This Artificial Intelligence and Machine Learning course is designed to help students, beginners, and aspiring data professionals become job-ready AI Developers through practical, industry-oriented training. The program covers complete AI/ML pipelines, including data preprocessing, exploratory data analysis, building predictive models, deep learning, and deployment. Students will gain hands-on experience with Python, NumPy, Pandas, Scikit-learn, TensorFlow, PyTorch, and OpenCV through practical assignments and real-world AI projects.
Building predictive models and extracting insights from complex datasets.
Creating neural networks for advanced image and natural language processing.
Cleaning, transforming, and analyzing large-scale data for AI pipelines.
AI and Machine Learning Engineers work in top tech companies, research institutions, and enterprises across various industries. They are responsible for building intelligent systems, creating algorithms that can learn from data, and deploying models that solve complex problems such as computer vision, natural language processing, predictive analytics, and autonomous systems.
Course Details |
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| Duration | 180 hrs |
| Class Hours | 2 hours/day |
| Mode | Online and Offline |
| Batches | Weekdays |
| Languages | English & Tamil |
Designing complex data models and architectures for machine learning algorithms.
Building and training deep neural networks for complex pattern recognition.
Developing natural language processing systems for text and speech analysis.
Implementing image recognition and video analysis models using OpenCV.
Designing complex data models and architectures for machine learning algorithms.
Building and training deep neural networks for complex pattern recognition.
Developing natural language processing systems for text and speech analysis.
Implementing image recognition and video analysis models using OpenCV.
Understand the core concepts, history, and real-world applications of Artificial Intelligence.
Learn supervised, unsupervised, and reinforcement learning techniques for predictive modeling.
Master data cleaning, feature engineering, and normalization to prepare datasets for AI models.
Design, train, and optimize robust machine learning models using industry-standard libraries.
Use metrics like accuracy, precision, recall, and F1-score to validate model performance.
Explore artificial neural networks, backpropagation, and fundamental deep learning concepts.
Implement image recognition, object detection, and visual processing using OpenCV.
Build end-to-end, industry-ready artificial intelligence projects to showcase in your portfolio.
| Python | Master the primary programming language for artificial intelligence and machine learning. |
| NumPy | Perform efficient numerical computations and multi-dimensional array operations. |
| Pandas | Manipulate, clean, and analyze complex datasets with powerful data structures. |
| Scikit-learn | Implement classic machine learning algorithms for predictive data analysis. |
| TensorFlow | Build and deploy large-scale deep learning and neural network models. |
| PyTorch | Develop flexible deep learning architectures favored by AI researchers. |
| OpenCV | Process real-time images and videos for cutting-edge computer vision tasks. |
| Jupyter | Create interactive notebooks that contain live code, equations, and visualizations. |
| Git | Master source code version control to track changes and manage team workflows efficiently. |
| GitHub | Collaborate seamlessly on AI projects and build a strong developer portfolio. |
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