Associate in Applied Science
Internet of Things (IoT)
Prepare for the expanding field of connected technology by learning how to integrate, manage, secure, and troubleshoot interconnected devices across industries. The curriculum covers computers, networking, robotics, cybersecurity, automation, and IoT systems. Minimum required credits: 62.
Program Snapshot
- Associate in Applied Science (AAS)
- Minimum required credits: 62
- Prepares students for connected-device, automation, networking, cybersecurity, and robotics roles
Technical Skills
- IoT device components and sensors
- Networking and connectivity
- Cybersecurity and digital forensics
- Automation, robotics, and data interpretation
Ready to Become a Teton?
Student Education Plan
Review the full Internet of Things AAS Student Education Plan for recommended course sequencing, program requirements, and advising notes.
View AAS Student Education Plan (SEP)
Program Description
The Internet of Things (IoT) Associate in Applied Science (AAS) program at Williston State College equips students with the skills to integrate and manage interconnected devices across various industries. The curriculum covers computers, networking, robotics, cybersecurity, and automation, preparing graduates for the expanding field of IoT.
What You’ll Learn
- IoT Business Opportunities: Identify and leverage the potential of IoT in various business contexts.
- IoT Device Components: Understand the essential elements that constitute IoT devices.
- Sensor Technologies: Explore different types of sensors and their specific applications within IoT systems.
- IoT Connectivity: Learn techniques to connect and interpret data from sensors.
- Sensor Networks and Protocols: Examine the architecture and protocols of IoT sensor networks, including Wi-Fi, ZigBee, Bluetooth, and Z-Wave.
- Network Security: Develop strategies to secure and monitor networks of IoT devices, ensuring safe information exchange.
Course Requirements
To earn the AAS degree in Internet of Things, students must complete a minimum of 62 credits, including general education courses and the following program-specific courses:
- CIS 107 — Fundamentals of Linux
- 3 credits
- CIS 116 — IoT: Connecting Devices
- 3 credits
- CIS 117 — IoT Security
- 3 credits
- CIS 128 — Microcomputer Hardware I
- 3 credits
- CIS 129 — Microcomputer Hardware II
- 3 credits
- CIS 141 — Introduction to Cybersecurity
- 3 credits
- CIS 164 — Networking Fundamentals I
- 3 credits
- CIS 165 — Networking Fundamentals II
- 3 credits
- CIS 171 — Python Programming
- 3 credits
- CIS 215 — Implementing MS Windows Server
- 3 credits
- CIS 220 — Operating System - UNIX
- 3 credits
- CIS 241 — Digital Forensics Fundamentals
- 3 credits
- COOP 197 — Cooperative Education/Internship
- 0.5 credit
View course descriptions.
Possible Career Paths & Average Salaries
Graduates of the IoT program are prepared for various roles in the technology sector.
IoT Developer
$85,000 / yr
Design and implement IoT solutions across different platforms.
Network Specialist
$70,000 / yr
Manage and optimize networks connecting IoT devices.
Automation Engineer
$78,000 / yr
Develop automated systems integrating IoT technologies.
Cybersecurity Analyst
$82,000 / yr
Protect IoT systems from security threats and vulnerabilities.
Robotics Technician
$65,000 / yr
Maintain and program robotic systems within IoT frameworks.
IoT Solutions Architect
Advancement Path
With experience and additional certifications, graduates can advance into senior IoT solution design and automation leadership roles.
Salary figures are approximate and can vary based on location, experience, and industry demand.
Estimated Cost of Attendance