Techcadd’s Data Science Crash Course in Mohali is an intensive, career-focused program designed for students and job seekers. Master Python, machine learning, and real-world analytics in weeks – not years – with 100% hands-on training and placement assistance.
Data Science Crash Course Mohali | Techcadd – Complete Program Breakdown
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Introduction: Why Data Science? Why Mohali? Why Now?
In the last five years, the data revolution has quietly transformed every industry—from healthcare and banking to e-commerce and logistics. Companies no longer ask "Do we have data?" They ask "How quickly can we extract value from it?" This shift has created an unprecedented demand for data science professionals across India, and Mohali is no exception. In fact, Mohali—along with its twin city Chandigarh—has emerged as a quiet but powerful IT and startup hub. With the rise of the Mohali IT Park, Aerocity, and numerous fintech and edtech startups setting up base here, the need for skilled data analysts, data scientists, and machine learning enthusiasts has skyrocketed.
Yet, there is a problem. Traditional data science courses are long, expensive, and often theoretical. They take six months to a year, demand heavy upfront fees, and leave students still unsure about how to handle real-world messy data. A fresh graduate or a 12th-pass student looking for a quick career shift cannot afford to wait that long. They need speed. They need practicality. They need a data science crash course in Mohali that cuts through the fluff and delivers job-ready skills in the shortest possible time.
That is exactly what Techcadd offers.
Techcadd’s Data Science Crash Course in Mohali is not another long-drawn academic program. It is a focused, intensive, hands-on bootcamp-style training designed for students, job seekers, and even working professionals who want to upskill fast. Whether you have just cleared your Class 12 boards, graduated with a non-technical degree, or are stuck in a low-growth job, this course will take you from zero to industry-ready in just a few weeks.
But what makes this course truly different? Let’s break it down module by module, skill by skill, and project by project.
Module 1: Foundations of Data Science & Problem Solving (Week 1)
Every great data scientist starts with a curious mind and a structured approach to problem solving. In this first module, students are introduced to the core philosophy of data science: extracting insights from data to drive decisions. This module is designed for absolute beginners. You do not need any prior coding or statistics background.
Topics Covered:
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What is Data Science? Real-world applications in marketing, finance, healthcare, and e-commerce
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The Data Science Lifecycle: Data collection → Cleaning → Exploration → Modeling → Deployment
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Types of Data: Structured, unstructured, time-series, categorical, numerical
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Introduction to Business Intelligence vs. Data Science
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Problem Framing: How to convert a business problem into a data problem
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Basic Statistics for Data Science: Mean, median, mode, variance, standard deviation
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Data Distributions: Normal, skewed, uniform
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Introduction to Probability: Conditional probability, Bayes theorem basics
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Data Ethics and Privacy: GDPR, data anonymization, bias in AI
Learning Outcomes by the end of Week 1:
Students will be able to look at any business problem and identify what kind of data is needed, what methods could solve it, and what risks exist. They will also understand basic statistical measures and be ready to move into coding.
Hands-on Activities:
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Case study: Predicting customer churn for a Mohali-based edtech startup
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Worksheet on summary statistics using real sales data
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Group discussion: Ethical dilemmas in data collection (with local examples)
Module 2: Python Programming for Data Science (Week 2-3)
Python is the undisputed king of data science. It is simple, readable, and backed by a massive ecosystem of libraries. In this module, students learn Python from scratch—no prior coding experience needed. The focus is purely on data science applications, not general software development.
Topics Covered:
Week 2 – Python Basics:
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Setting up Python environment (Anaconda, Jupyter Notebook, Google Colab)
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Variables, data types (int, float, string, boolean)
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Lists, tuples, dictionaries, sets
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Conditional statements (if, elif, else)
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Loops (for, while) and loop control (break, continue)
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Functions: Defining, calling, arguments, return values
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Lambda functions and map/filter/reduce
Week 3 – Python for Data Manipulation:
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NumPy: Arrays, array operations, broadcasting, indexing, slicing
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NumPy: Mathematical functions, random module, reshaping
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Pandas: Series and DataFrames
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Pandas: Reading data from CSV, Excel, JSON, SQL
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Pandas: Data inspection (head, tail, info, describe)
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Pandas: Data cleaning – handling missing values (dropna, fillna)
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Pandas: Data transformation – apply, map, replace
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Pandas: Filtering, sorting, grouping (groupby)
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Pandas: Merging, joining, concatenating datasets
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Introduction to working with dates and times
Learning Outcomes by the end of Week 3:
Students will write clean Python code independently, manipulate large datasets using Pandas, and perform data cleaning operations that would take hours in Excel—in seconds.
