Artificial Intelligence Engineer Course in Chicago

The Simplilearn-IBM co-developed Artificial Intelligence course combines AI, data science, ML, and deep learning to deploy state-of-the-art instruments and models in the real world. By taking this Artificial Intelligence Course in Chicago, you will have the opportunity to master an in-depth understanding of the fundamental artificial intelligence principles, Such as data science fundamentals, python programming essentials, and an in-depth understanding of machine learning statistics.

In this Artificial Intelligence Course in Chicago, you will learn how to use Python libraries such as NumPy, SciPy, Scikit-learning, and essential machine learning principles including artificial neural networks, data abstraction layers, and TensorFlow.

Artificial Intelligence and Machine Learning will be applied in various mainstream industries by the end of 2025. From healthcare, insurance, transport, to improving customer services, fintech startups and logistics, Artificial Intelligence will become ubiquitous, shaping the years 2025-2030 and beyond.

Therefore, securing a job profile in this domain can benefit you immensely. However, an artificial intelligence course in Chicago can help you advance your abilities while keeping you updated with any new developments in the field.

At the end of the Artificial Intelligence Course In Chicago, you will be proficient in the following:

• Understanding topics like machine learning, deep learning, and neural networks, as well as the definition of AI, its applications, and use cases.
• Creating AI chatbots and virtual assistants without writing a single line of code, then deploy them on a website.
• Creating AI-powered solutions with minimal code using APIs and Python at the end of our Artificial Intelligence Course In Chicago
• Constructing intuitive and intelligent agents to help you execute projects based on genuine AI, like new-age games, engaging learning models and innovative solutions to customer satisfaction issues having logical constraints, probabilistic models, decision-making functions for agent, and intuitive systems that are knowledge based.
• Mastering ideas of supervised and unsupervised models of learning, including linear regression, logistic regression, clustering, size reduction, K-NN, and pipelines, engine recommendations, and modeling time series
• Understanding the fundamentals, key functions, operations, and the implementation pipeline of TensorFlow
• Understanding Artificial Intelligence sophisticated themes such as coevolutionary neural networks, recurrent neural networks, deep networking training, and high-level interfaces

So doing this AI Course In Chicago can be very beneficial.

Including over 15 real-life brand initiatives in various fields, this Artificial Intelligence course in Chicago is co-developed by IBM. The projects entailed in the course are intended to master critical topics such as supervised and unsupervised learning, reinforcement learning, vector support, deep learning and tensor flux, neural networks, convolution neural networks, and recurrent neural networks.

This AI course in Chicago includes a project Capstone that allows you to revisit the topics learned during the entire duration of the course. You will take special mentoring workshops to build a high-quality industrial project and solve problems in the real world. The Capstone Project covers crucial areas, from analyzing exploratory data through design and fit to evaluating stock trends for various leading companies.

For you to execute this Capstone project satisfactorily, it will be critical to use some of the most current supervised and unmonitored algorithms applied in artificial intelligence including Multinomial Naïve Bayes, Regression, SVM and Natural Language programming. Not only will you be issued the capstone credential after successfully submitting the project, but you will also have a project that may be presented as a testimonial to your learning to prospective employers.

Project 1: Uber Fare Provision | Domain: Delivery (Commerce)

Uber, one of the biggest taxi operators in the United States, wants to make the fare forecast for each journey more accurate. Be a helping hand in designing the proper model.

Project 2: Mercedes-Benz Test Bench Time Reduction | Domain: Cars

Mercedes-Benz, a multinational automotive manufacturer, based in Germany, seeks to minimize its test time for any car. More rapid testing will shorten market hitting time. Build and optimize the algorithm via reducing dimensionality and several approaches, including XGBoost.

Project 3: Amazon product rating | Domain: e-commerce

A global behemoth in the e-commerce space, based out of the US, Amazon gives behavior and use-based suggestions to customers that match their search requirement which are aligned with popular reviews in the field and their business area. Amazon wants to improve the recommendation engine by anticipating ratings for unreviewed products and adding them to suggestions.

Project 4: Walmart demand prediction | Domain: sales

Forecast exact sales for 45 Walmart shops, one of the major retail stores in the United States, considering the influence of promotional events. Check for impact on sales on macroeconomic parameters such as CPI, unemployment rate, etc.

Project 5: Customer experience improvement for Comcast | Domain: Telecommunications

A global name in the telecommunications industry and one of the biggest firms in the US, Comcast looking to improve the experience it offers to customers by locating and putting in place solutions that can reduce the bottlenecks creating customer satisfaction issues. The organization is also searching for essential recommendations to provide the most satisfactory experience for its customers.

Project 6: Analysis of attrition for IBM | Domain: Workforce Analytics

You will be required to uncover characteristics that affect employee attrition for IBM, one of the largest US-based IT businesses. The organization would like to develop a logistic regression model based on identified parameters to forecast whether an employee churns or not.

Project 7: Chicago 311 Service Request Analysis | Domain: Telecommunication Service Request Analysis

Conduct call analysis for Chicago City's 311 service request line. You will focus on the techniques of data dispute to analyze data patterns and view the primary forms of complaints.

Project 8: MobieLens Analysis data set | Domain: engineering

The Research Project GroupLens is a research group of the University of Minnesota, Department of Computer Science and Engineering. The group's researchers take part in various research projects in the fields of information filtering, collaborative filtering, and system recommendation. We ask you to analyze user datasets by deploying Exploratory Data Analysis techniques and related strategies.

Project 9: Analysis of stock data | Domain: stock market

In this project, you can import data from Yahoo, Apple, Amazon, Microsoft, Google, and other leading companies utilizing the Yahoo data reader. You will be required to conduct basic analytics, including charting, closing prices, volume trading, completing daily return analyses, and using pair tracks to indicate the correlation between stocks.

Simplilearn’s Artificial Intelligence Course in Chicago is a great opportunity for learners to gain success in many careers and job disciplines, especially because of the increased demand and popularity of artificial intelligence in a wide range of industries including:

• Developers who wish to land a job as an artificial intelligence engineer
• Analytics Managers who lead an analyst team can take this Artificial Intelligence Course In Chicago
• Information Architects wanting to acquire a deeper understanding of AI.
• Professional analysis specialists who desire to kickstart their careers in Machine Learning
• Students who seek to build an artificial intelligence and machine learning profession will benefit from AI courses in Chicago

This Artificial Intelligence Course In Chicago should be attended by participants with:

• Mastery of Python programming's essential principles
• Basic statistical knowledge