Low-Power Embedded Systems
( 25 Modules )

Module #1
Introduction to Low-Power Embedded Systems
Overview of low-power embedded systems, their applications, and importance

Module #2
Basics of Embedded Systems
Review of embedded systems architecture, types of microcontrollers, and programming languages

Module #3
Power Consumption in Embedded Systems
Understanding power consumption in embedded systems, power modes, and power scaling

Module #4
Low-Power Design Considerations
Design considerations for low-power embedded systems, including clock frequency, voltage, and power gating

Module #5
Power Management ICs (PMICs)
Introduction to Power Management ICs (PMICs), their functions, and applications

Module #6
Low-Power Microcontrollers (MCUs)
Overview of low-power microcontrollers, their features, and selection criteria

Module #7
Sleep Modes and Wake-Up Mechanisms
Understanding sleep modes, wake-up mechanisms, and power management in low-power MCUs

Module #8
Low-Power Communication Protocols
Introduction to low-power communication protocols, including Bluetooth Low Energy, Zigbee, and LoRa

Module #9
Power Harvesting and Energy Scavenging
Introduction to power harvesting and energy scavenging techniques, including solar, vibration, and RF energy harvesting

Module #10
Battery Management Systems (BMS)
Overview of battery management systems, including charging, monitoring, and protection

Module #11
Low-Power Analog-to-Digital Conversion (ADC)
Understanding low-power ADC techniques, including successive approximation, delta-sigma, and pipeline converters

Module #12
Low-Power Digital Signal Processing (DSP)
Introduction to low-power DSP techniques, including fixed-point arithmetic, parallel processing, and algorithms

Module #13
System-on-Chip (SoC) Design for Low Power
Design considerations for SoC design, including integration, pipelining, and voltage scaling

Module #14
Low-Power Memory and Storage
Understanding low-power memory and storage options, including flash, FRAM, and low-power SRAM

Module #15
Low-Power Operating Systems (OS) and Firmware
Introduction to low-power OS and firmware design, including power management, scheduling, and task management

Module #16
Real-Time Operating Systems (RTOS) for Low Power
Overview of RTOS for low-power embedded systems, including task prioritization, synchronization, and communication

Module #17
Low-Power Wireless Communication
Introduction to low-power wireless communication protocols, including Wi-Fi, Bluetooth, and Zigbee

Module #18
Battery Life Estimation and Optimization
Techniques for estimating and optimizing battery life, including modeling, simulation, and measurement

Module #19
Low-Power System Design and Verification
System-level design and verification techniques for low-power embedded systems, including modeling, simulation, and testing

Module #20
Case Studies:Low-Power Embedded Systems
Real-world examples and case studies of low-power embedded systems, including wearable devices, IoT devices, and medical devices

Module #21
Designing for Low Power:Best Practices
Best practices for designing low-power embedded systems, including architecture, component selection, and coding techniques

Module #22
Debugging and Testing Low-Power Embedded Systems
Techniques for debugging and testing low-power embedded systems, including oscilloscopes, logic analyzers, and software tools

Module #23
Low-Power Embedded System Security
Introduction to security concerns in low-power embedded systems, including cryptography, secure boot, and secure communication

Module #24
Future Trends in Low-Power Embedded Systems
Emerging trends and technologies in low-power embedded systems, including artificial intelligence, machine learning, and 5G

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Low-Power Embedded Systems career

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Low-Power Embedded Systems ( 25 Modules )

Low-Power Embedded Systems
( 25 Modules )