Hands-on Activities:
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Build a contact book using Python functions and dictionaries
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Clean a messy sales dataset from a Mohali retail store (missing values, duplicates, inconsistent formatting)
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Merge customer data and transaction data to create a master dataset
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Mini-project: Analyze a sample e-commerce dataset and answer 5 business questions using Pandas
Module 3: Data Visualization & Storytelling (Week 4)
Data is useless if you cannot communicate it. This module teaches students how to create compelling charts, dashboards, and reports that non-technical stakeholders can understand instantly.
Topics Covered:
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Why visualization matters: The science of perception
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Matplotlib: Line plots, bar charts, scatter plots, histograms, box plots
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Matplotlib: Customizing plots (colors, labels, titles, legends, grids)
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Seaborn: Statistical visualizations – pairplots, heatmaps, violin plots, count plots
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Seaborn: Styling and themes
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Plotly Express: Interactive visualizations (hover, zoom, pan)
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Introduction to Tableau Public: Connecting data, building worksheets, dashboards
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Dashboard design principles: Less clutter, clear hierarchy, actionable insights
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Storytelling with data: Structuring a narrative around visualizations
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Choosing the right chart for the right data
Learning Outcomes by the end of Week 4:
Students will transform raw data into beautiful, insightful visualizations. They will build interactive dashboards and present data stories that drive decisions.
Hands-on Activities:
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Create a COVID-19 trend dashboard using Plotly
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Build a sales performance dashboard in Tableau using Mohali-based business data
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Present a 5-minute "data story" to the class on a topic of choice (sports, movies, economy)
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Mini-project: Visualize the rise of startups in Mohali and Chandigarh over the last 5 years
Module 4: SQL for Data Science (Week 5)
Most real-world data lives in databases. Without SQL, you cannot extract that data. This module makes students proficient in SQL, specifically for data analysis and preparation.
Topics Covered:
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Relational databases: Tables, rows, columns, keys (primary, foreign)
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SQL basics: SELECT, FROM, WHERE, ORDER BY, LIMIT
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Filtering: AND, OR, IN, BETWEEN, LIKE, IS NULL
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Aggregation: COUNT, SUM, AVG, MIN, MAX with GROUP BY
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Filtering groups: HAVING clause
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Joins: INNER JOIN, LEFT JOIN, RIGHT JOIN, FULL OUTER JOIN, SELF JOIN
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Subqueries: Nested SELECT statements, correlated subqueries
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Common Table Expressions (CTEs) with WITH clause
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Window functions: ROW_NUMBER, RANK, DENSE_RANK, LAG, LEAD
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Date functions and string functions
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SQL optimization basics for large datasets
Learning Outcomes by the end of Week 5:
Students will write complex SQL queries to extract exactly the data they need from multi-table databases. They will be able to perform data aggregation and join operations without relying on Excel or Python.
Hands-on Activities:
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Query a mock employee database to answer HR analytics questions
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Use joins to combine order, customer, and product tables for an e-commerce analysis
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Write CTEs to calculate month-over-month sales growth
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Mini-project: Analyze a publicly available dataset (e.g., Indian census data) using SQL and export results for visualization
Module 5: Machine Learning Fundamentals (Week 6-7)
This is where the magic happens. Students move from describing the past (analytics) to predicting the future (machine learning). No advanced math required—the focus is on intuition, application, and evaluation.
Topics Covered:
Week 6 – Supervised Learning:
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What is Machine Learning? Supervised vs. Unsupervised vs. Reinforcement Learning
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Train-test split: Why we need it and how to do it
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Regression problems: Predicting continuous numbers
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Linear Regression: Intuition, assumptions, implementation in Python
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Evaluation metrics for regression: MAE, MSE, RMSE, R-squared
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Classification problems: Predicting categories
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Logistic Regression: Probability and decision boundaries
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k-Nearest Neighbors (k-NN): How distance-based classification works
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Decision Trees: How trees split data
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Evaluation metrics for classification: Accuracy, Precision, Recall, F1-score, Confusion Matrix, ROC-AUC
Week 7 – Unsupervised Learning & Model Improvement:
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Clustering: K-Means algorithm, elbow method, silhouette score
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Dimensionality reduction: PCA intuition
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Feature engineering: Creating new features from existing ones
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Handling categorical variables: One-hot encoding, label encoding
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Feature scaling: Standardization vs. Normalization
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Overfitting and underfitting: Bias-variance tradeoff
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Regularization: Ridge and Lasso
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Cross-validation: k-fold cross-validation
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Introduction to Ensemble Methods: Random Forest
Learning Outcomes by the end of Week 7:
Students will build, train, and evaluate machine learning models on real datasets. They will know when to use regression vs. classification, how to avoid overfitting, and how to interpret model performance.
