Electronics & Communication / Electronics & Electrical
Embedded Systems
Master the fundamentals and advanced concepts of electronics & communication / electronics & electrical. This comprehensive course will take you from beginner to expert level with hands-on projects and real-world applications.
4.8★
Rating
20-30 hours
Duration
1.2k
Students
19
Chapters
Course Curriculum
1
Introduction to Embedded Systems
Topics & Subtopics
• Definition and role of embedded systems
• Differences from general-purpose computers
• Examples: car dashboards, elevators, appliances
• Key components: microcontrollers, sensors, actuators
• Characteristics: real-time, resource-constrained, reactive
Learning Outcomes
• Define embedded systems and their characteristics
• Identify key hardware components
• Relate embedded concepts to real-world applications
2
Embedded System Design and Processor Architectures
Topics & Subtopics
• Design factors: performance, size, cost, power
• Real-time constraints
• ASIC vs. FPGA
• Von Neumann vs. Harvard architecture
• Pipeline execution
• Arduino introduction
• Hardware/software co-design basics
Learning Outcomes
• Explain design considerations for embedded systems
• Differentiate processor architectures
• Compare ASICs and FPGAs
• Understand real-time system design
3
Arduino Boards, Microcontrollers, and Memory
Topics & Subtopics
• Arduino boards: UNO, Mega, Zero
• Microcontrollers: ATmega328, ATmega32, SAM D21
• Pin configurations & power supply
• Memory types: Flash, SRAM, EEPROM
• Digital/analog pins, registers, ADC/DAC
Learning Outcomes
• Identify Arduino board types and microcontrollers
• Explain memory organization
• Configure pins and registers for programming
4
Register-Level Programming & Tinkercad Simulation
Topics & Subtopics
• DDR, PORT, PIN registers
• Binary/hexadecimal register manipulation
• Blink programs using Arduino functions & registers
• Tinkercad simulation and debugging
Learning Outcomes
• Apply register-level programming
• Write low-level programs for IO control
• Simulate hardware logic using Tinkercad
5
Switch Interfacing & Circuit Simulation in Proteus
Topics & Subtopics
• Digital vs. analog switch behavior
• Controlling LEDs/LCDs with Arduino pins
• Proteus circuit modeling
• Voltage drop & pin configuration
• Programs to toggle outputs
Learning Outcomes
• Interface switches with microcontrollers
• Simulate circuits in Proteus
• Implement logic to control outputs
6
Serial Communication & LCD Control
Topics & Subtopics
• Serial communication basics
• Baud rate configuration
• Serial.write() & Serial.read()
• Virtual terminal setup in Proteus
• LCD control via serial input
Learning Outcomes
• Configure serial communication in Arduino
• Send/receive data using serial monitor
• Control LCD with serial input
7
Bidirectional Serial Communication & LED Patterns
Topics & Subtopics
• Input/output serial communication
• Controlling LCD via serial commands
• LED patterns with DDR & PORT registers
• Simulating on Proteus/Tinkercad
Learning Outcomes
• Implement bidirectional communication
• Control displays via serial input/output
• Create LED patterns programmatically
8
LED Pattern Shifting & Bitwise Operations
Topics & Subtopics
• Bitwise shift operators
• LED movement (left/right)
• Curtain and mirrored effects
• Loops and conditional logic for animations
Learning Outcomes
• Use bitwise operations for pattern control
• Create dynamic LED animations
• Apply loop/logic structures in coding
9
Bitwise OR Patterns & Seven Segment Intro
Topics & Subtopics
• LED patterns with bitwise OR
• Seven segment display basics
• Segment naming and digit formation
• Alternatives: Starburst, Dot Matrix
Learning Outcomes
• Implement OR-based LED patterns
• Understand 7-segment display operation
• Recognize limitations and alternatives
10
Seven Segment Display Interfacing
Topics & Subtopics
• Common cathode configuration
• Binary/hex digit representation
• Control logic for digits
• Arrays & PORT manipulation
• Displaying alphabets A–F
Learning Outcomes
• Interface and program seven-segment displays
• Display numeric and alphabetic characters
• Apply arrays and direct register logic
11
4-Digit Seven Segment Displays
Topics & Subtopics
• Multiplexing architecture
• Segment data & digit selection
