According to Forbes, 97 million synthetic intelligence (AI)-related jobs will be created between 2022 and 2025. AI is revolutionizing many industries, and AI capabilities are among the most in-demand in today’s technology-driven market. Purdue’s AI micro-credential program offers fast, hands-on online courses that cover the basics of synthetic intelligence and its applications. With an average duration of 15 hours, this program is an ideal progression opportunity for professionals who need to temporarily advance their careers.
Learn AI skills, including:
Each course in the AI Micro-credentials program functions as its own mini-certificate, with scholars earning a certificate for each course they complete. Students can choose which courses to take and accumulate degrees in the subjects they are interested in. The flexibility of this program makes it an ideal progression opportunity for generation professionals.
Learning Outcome: This course provides a foundation for information about devices and their programs by taking an information-through-practice approach. Students will be informed about device information through education, a regression style to conduct knowledge analysis.
Faculty: Stanley Chan
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Learning Outcome: Students will paint through disorders and real-world examples to perceive the mathematical context of AI. By breaking down concepts and putting them into context, this course makes mathematical AI available to a wider audience.
Faculty: Philip E. Paré and Shreyas Sundaram
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Learning Outcome: This course provides a detailed conceptual explanation of supervised and unsupervised device learning algorithms and how to implement them to solve real-world problems.
Faculty: Rishikesh P Fulari
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Learning Outcome: In this course, scholars will be able to explore knowledge mining in a hands-on way through knowledge mining equipment for trend recognition, visualization, synthetic intelligence, and more.
Faculty: John Springer
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Learning Outcome: This course teaches academics how to perceive the benefits of AI in a production context and is ideal for industry professionals looking to hone their skills through AI expertise. It’s also ideal for non-industry professionals who need to be more informed about AI.
Faculty Name: Xiumin Diao
Learning Outcome: This course provides scholars with foundational education on device information by offering practical, real-world examples in Python. Students will be informed how to create devices with Python and then apply them to solve real-world problems.
Faculty: Jin Kocsis
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Learning Outcome: This course teaches the human and societal points of synthetic intelligence and its applications, showing scholars how to scale up ethical, responsible, and human-centered AI responses to solving real-world problems.
Faculty: Ankita Raturi
Learning Outcome: This course focuses on the real-world uses of herbal language processing systems, adding the existing functions of herbal language processing systems and how NLP can be subtle and enhanced.
Faculty: Julia Rayz
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Learning Outcome: This course provides scholars with the real-world wisdom they desire to manage the dangers of AI and how it is transforming the generational landscape. Students will break down AI into engaging, readily available concepts and explore the ethics of AI through the real world. Examples.
Faculty: David Peterson
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Learning Outcome: This course explores the moral and regulatory framework that underpins AI. Students will analyze real-world governance and policy methods that seek to manage the effects of AI and interact in discussions that will shape the long-term of the field.
Faculty: Daniel Schiff
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Learning Outcome: This course covers the developing global demands for AI regulation and puts them in context so that scholars can perceive what dangers those regulations seek to confront and how companies and governments can anticipate and comply with them.
Faculty: Dr. Swati Srivastava
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Learning Outcome: This course covers the basics of knowledge visualization and teaches scholars how to create compelling and compelling knowledge stories. Students will use the principles of knowledge inquiry and visualization to paint real-world projects.
Faculty: Sorin Matei
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Join us for an exclusive insight to explore the transformative force of synthetic intelligence in various industries!Our webinar videos showcase the latest advancements and real-world AI programs, aimed at both tech enthusiasts and professionals. Learn how AI is reshaping healthcare and finance. , manufacturing, and more, as industry experts share their knowledge and experiences.