Hands-on Activities:
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Build a house price predictor using Linear Regression (Mohali real estate dataset)
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Build a customer churn classifier using Logistic Regression and Decision Trees
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Perform customer segmentation on a retail dataset using K-Means
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Mini-project: Predict student exam scores based on study hours, previous scores, and attendance
Module 6: Real-World Projects & Industry Tools (Week 8-9)
Theory fades. Projects stick. This module is entirely hands-on. Students work on 4 major projects that simulate real industry problems. They also get introduced to tools like Git, VS Code, and cloud notebooks.
Projects:
Project 1: Sales Performance Dashboard for a Mohali Retail Chain
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Dataset: 6 months of sales data (realistic, simulated)
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Tasks: Clean data → Analyze top products, peak hours, seasonal trends → Build Tableau dashboard → Present insights to "management"
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Deliverable: Interactive dashboard + 2-page executive summary
Project 2: Credit Card Fraud Detection
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Dataset: Public Kaggle dataset (anonymized transactions)
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Tasks: Handle imbalanced data → Build Random Forest classifier → Optimize for precision and recall → Evaluate with confusion matrix
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Deliverable: Python notebook + ROC curve + model comparison table
Project 3: Customer Churn Prediction for a Mohali Telecom Company
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Dataset: Customer demographics, usage patterns, complaints
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Tasks: Feature engineering → Logistic Regression vs. Random Forest → Hyperparameter tuning with GridSearchCV → Identify top churn drivers
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Deliverable: Presentation to "stakeholders" + actionable recommendations
Project 4: End-to-End Data Science Portfolio Project
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Students choose their own dataset (sports, movies, finance, healthcare)
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Tasks: Problem framing → Data collection (API, Kaggle, web scraping basics) → Cleaning → EDA → Visualization → ML model (if applicable) → GitHub upload → LinkedIn portfolio post
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Deliverable: Complete GitHub repository with README, notebook, and presentation
Additional Tools Covered:
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Git & GitHub: Version control, cloning, committing, pushing
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VS Code setup for data science
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Google Colab: Free GPU usage for larger models
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Introduction to APIs: Fetching live data (weather, stock prices)
Module 7: Resume, Interview & Placement Preparation (Week 10)
A data science crash course in Mohali is incomplete without job support. This module is dedicated to making students hireable.
Topics Covered:
Resume & LinkedIn Optimization:
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How to write a data science resume with zero experience (projects > degrees)
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ATS-friendly formatting
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LinkedIn profile: Headline, about section, featured projects, skills endorsements
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GitHub portfolio: How to structure repositories, write READMEs
Interview Preparation:
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Technical interview questions: Python (lists vs. tuples, mutable vs. immutable), Pandas (merge vs. join), SQL (window functions), ML (bias-variance)
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Statistics interview questions: p-values, confidence intervals, correlation vs. causation
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Case study interviews: Walk through a data problem from scratch
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Mock interviews with Techcadd trainers
Placement Assistance:
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Resume referral to Techcadd’s hiring partners (local Mohali/Chandigarh IT companies, startups, and remote roles)
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Soft skills training: Communication, problem-solving approach, teamwork
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Freelancing guidance: How to find data science gigs on Upwork, Fiverr, and Internshala
Learning Outcomes:
Every student leaves with a polished resume, a strong LinkedIn profile, a GitHub portfolio with 4+ projects, and confidence to crack entry-level data science interviews.
Course Delivery & Support Structure
Batch Options:
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Weekday batches (Mon-Fri, 2 hours/day) – Fast-track: 10 weeks
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Weekend batches (Sat-Sun, 5 hours/day) – For working professionals: 10 weekends
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Online live batches for remote students (same curriculum, same projects)
Class Format:
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40% Theory (concepts, intuition, best practices)
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60% Hands-on coding (live coding, debugging, peer review)
Materials Provided:
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Recorded session backups (lifetime access)
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Downloadable Jupyter notebooks for every module
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Cheatsheets: Pandas, SQL, Matplotlib, Scikit-learn
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10+ real-world datasets (cleaned and raw)
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Practice assignments with solutions
Support System:
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Doubt-clearing sessions every Saturday (1 hour)
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Dedicated WhatsApp group for batchmates + trainers
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1-on-1 mentor calls for career guidance (2 sessions per student)
Certification:
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Techcadd Data Science Crash Course Certificate (QR-coded for verification)
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Mention of projects completed (valuable for LinkedIn)
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Letter of recommendation for top 10% students
Who Is This Course For?
1. 12th Pass Students (Any Stream):
You do not need a computer science degree. If you have logical thinking and basic math, you can learn data science. This crash course in Mohali is designed to take you from zero to job-ready. Many of our past students from arts and commerce backgrounds are now working as junior data analysts.
