Artificial Intelligence and Data Science – Loyalist College in TorontoNEW

Courses

• First Year - Semester One
• AISC1005 AI Principles and Best Practices in Canada
• Students will learn about the principles of AI and data science and how to apply best practices to their work within a Canadian context.
• AISC1004 Deterministic Models and Optimization
• The main objective in this course is to give students a thorough grounding in optimization models, theory and algorithms. The course level is introductory and the scope is broad, so only the most important and representative models and algorithms will be covered. The presented material will be closely linked to modern statistical methods such as network analysis, Quintilian regression and high dimensional statistics.
• AISC1003 Machine Learning 1
• This course is an introduction to some of the basic techniques of machine learning required for data science. It provides a solid training in computational algorithms for supervised problems (classification and regression), such as decision trees and forests, support vector machines or nearest neighbours. The course includes a hands-on component that focuses on the use of scientific scripting languages, and special attention is devoted to Python language.
• AISC1002 Maths for Data Science
• This course introduces fundamental mathematical concepts relevant to data and computer science and provides a basis for further study in data science, statistics and cyber security. Topics covered include probability (sets, counting, probability axioms, Bayes' theorem); optimization and calculus (differentiation, integration, functions of several variables, series approximations, gradient descent); linear algebra (vectors and matrices, matrix algebra, vector spaces); and discrete mathematics (induction, difference equations). This course makes connections between each of these fundamental mathematical concepts and modern data science applications, and introduces Python programming for data wrangling, algorithms and visualization.
• AISC1000 Python
• This course covers the fundamentals of Python and explains why it's the best option for data science projects. Python has long been known as a simple programming language to comprehend, from a syntax point of view. This course covers an introduction, data structures, data manipulation, data exploration, loops and conditions, data visualizations, Plotly and Python dash.
• AISC1001 Statistical Modelling and Inference
• This course presents concepts of probability and statistics. Probability and statistics form the basis of data science. The probability theory is important for predicting. Estimates and predictions form an important part of data science. This course explains how we can make estimates for further analysis using statistics. This course covers the fundamentals of statistics such as central tendency theorem and types of distribution.
• AISC1006 Step Presentation (Step 1)
• The Student's Term-End Presentation (STEP) helps the learner to logically arrange theoretical concepts into areas of practical applications. In STEP 1, all concepts learned in semester one are practised on a live data set in the form of a group assignment, wherein group participants extract insights from available data using conceptual learning attained thus far.

• First Year - Semester Two
• AISC2003 Advanced Analytics
• This course presents concepts of advanced analytics techniques such as ensemble learning, density based clustering, fuzzy clustering, dimension reduction, bagging, gradient boosting, sequence mining and streaming analytics. This covers ensemble methods using multiple learning algorithms to obtain better predictive performance than could be obtained from any of the constituent learning algorithms alone.
• AISC2005 Business Communications in Canada
• The course prepares students to use appropriate business communication techniques, such as report writing and presentation skills, and will cover interpersonal skills and how to build client relationships within a Canadian business environment.
• AISC2004 Data Storytelling Techniques
• This course will cover the fundamentals of effective data-driven storytelling. Students will learn how to detect and articulate the stories behind data sets and communicate data findings in visual, oral, and written contexts for various audiences and stakeholders. Students will become familiar with associated tools.
• AISC2001 Data Visualization
• This course presents concepts of data visualization and explains visualization tools. This course will cover topics such as various data sources, metadata, data preparation, joints and data blending. Basics functions such as sorting and filtering will be covered in this course, and techniques such as drill down and hierarchies, reference lines and tend lines will be explained.
• AISC2002 Data Warehousing and Business Intelligence
• In this course, students will get an overview of modern solutions for storing and analyzing big data, as well as hands-on practice working with databases, building systems to collect data from the internet, and creating live web dashboards. Students are encouraged to think creatively and use knowledge from other courses during the first term to come up with an informative display of data that they can create with dashboard tolls taught in class.
• AISC2000 Machine Learning 2
• The purpose of this course is to give students a solid basis of statistical learning. Both theoretical foundations and algorithmic issues of supervised learning will be discussed in depth.
• AISC2006 Step Presentation (Step 2)
• The Student's Term-End Presentation (STEP) helps the learner to logically arrange theoretical concepts into areas of practical applications. In STEP 2, all concepts learned in semester two are practised on a live data set in the form of a group assignment, wherein group participants extract insights from available data using conceptual learning attained thus far.

• Second Year - Semester Three
• AISC2008 Computer Vision
• This course presents concepts and fundamentals of computer vision. Topics such as image processing will be covered. Computer vision techniques such as object detection, object tracking and action recognition will be covered, as well as image segmentation and synthesis.
• AISC2011 Data Science Project Management and Requirement Gathering
• This course will enable learners to successfully manage a data science project. This course takes students through data mining activities in the context of project management. The project explains inputs and outputs of all activities helping effective project management of a data science project. As per the project management best practices, it guides students to engage the right stakeholders to help establish data mining success criteria to achieve the business goals.
• AISC2007 Deep Learning
• This course presents concepts of deep learning such a basics of neural networks, deep neural networks and recurrent neural networks (RNN). Topics covered include the fundamentals of artificial neural networks and how to implement them in Python programming language.
• AISC2013 Deployment of AI Solutions
• This course will focus on the unit and system testing, model lifecycle management and real-life application of AI. A detailed exploration of the retaining pipeline, how to deploy AI on cloud and the best AI operational practices will be completed.
• AISC2009 Natural Language Processing
• This course presents concepts of natural language processing (NLP). The concepts of text mining and its applications, the basics of NLP, such as POS, entity recognition, regular expression and how to implement them, sentiment analysis, topical modelling and clustering in text courses will be covered.
• AISC2010 Programming and Deployment of IoT Devices
• This course will explore the market around the Internet of Things (IoT), the technology used to build these kinds of devices, how they communicate, how they store data, and the types of distribution systems needed to support them.
• AISC2012 Tools for AI
• This course will explore the basics of SQL, MySQL, NoSQL and MongoDB. This will cover the fundamentals of Docker and Kubernetes, Data Lake and centralization strategy. Creation and deployment of an API, what is ELK Stake and an introduction to Spark and distributed computing will also be covered.

• Second Year - Semester Four (Electives)
• AISC3000 Capstone- Business Simulation Project
• The capstone project will enable students to work on-real world problems using public data. Students will apply exploratory data analysis skills to build an accurate prediction model.
• COOP3000 Industry Co-op
• Students will apply previous learning in a hands-on environment with real data from industry to gain experience of real-world problems and case studies.
• AISC3001 Kaggle Competition
• This course allows students to find and publish data sets, explore and build models in a web-based data-science environment, work with other data scientists and machine learning engineers, and enter competitions to solve data science challenges.
• AISC3002 Professional Certification
• Students will work toward certification in the most in-demand proprietary certifications to enhance their employability attributes upon graduation.
• Notes
• Select 1 courses from above

*Courses subject to change.