Field of education: Engineering, manufacturing and construction industries
Field of study: Engineering and engineering
Group of educational programs: Electrical engineering and automation
License number for the direction of training: KZ67LAA00019559
Volume of credits: 15
Registration number: MCCE-2023/0008
Registration date: 05/04/2023
Languages of instruction: Russian, English
Partner organization: Samsung Electronics Central Eurasia
Main direction of the EP:
This is the development of fundamental methods and innovative services for connected objects in the development, management, control of IoT devices, platforms, software, hardware and systems, as well as the study of the fundamentals of design in modern programming environments in the creation of a web server and interaction with mobile devices.
The purpose of the microqualification EP:
Training in modern technologies and services for working with Samsung-based IoT devices and development of professional centers in the field of Internet of Things.
Objectives of the EP microqualification:
– develop IoT devices based on microcontrollers;
– study the general principles of microelectronics and programming IoT devices;
– development of skills in working with industrial microcontrollers and interaction interfaces between IoT devices;
– designing a network of computers, sensors (sensors) and actuators within the framework of microqualification;
– study the architecture of existing IoT solutions and hardware and software systems in the automation of the industrial Internet of things.
PO1. Be able to create software (part of the mainframe) to manage an IoT device.
PO2. Be able to manage the functionality of embedded systems, select tools and technologies for their development, and evaluate the effectiveness of their use in various application areas within the IoT.
PO3. Be able to work with rapid prototyping kits, microcomputers and other high-tech IoT devices.
PO4. Be able to use wireless network technologies when working with connected IoT devices.
PO5. Be able to develop complexes of software and hardware solutions for the Internet of Things.
PO6. Be able to create new software – an operating system for the Internet of Things.
PO7. Be able to manage and design new technologies within the framework of the fourth industrial revolution as part of the creation of digital production based on IoT devices.
№ | Name of the discipline | Brief description of the discipline | Credits | Acad.hours | Formed competencies (codes) |
1. | Operating systems for embedded systems | The course is aimed at students acquiring skills in using modern real-time operating systems, gaining an understanding of the architecture of real-time operating systems and software models of modern microcontrollers, mastering practical skills in creating embedded software using UNIX-like multitasking real-time operating systems | 3 | 90 | ПК3, ПК4, ПК5 |
2. | Embedded Systems Design | The course is devoted to the design and features of the functioning of embedded systems. The course is aimed at developing students’ understanding of embedded systems, the specifics of their design and operation. As a result of training, a basic system of knowledge and skills is formed that allows one to understand the principles of functioning of embedded systems, select tools and technologies for their development, and evaluate the effectiveness of their use in various application areas, including IoT | 4 | 90 | ПК3, ПК4, ПК5 |
3. | Network protocols for IoT | This course is aimed at studying wireless network technologies including low-power networks of different ranges, understanding the operating principle and use case, specific protocols such as MQTT, AMQP, CoAP, DDS, XMPP, JMS will also be considered. | 3 | 120 | ПК1, ПК2, ПК3, ПК5, ПК6 |
4. | Development of IoT systems | The course is practice-oriented and develops students’ skills in developing complex software and hardware solutions for the Internet of Things. The first section of the course will introduce students to the SDK platform, a set of tools and programming practices for industrial Internet of things devices. In the second section, students will develop and present an original solution for an Internet of Things system. | 4 | 120 | ПК1, ПК2, ПК3, ПК5, ПК6 |
5. | Final examination | The purpose of the student’s final certification is to evaluate the learning outcomes and professional competencies achieved upon completion of the study of the microqualification educational program | 1 | 30 |