2. College Students (B.Com, BBA, BCA, B.Sc, B.Tech):
Add data science as a skill before you graduate. It will massively boost your placement chances. Use the course projects for your college final year submissions.
3. Recent Graduates (Freshers):
Struggling to find a job with your generic degree? Data science is your answer. The market is hungry for entry-level talent who know Python, SQL, and basic ML.
4. Working Professionals (Non-IT):
If you are in marketing, sales, operations, or finance, learning data science can help you move into roles like marketing analyst, business analyst, or data analyst—often with a 40-60% salary hike.
5. Job Seekers Returning After a Break:
Data science is merit-based. Your portfolio matters more than your gap years. This crash course gives you a fresh, relevant skill set.
Why a Crash Course? Why Not a Full Diploma?
Time is your most valuable asset. A traditional 6-12 month data science diploma covers the same core concepts but spreads them too thin. You forget what you learned in month one by the time you reach month six. A crash course compresses learning into intense, focused sessions. You stay immersed. You practice daily. You finish faster. And in the job market, speed matters.
Techcadd’s data science crash course in Mohali is not about cutting corners—it is about cutting fluff. We teach you exactly what you need to get your first job: Python, Pandas, SQL, visualizations, machine learning fundamentals, and a portfolio of 4 projects. No unnecessary deep-dives into calculus proofs. No months of irrelevant theory. Just action.
Investment & Value Proposition
Course Fee: Affordable and student-friendly (exact fee available on request). EMI options available for students.
What Your Fee Covers:
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80+ hours of live instructor-led training
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40+ hours of recorded content
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10+ datasets and 4 major projects
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Certification
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Placement assistance and mock interviews
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Lifetime access to learning materials
Compare this to:
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University certificate programs: ₹50,000 – ₹1,50,000 (6-12 months)
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Online global platforms: ₹30,000 – ₹60,000 (no live support)
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Techcadd crash course: Fraction of the cost, double the support
Student Success Snapshot (Hypothetical Examples Based on Real Outcomes)
Case 1: Arjun, B.Com Graduate (Mohali)
Before: Working in a call center (₹15,000/month)
After Techcadd: Junior Data Analyst at a Mohali startup (₹32,000/month) within 3 months of completing the course.
Case 2: Priya, 12th Pass (Arts)
Before: No coding knowledge, confused about career
After Techcadd: Data Science intern at a Chandigarh-based fintech company, converted to full-time role (₹28,000/month) after internship.
Case 3: Rahul, Working Professional (Retail Store Manager)
Before: 8 years of experience, stagnant salary (₹40,000/month)
After Techcadd (weekend batch): Transitioned to Business Analyst role in Mohali (₹65,000/month)
Frequently Asked Questions (FAQs)
Q1: I have zero coding experience. Can I join?
Yes. The course starts from absolute basics—variables and loops. We have successfully trained students from non-IT backgrounds (arts, commerce, biology).
Q2: What is the duration?
10 weeks for weekday batches. 10 weekends for weekend batches.
Q3: Do you provide placement guarantee?
We provide 100% placement assistance—resume building, mock interviews, referrals to our hiring partners. Placement depends on your performance, but we have an excellent track record.
Q4: Is the course online or offline?
Both options available. Offline classroom in Mohali. Online live batches for remote students.
Q5: Will I get a certificate?
Yes. A Techcadd certificate with project details. Shareable on LinkedIn.
Q6: What if I miss a class?
Every session is recorded. You can catch up anytime. Plus, weekend doubt-clearing sessions.
Q7: Does this course cover Deep Learning or AI?
This is a foundational crash course covering Python, SQL, statistics, visualization, and classical ML (regression, classification, clustering). For deep learning, we offer a separate advanced module (optional add-on).
Q8: Is this course recognized by companies?
Techcadd is a well-known training brand in Mohali/Chandigarh. Our alumni work at companies like BrowserStack, GreyB, and various local startups. The certificate + portfolio speaks for itself.
How to Enroll
Step 1: Visit Techcadd’s Mohali center or website
Step 2: Attend a free demo class (offline or online)
Step 3: Take a basic aptitude test (simple logical reasoning – no coding)
Step 4: Confirm enrollment and choose batch
Step 5: Get access to pre-course preparatory materials (Python basics videos)
Final Word from Techcadd
Mohali is growing. Every week, a new startup, a new co-working space, a new digital agency opens here. All of them need data-savvy professionals. The window of opportunity is open right now. In another year, entry-level data science roles will become more competitive. The best time to start was yesterday. The second best time is today.
Techcadd’s data science crash course in Mohali is not just a training program. It is a launchpad. It is for the student who wants to stop scrolling through career videos on YouTube and start building real skills. It is for the graduate who is tired of rejection emails. It is for the professional who knows they are capable of more.
