enterprise deals
- DPDP Act across consumer platforms
- Regional manufacturing certification demands
Who Should Join This Course
- Data Analysts — Moving from dashboards into predictive modelling
- Software Engineers — Owning models in production rather than notebooks
- Data Scientists — Needing deployment, monitoring and MLOps discipline
- Fresh Graduates — Targeting ML engineering rather than research roles
- Backend Developers — Taking on model-serving responsibility
- Tech Leads — Deciding what ML work is safe to put into production
Prerequisites
No prior AWS experience required unless the course page states otherwise. Basic IT familiarity, comfort with a web console and command-line basics are enough to start; AWS itself, its vocabulary and its operating discipline are taught from first principles.
Learning Objectives
- Frame a business problem as a tractable ML problem with a measurable target
- Prepare and validate training data with leakage and imbalance checks
- Train and tune models in SageMaker and compare against a baseline
- Deploy to a monitored endpoint with traffic splitting and rollback
- Detect data and concept drift and trigger retraining on evidence
- Operate MLOps pipelines with a model registry and lineage
- Apply security, governance and risk checks to a deployed model
- Explain a model’s behaviour and its limits to a non-engineer
AWS Services and Tools Covered
Amazon SageMaker, SageMaker Pipelines, Amazon Redshift ML, AWS Glue, Amazon S3, MLflow on AWS together with MLOps practice, model risk and evaluation method, and the ISO 27001 and DPDP obligations that apply to training data and model documentation.
Career Opportunities After This Programme
- Machine Learning Engineer
- MLOps Engineer
- ML Engineer (SageMaker)
- Data Scientist (AWS)
- Applied Scientist (Engineering)
- ML Platform Engineer
Hands-on Practice and Capstone
Capstone: Frame a business problem as an ML task, prepare and validate the training data with leakage and imbalance checks, train a SageMaker model that beats the stated baseline, deploy it to a monitored endpoint with traffic splitting and a rehearsed rollback, build the retraining pipeline with lineage recorded in the model registry, then present the model alongside its limits and its risk position.
Production scenario: A deployed model is degrading silently: accuracy has fallen while latency and cost hold steady. Detect it from the monitoring signal, establish whether the cause is data drift or concept drift, retrain on the refreshed distribution, and roll the new version out safely without taking the endpoint down.
Course Duration, Mode and Certification
The course runs for 12 weeks (72 hours), three sessions a week of two hours each. Modes: Classroom / Live Online / Hybrid. Certifications mapped: SkilBrill Course Completion Certificate.
Is classroom training available in Chandigarh? Classroom batches run at our Thoraipakkam centre in Chennai. Learners in Chandigarh join the same live online or hybrid cohort taught by the same faculty, with the same assessment and placement support.
Why Train at SkilBrill
SkilBrill Training Institute in Thoraipakkam focuses on making you employable. Trainers are working cloud engineers and architects, every module produces a portfolio artefact rather than a completion badge, and the placement cell connects eligible candidates with hiring companies. Fee: ₹55,000 – ₹85,000. Enquire on +91 8610964691.
Career and Job Support
- Resume assistance tailored to cloud and platform roles
- LinkedIn profile rewrite and recruiter outreach
- Mock interviews covering architecture, operations and troubleshooting scenarios
- Capstone project walkthrough preparation
- Placement assistance with 200+ hiring partners
- Typical salary band after completion: ₹7 – 22 LPA
Frequently Asked Questions
What is AWS Machine Learning training at SkilBrill?
It is the engineering programme for taking a model from raw data through training, deployment and monitoring on AWS: SageMaker, feature engineering, drift detection and MLOps pipelines. SkilBrill runs it over 12 weeks and 72 hours and finishes with a system you can operate, not a notebook.
How is this different from AWS AI Fundamentals?
AI Fundamentals teaches you to use managed AI services and judge whether a use case is worth building, with no model training. This is the engineering track: you train models, deploy them, monitor drift and operate retraining pipelines. AI Fundamentals is the sensible first course if you are not writing models.
How is this different from AWS Generative AI Development?
This course covers predictive machine learning — classification, regression, forecasting and the MLOps discipline around it. Generative AI Development covers building applications on foundation models: retrieval, agents, evaluation of open-ended output and token economics. Different problems, different evaluation methods.
What does the syllabus cover?
Eight modules: problem framing, data preparation and feature engineering, SageMaker training, deployment and inference, monitoring and drift, MLOps pipelines and model registry, security and model risk, and an end-to-end capstone system.
What is the duration and fee?
12 weeks, three sessions a week of two hours each, totalling 72 classroom hours. Fees are ₹55,000 – ₹85,000 depending on batch and mode, placing it in the premium band alongside advanced architecture and generative AI.
What jobs can I get after AWS Machine Learning?
Machine learning engineer, MLOps engineer, ML platform engineer and applied scientist in engineering teams. In India these typically start at ₹7–22 LPA, with production MLOps and platform roles at the higher end.
Is classroom training available in Chandigarh?
No. SkilBrill's classroom runs only in Chennai. Learners in Chandigarh join the same live online / hybrid cohort taught by the Chennai faculty, with proctored labs and the same placement support.
Which companies hire for these skills in Chandigarh?
Learners in Chandigarh typically target a mix of MNCs and startups such as Infosys, Tech Mahindra. The programme's placement support applies equally to Chandigarh learners.