This course teaches foundations and applications of Internet of Things (IoTs). IoTs is a global network infrastructure, linking physical and virtual objects using cloud computing, data capture, and network communications.
DurationThis course teaches foundations and applications of Internet of Things (IoTs). IoTs is a global network infrastructure, linking physical and virtual objects using cloud computing, data capture, and network communications.
We will cover fundamental concepts of IoT system analysis and design, cloud computing, sensor data collection/analysis and its interfacing with microcontrollers, communication between IoT objects, smartphones, and Internet-based computing resources, and application of machine learning techniques in IoT data analysis and control.
The University of Massachusetts Boston is nationally recognized as a model of excellence for urban public universities. The UMass Boston Global Student Success Program is designed to support international students.
As they adjust to university life and gain the necessary skills to excel in their selected undergraduate or graduate degree program.
The University of Massachusetts Boston is part of the prestigious University of Massachusetts systems and is nationally recognized as a model of excellence for urban public universities.
Recognized for innovative research, UMass Boston offers its diverse student population both an intimate learning environment and the experience of living in a historic American city.
UMass Boston’s scenic waterfront campus, with easy access to downtown Boston, is located next to the John F. Kennedy Library and Presidential Museum, the Commonwealth Museum and Massachusetts State Archives and the Edward M. Kennedy Institute for the United States Senate.
UMass Boston is just a 10-minute subway ride to downtown Boston. Students can get discounted transit passes and can take a free shuttle bus to and from a major subway station near campus. Buses also stop right on campus and many students also walk or bike to campus and around town.
The goal of this course is to engage students to explore the next generation IOT and lab-on-a-chip devices that can be integrated into a variety of service locations such as autonomous cars, hospitals, offices, and homes.
Understand the vision of IOT from a global context. Determine the Market perspective of IOT. Use of Devices, Gateways and Data Management in IOT. Building state of the art architecture in IOT.
Students employ human-machine interface design principles and practices as an innovation engine for Internet-of-things (IoT) ecosystems. Through design challenges, they develop and refine IoT interfaces and their business models, drawing on case studies and a review of the literature.
This course will cover the concept about  IoT Framework, IoT Ecosystem, IoT Solution architecture, Networking Protocols and Application Layer protocols. The curriculum will feature demos and case studies to impart knowledge in a practical manner.
This program is designed for individuals with an active interest in starting their career implementing internet of things (IoT) solutions. Participants will explore the topics, technology, and skills required to gain practice in the successful implementation of IoT solutions.
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