
Introduce the data science bundle and course 1 of 3 through the course introduction video, highlighting 180 hands-on projects.
Execute data processing in a Jupyter notebook by importing numpy, pandas, matplotlib and seaborn, cleaning and scaling data, and selecting wind speed as the main predictor for active power.
Explore extreme gradient boosting, an ensemble of decision trees for regression, trained on wind speed to predict active power, with early stopping and an r-squared of 0.97.
Build a Flask web app with static and templates folders, submit start and end dates, generate predictions via model.py, plot with matplotlib, save to static/output.png, and render index.html.
Load and preprocess data with pandas and numpy, drop invalid columns, encode categorical features with label encoding, remove outliers and zeros, then perform feature selection and an 80/20 train-test split.
Create a Flask web app structure and a form to input test values. Load the saved TensorFlow/Keras model with Joblib encoders, preprocess inputs, and display the predicted price.
Forecast Ethereum prices using gru and lstm based recurrent neural networks to analyze time series data, build training data, and deploy a Flask web app.
Learn practical data preprocessing for time series: import libraries, clean and sort data, drop nonessential columns, engineer date-time features, visualize columns, and explore correlations with the close price.
Learn to build rolling 24-hour windows to predict the 25th hour, using a 240-feature input with min-max scaling and a time-aware 80/20 train-test split.
Learn to build a Flask web app with a static and templates structure, power the index.html form for time-series predictions, and save results as static/output.png.
Classify stress levels from photoplethysmography data using heart rate variability features, while cleaning data, selecting features, and building an artificial neural network to deploy as a flask web app.
Import libraries, load the csv, and identify features like mean rr and hf/lf. Scale features, split data 70/30, and one-hot encode labels for the Keras model.
Build a Flask web app that serves a model, organize files (model.py, scalar.joblib, tf model.h5, templates), handle post data, and render predictions like no stress, low stress, or high stress.
Learn to classify brain scans with convolutional neural networks, clean and process images, and deploy a flask web app for brain tumor detection.
Import and preprocess images with Keras and TensorFlow, using an image data generator flow from directory with rescale and validation split, grayscale 150 by 150 brain tumor versus healthy classifier.
Build and run a Flask web app that uploads images, loads a trained Keras model, and predicts brain cancer, rendering results via an HTML template.
Predict age and gender from chest x-ray scans using a CNN-based classifier and regressor, learn image cleaning and feature extraction, and deploy a Flask web app.
Explore convolutional neural networks (CNNs) and their 3D input–output volumes, including convolutional, ReLU, pooling, and dense layers, using TensorFlow and Keras for gender and age prediction.
Build a flask web app with static and templates directories, an index.html form to upload png images, and model.py that pre-processes and predicts age and gender.
Explore image classification on chest x-rays to detect Covid 19, learn convolutional neural networks, clean images, extract features, and deploy the model as a Flask web app.
Import libraries for image pre-processing and reading, configure a grayscale data generator with rescale, zoom, and flip, and split data for training and validation for COVID-19 and non COVID-19 classes.
import libraries for image pre-processing and model building, set up grayscale image data generators, and organize train, valid, and test directories into a data frame with real versus fake labels.
Build a Flask web app to upload images and display model predictions. The tutorial covers project structure, HTML templates, and a cv2 preprocessing pipeline for real or fake face classification.
Explore automatic number plate recognition by using Inception ResNet and CNNs to detect number plates, process images, and deploy a Flask web app with bounding box coordinates stored in XML.
Explore convolutional neural networks and their layers—input, convolution, relu, pooling, and fully connected—and train a bounding-box regression model with mse using inception ResNet and Keras.
Build a flask web app with a defined project structure, upload and display input and output jpeg images, and render bounding boxes using a trained h5 model.
Unleash your data science mastery in this dynamic course! Learn to build and deploy machine learning, AI, NLP models, and more using Python and web frameworks like Flask and Django . Elevate your projects to the cloud with Heroku, AWS, Azure, GCP, IBM Watson, and Streamlit . Get ready to turn data into powerful solutions!
Embark on a dynamic learning experience with our comprehensive course, "Applied Data Science: From Theory to Real-World Impact . " Dive deep into the world of practical machine learning and data-driven projects, where you'll gain the skills to transform theoretical concepts into tangible solutions .
This hands-on program empowers you to tackle complex problems using cutting-edge techniques, guiding you through the entire project lifecycle . From the inception of ideas to data collection, preprocessing, modeling, and deployment, you'll navigate every stage, honing your skills in real-world settings .
Develop proficiency in deploying models across diverse environments, from interactive web applications to critical business systems . Gain insights into the challenges of model deployment and learn to address them effectively . With a strong emphasis on experiential learning, you'll work on actual industry-inspired projects, implementing strategies that yield measurable results .
"Data-Driven Projects" goes beyond the technical aspects, highlighting the integration of data-driven decision-making into various business landscapes . Witness the fusion of data analytics and strategic thinking, driving business impact through informed insights . Whether you're a seasoned data practitioner or a newcomer, this course equips you with the knowledge and confidence to excel in real-world scenarios .
Elevate your data science journey today and become a proficient problem solver, capable of leveraging data for transformative outcomes that make a difference in today's data-rich world .