• Flicker control methods
• Function-based & register-based coding
Learning Outcomes
• Implement multiplexing for 4-digit displays
• Optimize code for smooth display
• Control multi-digit numeric output
12
Input/Output Config & Delay Logic for Displays
Topics & Subtopics
• Proteus terminal configuration
• Segment control logic
• Delay management for stable output
• Flicker minimization
Learning Outcomes
• Write stable display code
• Manage timing/delays effectively
• Reduce flicker in multiplexed outputs
13
Reset Logic & Troubleshooting
Topics & Subtopics
• Reset button functionality
• Loop control conditions
• Segment misbehavior diagnosis
• Hardware/software troubleshooting
Learning Outcomes
• Implement reset functionality
• Debug embedded hardware issues
• Refine conditions for robust design
14
LCD Interfacing & Commands
Topics & Subtopics
• LCD structure and memory (DDRAM, CGRAM)
• Pin configurations & control registers
• 4-bit vs. 8-bit mode
• LCD command functions (clear, cursor, home, ON/OFF)
Learning Outcomes
• Initialize LCDs in different modes
• Apply LCD command functions
• Control cursor & text display
15
LCD Interfacing with Arduino
Topics & Subtopics
• 16x2 LCD interfacing with Arduino
• LiquidCrystal library usage
• Cursor positioning & printing functions
• Text scrolling and display toggling
Learning Outcomes
• Interface 16x2 LCD with Arduino
• Use Arduino libraries for display
• Manage advanced LCD functions
16
Advanced LCD Scrolling & Auto Scroll
Topics & Subtopics
• Advanced scroll logic
• Auto-scroll functionality
• Bidirectional scrolling
• Loop & conditional logic refinement
Learning Outcomes
• Implement advanced scrolling on LCDs
• Apply auto-scroll functions
• Control character flow with logic
17
Serial Communication & Custom LCD Characters
Topics & Subtopics
• Real-time data from serial monitor
• Custom characters using binary patterns
• Slot allocation & cursor control
• Delay-based animations
Learning Outcomes
• Display custom symbols on LCD
• Integrate serial input with displays
• Animate characters using delay logic
18
LDR-Based Automatic Light Control
Topics & Subtopics
• LDR sensor interfacing
• Analog-to-digital conversion
• Threshold-based LED control
• Voltage divider configuration
Learning Outcomes
• Build an automatic light system
• Calibrate LDR for lighting control
• Apply ADC concepts in real projects
19
Temperature Sensor Interface Project
Topics & Subtopics
• Interfacing temperature sensor model 1135
• LCD display integration
• Analog value reading & scaling
• Calibration mismatches and corrections
• Ensuring linear mapping
Learning Outcomes
• Interface sensors with microcontrollers
• Display temperature on LCD accurately
• Correct calibration errors
• Apply robust coding practices
19
Total Chapters
20-30 hours
Total Duration
19
Modules
Practical
Labs
Ready to start your learning journey?
Enrol NowStudent Reviews
4.8
Based on 1,247 reviews
Rating Distribution
5
892
4
234
3
89
2
22
1
10
Recent Reviews
AJ
Alex Johnson
2 weeks ago
Excellent course! The instructor explains complex concepts in a very clear and engaging way. The hands-on projects really helped me understand the material better.
SC
Sarah Chen
1 month ago
This course exceeded my expectations. The curriculum is well-structured and the instructor is very knowledgeable. I've already applied what I learned in my current job.
MR
Michael Rodriguez
3 weeks ago
Great course overall. The content is comprehensive and the instructor provides good examples. Would recommend to anyone looking to learn this topic.
ED
Emily Davis
1 week ago
Amazing course! The instructor's teaching style is perfect for beginners. The step-by-step approach made everything easy to follow.
Requirements
💻
Basic Computer Skills
Basic understanding of using a computer and internet
🎯
No Prior Experience Required
This course is designed for complete beginners
🌐
Internet Connection
Stable internet connection for video streaming
⏰
Dedication & Time
Commitment to complete the course and practice
Target Audience
Students and recent graduates
Working professionals looking to upskill
Career changers
Entrepreneurs and business owners
Anyone interested in learning new skills
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