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Data Science Full Stack Program
Launchpad’s Data Science Full Stack Course offers comprehensive training in data analysis, machine learning, and full-stack development.
Data Science Full Stack Course
Launchpad’s Data Science Full Stack Course offers comprehensive training in data analysis, machine learning, and full-stack development. You’ll work with tools like Python, R, SQL, and popular libraries like TensorFlow and Pandas. Hands-on projects will guide you through the process of building data-driven applications. Our instructors, with their industry experience, provide practical insights to help you succeed in the field. The course is available online and in-person, and it prepares you for a career in data science with certification and job placement support.
Curriculum
- Python Introduction & history
- Color coding schemes
- Salient features & flavors
- Application types
- Language components (variables, literals, operators, keywords…)
- String handling management
1. String operations – indexing, slicing, ranging
2. String methods – concatenation, repetition, formatting
3. Supporting functions - Native data types
1. List
2. Tuple
3. Set
4. Dictionary - Decision making statements
1. If
2. If…else
3. If…elif…else - Looping statements
1. For loop
2. While loop - Function types
1. Built-in functions
2. Math functions
3. User defined functions
4. Recursive functions
5. Lambda functions - OOPs
1. Classes and objects
2. __init__ constructor
3. Self-keyword
4. Data abstraction
5. Data encapsulation
6. Polymorphism
7. Inheritance - Exception handling
1. Error vs exception
2. Types of error
3. User defined exception handling
4. Exception handler components
5. Try block, except block, finally block - File handling
1. How to create a txt file using python
2. File access modes
3. Reading and writing data to a txt file
4. Data operations
- Working with PANDAS & NUMPY
1. PANDAS – data analysis intro
2. PANDAS – data structures
3. Series creation types
4. Data Frame creation types
5. Accessing data from Series and DataFrame
6. Data merging - Working with PANDAS & NUMPY
1. Data mapping
2. Finding duplicates
3. Removing duplicates
4. Describing data
5. Finding null values
6. Group by function
7. Sort values
8. Statistical functions
9. Reading and writing data from CSV
10. Data operations on CSV file
11. Basic visualizations
12. NUMPY array processing intro
13. Types of ndarray - Numpy attributes
1. ndim
2. shape
3. size
4. type - Shape manipulations
1. Ravel
2. Reshape
3. Resize
4. Hsplit
5. Vstack - Numpy additional functions
1. Tile
2. Eye
3. Zeros
4. Ones
5. Diag
6. arange
7. New axis addition
8. Random number generation
- Data science terminologies
- Exploratory data analysis intro
- Types of machine learning algorithms
- Classification and regression intro
- Prediction and analysis techniques to be used in ML
- MATPLOTLIB – data visualization
1. Histogram
2. Pdf
3. Adding axes
4. Adding grid
5. Adding label
6. Adding ticks
7. Setting limits
8. Adding legend - MATPLOTLIB plotting
1. Bar chart
2. Pie chart
3. Heat map
4. Box plot
5. Scatter plot
6. 3d plot - SEABORN – advanced color palette visualization
1. Bar chart
2. Pie chart
3. Dist plot
4. Pair plot
5. Reg plot
6. Count plot
7. Swarmplot
8. Heat map
9. Scatter plot
10. Lm plot
- Machine learning algorithm types
1. Supervised learning
2. Unsupervised learning
3. Ensemble learning technique - Working flow of dataset
1. Loading necessary modules
2. Loading dataset
3. Feature scaling
4. Feature extraction
5. Data standardization
6. Data normalization
7. Data manifesting
8. Model creation
9. Fitting data models
10. Model prediction - ML algorithms with live demo and mathematical intuition
1. Linear regression
2. Logistic regression
3. Naïve bayes classifier
4. KNN (K nearest neighbor)
5. KMC (K means clustering)
6. Support vector machines
7. Principal component analysis
8. Decision tree
9. Random forest
10. XGBoost
- Neural networks introduction
- Brain activation functions and layer components
- Neural network terminologies of ANN, CNN, RNN
1. Models
2. Initializers
3. Optimizers
4. Layers
5. Activation functions
6. Loss functions
7. Metrics
8. Model compilations
9. Model evaluation
10. Max pooling layers
11. Edge filters
12. Back propagations
13. Early stopping
14. Epoch - Datasets to be used for MLP,ANN, CNN,RNN
1. Boston house prediction
2. CIFAR10
3. CIFAR100
4. MNIST
5. FASHION MNIST
6. IMDB Movie review analysis - NLP (Natural Language Processing)
1. NLTK
2. NLTK
3. SPACY - COMPUTER VISION
1. Digital Image Processing using CV2 library
2. LIVE PROJECTS
Objectives of Learning Data Science Full Stack
Launchpad’s Data Science Full Stack course helps you:
- Master Data Analysis: Learn to manipulate and analyze data using Python, R, and SQL.
- Work with Machine Learning: Gain skills in developing machine learning models with TensorFlow and Scikit-learn.
- Develop Full-Stack Applications: Learn to create applications that integrate data science models.
- Apply Data Visualization: Learn to present data insights through visualizations using tools like Matplotlib and Seaborn.
- Implement Industry Use Cases: Work on real-world projects that apply data science to various industries.
- Prepare for Certification: Get ready for data science and full-stack development certification exams.
Reason to Choose Launchpad for Data Science Full Stack Training
Launchpad’s Data Science Full Stack training offers:
- Authorized Certifications: Earn certifications from globally recognized tech leaders.
- Industry-Experienced Instructors: Learn from instructors who bring real-world experience to the classroom.
- Live, Interactive Training: Participate in live sessions—no pre-recorded content.
- Project-Based Learning: Engage in hands-on projects that reflect industry needs.
- Comprehensive Skill Development: Improve both technical expertise and soft skills, including communication.
- Job Placement Support: Benefit from placement assistance, including resume building and LinkedIn optimization.