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Through a wide selection of online classes, the University is able to expand its footprint to learners who unable to attend on-campus programs or seek the flexibility online learning offers.

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Online class listings

The University of Nevada, Reno offers a variety of online classes during the spring, summer, and fall terms.

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Class List Results

Your search has found 7 total results

IS 101 - Intro Information Systems

Introductions to microcomputers, computers in business and microcomputer software tools including word processors, spreadsheets and database management systems.

Introductions to microcomputers, computers in business and microcomputer software tools including word processors, spreadsheets and database management systems.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Spring Undergraduate 20307 3 01/20/2026 05/05/2026 Web Based (Asynchronous) Adam Reed
2026 Summer Undergraduate 50355 3 06/08/2026 07/10/2026 Web Based (Asynchronous) Adam Reed
2026 Summer Undergraduate 50357 3 07/13/2026 08/12/2026 Web Based (Asynchronous) Adam Reed
2026 Summer Undergraduate 50356 3 05/18/2026 08/12/2026 Web Based (Asynchronous) Adam Reed
2026 Fall Undergraduate 80122 3 08/24/2026 12/08/2026 Web Based (Asynchronous) Adam Reed
2026 Fall Undergraduate 80433 3 08/24/2026 12/08/2026 Web Based (Asynchronous) Adam Reed

IS 201 - Computer Applications

Advanced topics in spreadsheets, microcomputer-based database management systems and macro-programming.

Advanced topics in spreadsheets, microcomputer-based database management systems and macro-programming.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Summer Undergraduate 50358 3 07/13/2026 08/12/2026 Web Live (Synchronous) Ng'Ona Chibesakunda

IS 301 - Management Info Systms

Introductions to business applications, computers in organizations, systems development theory and practice, application develop methodology, changing technology, and concerns about computer security and privacy.

Introductions to business applications, computers in organizations, systems development theory and practice, application develop methodology, changing technology, and concerns about computer security and privacy.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Spring Undergraduate 20120 3 01/20/2026 05/05/2026 Web Based (Asynchronous) Cameron Anderson
2026 Spring Undergraduate 20429 3 01/20/2026 05/05/2026 Web Based (Asynchronous) Jason Talaei
2026 Summer Undergraduate 50360 3 06/08/2026 07/10/2026 Web Based (Asynchronous) Jason Talaei
2026 Summer Undergraduate 50361 3 07/13/2026 08/12/2026 Web Based (Asynchronous) Adam Reed
2026 Summer Undergraduate 50359 3 05/18/2026 08/12/2026 Web Based (Asynchronous) Adam Reed
2026 Fall Undergraduate 80409 3 08/24/2026 12/08/2026 Web Based (Asynchronous) Jason Talaei

IS 445 - Project Management

The principles and tools that organizations use to plan, schedule, monitor, and control IS projects.

The principles and tools that organizations use to plan, schedule, monitor, and control IS projects.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Summer Undergraduate 50367 3 06/08/2026 07/10/2026 Web Live (Synchronous) Amir hessam Yazdi

IS 465 - Agentic AI for Bus. Automation

This course introduces the principles of AI, how artificial intelligence (AI) can automate and improve business processes, and how intelligent agents can make business operations more efficient and adaptive. Undergraduate (IS 465) students will focus on applying core principles of business process analysis and AI automation. Graduate (IS 665) students will engage in advanced problem-solving, independent research, and the design of scalable, organization-level automation strategies that incorporate ethical, managerial, and technological considerations.

This course introduces the principles of AI, how artificial intelligence (AI) can automate and improve business processes, and how intelligent agents can make business operations more efficient and adaptive. Undergraduate (IS 465) students will focus on applying core principles of business process analysis and AI automation. Graduate (IS 665) students will engage in advanced problem-solving, independent research, and the design of scalable, organization-level automation strategies that incorporate ethical, managerial, and technological considerations.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Summer Undergraduate 51538 3 06/08/2026 07/10/2026 Web Based (Asynchronous) Jason Talaei

IS 645 - Project Management

The principles and tools that organizations use to plan, schedule, monitor, and control IS projects.

The principles and tools that organizations use to plan, schedule, monitor, and control IS projects.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Summer Graduate 50379 3 06/08/2026 07/10/2026 Web Live (Synchronous) Amir hessam Yazdi

IS 665 - Agentic AI for Bus. Automation

This course introduces the principles of AI, how artificial intelligence (AI) can automate and improve business processes, and how intelligent agents can make business operations more efficient and adaptive. Undergraduate (IS 465) students will focus on applying core principles of business process analysis and AI automation. Graduate (IS 665) students will engage in advanced problem-solving, independent research, and the design of scalable, organization-level automation strategies that incorporate ethical, managerial, and technological considerations.

This course introduces the principles of AI, how artificial intelligence (AI) can automate and improve business processes, and how intelligent agents can make business operations more efficient and adaptive. Undergraduate (IS 465) students will focus on applying core principles of business process analysis and AI automation. Graduate (IS 665) students will engage in advanced problem-solving, independent research, and the design of scalable, organization-level automation strategies that incorporate ethical, managerial, and technological considerations.
Term Type Class Number Credits Start Date End Date Instruction Mode Instructor
2026 Summer Graduate 51539 3 06/08/2026 07/10/2026 Web Based (Asynchronous) Jason Talaei

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