In This Course, We Are Going To Work On 60 Real World Projects Listed Below:
Project-1: Forecasting Renewable Energy Generation: Time Series and Regression Analysis
Project-2: Predicting Diamond Sales Price with Multiple Regression Methods
Project-3: Ethereum Price Prediction using GRU/LSTMs for Forecasting
Project-4: Detecting Stress Levels from PPG Sensor Data using Neural Networks
Project-5: Classification of Brain Tumors with CNN and OpenCV
Project-6: Age and Gender Prediction from Chest X-Ray Scans using CNN and OpenCV
Project-7: COVID-19 Detection from CT Scans using ResNet, DenseNet, and VGG Models
Project-8: Detecting DeepFakes with ResNet and CNN
Project-9: Automatic Number Plate Recognition using ResNet and CNN
Project-10: Land Segmentation using U-Net Architecture
Project-11: LingoLinx: Unleashing Multilingual Magic - Language Translator App on Heroku
Project-12: AdView Pro: Cracking the Code of Ad View Predictions with IBM Watson on Heroku
Project-13: LappyPricer: Decoding Laptop Prices with Heroku's Predictive Powers
Project-14: TextWise: Unveiling Insights from WhatsApp Text with Heroku's Analytical Arsenal
Project-15: SmartCourse: Guiding Your Academic Journey - Course Recommendation System on Heroku
Project-16: IPL Prophets: Predicting IPL Match Wins with a Touch of Heroku Magic
Project-17: BodyFit: Sculpting Your Body Fat Estimator App on Microsoft Azure
Project-18: CareerPath: Paving the Way to Campus Placement Success on Microsoft Azure
Project-19: AutoCar: Driving the Future of Car Acceptability Prediction on Google Cloud
Project-20: GenreGenius: A Journey into Book Genres with Amazon Web Services
Project-21: DNA Seeker: Unraveling Genetic Clues - E . Coli Classification Adventure on AWS
Project-22: WordWizard: Unleashing Sentence Sorcery - Predicting the Next Word on AWS
Project-23: SeqMaster: Journey into Sequence Prediction - LSTM Adventures on AWS
Project-24: KeywordGenie: Unlocking Textual Treasures - Keyword Extraction using NLP on Azure
Project-25: SpellCheck Plus: Vanishing Typos - Spelling Correction Wizardry on Azure
Project-26: MusicTrends: Dancing with Popularity - Music Popularity Classification on Google App Engine
Project-27: AdClassify: Decoding Advertisements - Advertisement Classification on Google App Engine
Project-28: DigitDetect: Cracking the Code of Image Digits - Image Digit Classification on AWS
Project-29: EmoSense: Delving into Emotions - Emotion Recognition with Neural Networks on AWS
Project-30: CancerGuard: Fighting Against Breast Cancer - Breast Cancer Classification on AWS
Project-31: Unsupervised Clustering of COVID Nucleotide Sequences using K-Means
Project-32: Weed Detection in Soybean Crops using Computer Vision
Project-33: PixelPal: Transforming Images with OpenCV and Tkinter - Image Editor Application
Project-34: BrandQuest: Unveiling Brand Identifications with Tkinter and SQLite - Brand Identification Game
Project-35: TransactionTracker: Monitoring Financial Flows with Tkinter and SQLite - Transaction Application
Project-36: LearnEase: Nurturing Knowledge with Django - Learning Management System
Project-37: NewsWave: Riding the Waves of News - Create A News Portal with Django
Project-38: StudentVerse: Journey into Student Life - Create A Student Portal with Django
Project-39: ProductivityPro: Tracking Progress with Django and Plotly - Productivity Tracker
Project-40: StudyConnect: Forging Study Bonds - Create A Study Group with Django
Power BI Projects:
Project-41: Global Data Professionals Benchmarking Dashboard
Project-42: Beijing Air Quality Dashboard: DAX and Visualizations
Project-43: Real Estate in Daegu: Apartment Pros and Cons Analysis
Project-44: Super Market Sales Analysis: Power Query and DAX
Project-45: COVID-19 WHO Dataset Insights: Power Query and DAX
Project-46: Credit Card Defaulters Analysis: Power Query and DAX
Project-47: Crime in Chicago: 3-Year Analysis with Visualization
Project-48: Customer Churn Analysis: Real-World Business Problem
Project-49: Customer Churn Analysis (Advanced Features): Data Modeling
Project-50: Attrition Analysis: HR Data Transformation and Visualization
Tableau Projects:
Project-51: Revenue Analysis Dashboard: Business Insights and Trends
Project-52: AirBnbs in Seattle: Rental Market Analysis
Project-53: New Year Resolution Tweets: Social Media Analysis
Project-54: Road Accident in the UK: Safety Analysis
Project-55: Ecommerce Sales Dashboard: Sales Optimization
Project-56: Super Store Sales Dashboard: Retail Analysis
Project-57: Credit Card Complaints: Customer Feedback Analysis
Project-58: Data Science Career Dashboard: Job Market Trends
Project-59: Amazon Prime Video Dashboard: Streaming Insights
Project-60: Traffic Collision in Seattle: Safety and Traffic Analysis
Tip: Create A 60 Days Study Plan , Spend 1-3hrs Per Day, Build 60 Projects In 60 Days .
The Only Course You Need To Become A Data Scientist, Get Hired And Start A New Career
Note: This Course Is Worth Of Your Time And Money, Enroll Now Before Offer Expires .