Embedded Systems & IoT
Design low-power, dependable intelligent hardware from microcontrollers to edge devices.
University of Future MindsUNIVERSITY OF FUTURE MINDSEE / Department overview
Electronic Engineering
Turning circuits, signals, sensors, and control into reliable, manufacturable, maintainable engineering.
Department codeEE
Study levelsBEng · MSc · PhD
Learning modelCourses · labs · real projects
EE / 01
Circuits, signal processing, embedded systems, intelligent control, and IoT.
Specialist pathways
Choose your disciplinary depth
Each pathway shares the department foundation, then develops clear professional capability through studios, laboratories, and research.
Signals, Communications & Sensing
Signal processing, communication systems, measurement, and intelligent sensing.
Intelligent Control & Robotic Electronics
Control theory, actuators, and embedded intelligence for safe autonomous systems.
Core curriculum
A sequence from foundations to integrated practice
Circuits, signal processing, embedded systems, intelligent control, and IoT.
- 01CourseCircuit Theory
- 02CourseAnalog Electronics
- 03CourseDigital Electronics
- 04CourseSignals and Systems
- 05CourseSemiconductor Devices
- 06CourseEmbedded Systems
- 07CourseCommunications
- 08CourseControl Systems
- 09CourseSensors and Measurement
- 10CourseElectromagnetic Compatibility
- 11CourseInternet of Things Engineering
- 12CourseEngineering Laboratory
Teaching & research platform
Center for Electronic Systems & Intelligent Control
Turning circuits, signals, sensors, and control into reliable, manufacturable, maintainable engineering.
Academic leadership
Maria Saramow
玛丽亚·萨拉莫夫Head of Electronic Engineering · Associate Professor
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