Course Overview
Start your journey into the world of data and technology with a practical Data Science Course in Chandigarh designed for students, graduates, working professionals, and aspiring data professionals. Data Science combines programming, statistics, analytics, and machine learning to transform raw data into meaningful insights and business solutions.
This course helps you build essential skills in Python, SQL, data analysis, data visualization, machine learning, artificial intelligence, and statistical concepts. Through practical exercises, assignments, and real-world projects, you can understand how data is collected, processed, analyzed, and used to support better decision-making.
Whether you are a beginner looking to enter the field or a professional aiming to upgrade your technical skills, structured Data Science training can help you develop a strong foundation. You can learn how to work with datasets, identify patterns, create meaningful visualizations, and apply machine learning techniques to practical problems.
Choosing a Data Science Course in Chandigarh with hands-on learning can give you valuable exposure to industry-relevant tools and techniques while building confidence to work on real-world data projects. With consistent practice and a strong understanding of core concepts, you can prepare yourself for further learning and opportunities in the growing fields of data science, analytics, AI, and machine learning.
Why Choose Us
Learn with guided practical assignments, trainer support and a structured syllabus at Rightouch Academy in Chandigarh. Ask about the current batch and learning format to find the right fit.
Syllabus · Data Science
Your learning roadmap
Click a module to explore its topics.
01MODULE 01Python SQL and data foundations
Topics covered
- Python revision
- notebooks
- environments
- NumPy arrays
- pandas tables
- SQL selection and joins
- data types
- dataset provenance
- reproducibility
- target definition
Practical work
Load a dataset and retrieve a related SQL summary.
Assignment
Submit a data dictionary and a reproducible loading notebook.
02MODULE 02Data cleaning and preparation
Topics covered
- Missing data
- duplicates
- inconsistent categories
- date parsing
- outliers
- joins
- reshaping
- aggregation
- validation rules
- train test separation
- leakage prevention
Practical work
Clean a messy dataset and record each transformation.
Assignment
Submit clean data, quality checks and a log of assumptions.
03MODULE 03Exploratory analysis and visualisation
Topics covered
- Distributions
- grouped summaries
- correlations
- chart selection
- misleading scales
- seaborn or matplotlib
- descriptive narratives
- subgroup comparisons
- uncertainty
Practical work
Explore three questions using appropriate charts and summaries.
Assignment
Submit an EDA notebook that distinguishes patterns from causal claims.
04MODULE 04Statistics and experiment foundations
Topics covered
- Mean and variability
- probability
- sampling
- distributions
- confidence intervals
- hypothesis tests
- correlation versus causation
- A/B test concepts
- practical significance
Practical work
Compare two sample groups and interpret uncertainty.
Assignment
Submit the calculation, assumptions and a plain language conclusion.
05MODULE 05Supervised machine learning
Topics covered
- Regression
- classification
- baseline models
- feature encoding
- scaling
- decision trees
- linear models
- regularisation
- pipelines
- cross validation
- hyperparameter search
Practical work
Build a baseline and compare two models without leakage.
Assignment
Submit reproducible preprocessing and a justified model comparison.
06MODULE 06Evaluation interpretation and responsible modelling
Topics covered
- MAE and RMSE
- precision and recall
- confusion matrices
- class imbalance
- thresholds
- overfitting
- feature importance limits
- bias
- privacy
- error analysis
Practical work
Analyse mistakes and compare metrics by useful subgroups.
Assignment
Submit an evaluation report explaining tradeoffs and unsuitable uses.
07MODULE 07Unsupervised learning and time based data
Topics covered
- Clustering
- distance and scaling
- dimensionality reduction
- segmentation validation
- time ordering
- lag features
- temporal validation
- forecasting baselines
Practical work
Create customer clusters or a time based forecasting baseline.
Assignment
Submit validation evidence and explain where the approach fails.
08MODULE 08Model delivery and final project
Topics covered
- Saving pipelines
- batch prediction
- API concepts
- input validation
- reproducible environments
- monitoring drift concepts
- documentation
- model cards
- presentation
Practical work
Package the final notebook and prediction workflow.
Assignment
Deliver data lineage, code, results, limitations and a reproducible run guide.
Course topics and batch timings can be updated. Confirm the current syllabus with the academy before admission.
Additional Information
Final project and assessment
Deliver an exploratory analysis and predictive model on an approved dataset with reproducible preprocessing, validation and a model report.
- Duration
- 90 Days

