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1. Project Overview:
Begin with an in-depth exploration of the Block Diagram of your digital thermometer project, setting the foundation for everything that follows.
2. ATMEGA32 Basics:
Dive into the heart of the microcontroller with an introduction to ATMEGA32.
Learn about the essential Pins and Ports involved in your project.
Understand GPIO Registers and their crucial functions in ATMEGA32.
3. Sensor Fundamentals:
Gain a solid understanding of sensor sensitivity.
Get introduced to the LM35 Temperature Sensor and learn how to interpret its datasheet.
4. Analog to Digital Converters (ADC):
Explore the concept of ADCs and their importance in digital projects.
Learn about resolution in ADCs and how it impacts your readings.
Understand ADMUX and ADLAR Registers in ATMEGA32 for precise sensor data conversion.
5. Circuit Simulation with Tinkercad:
Move into hands-on application with circuit simulation on Tinkercad Software using Arduino, making the theory come alive.
6. Microcontroller Programming:
Design and simulate the logic and program for your project using Microchip Studio Software, ensuring your thermometer works as intended.
7. Final Simulation in Proteus:
Bring it all together by simulating the entire project on Proteus Software, confirming the functionality of your design in a virtual environment.
By the end of this course, you will have a well-rounded understanding of how to design, simulate, and implement a digital thermometer project using industry-standard tools and techniques. This course covers a broad range of topics, from microcontroller basics to advanced simulation software, making it ideal for beginners and those looking to deepen their knowledge of embedded systems and biomedical projects.
Who this course is for:
Biomedical Engineers interested in medical device projects.
Electronics and Electrical Engineers seeking hands-on projects.
Instrumentation Engineers working on sensor-based systems.
Robotic Engineers exploring embedded systems and control.
Enthusiasts working on Arduino projects.
Developers focused on ATmega32 projects.
Anyone interested in Microcontroller Projects.
Lec-1-Course Prerequisite
Lec-2-Block Diagram
Lec-3-Understanding Concept of Sensors
Lec-4-Understanding Concept of Controller and LCD
Lec-5-Difference Between Controllers and Processors
Lec-6-Introduction to ATMEGA 32
Lec-7-GPIO Registers in ATMEGA-32
Lec-8-LED Blinking Program using Proteus & Microchip Studio
Lec-9-Understanding Lm35 Sensor & Its Datasheet
Lec-10-Redefinng Block Diagram
Lec-11-What is Resolution in ADCs
Lec-12-Analog to Digital Conversion
Lec-13-Digital to Analog Conversion
Lec-14-Introduction to Arduino, TMP Sensor
Lec-15-Embeding Logic in Arduino
Lec-16-ADMUX Register
Lec-17-ADCSRA Register
Lec-18-ADLAR Register
Lec-19-LCD Basics
Lec-20-Interfacing LCD to Atmega-32
Lec-21-Understanding Circuit Diagram of Project
Lec-22 Roadmap of Program
Lec-23 Defining Libraries & Functions
Lec-24-Expanding Command & Data Functions
Lec-25-Expnding Display Function
Lec-26-Setting Ports & Pins
Lec-27-Setting ADMUX & ADCSRA Registers
Lec-28-Monitoring Analog to Digital Conversion
Lec-29-Embeding Programming or Mathemaical Logic in Main Function
Lec-30-Displaying String Temperature on LCD
Lec-31-Displaying Temperature on LCD
An excellent hands-on course that taught me how to design a digital thermometer from scratch!
I loved how the course combined hardware and programming to create a working digital thermometer.
Clear instructions on using Atmega32, Arduino, and LM35 sensor for biomedical projects.
Great project-based learning that helped me understand the application of sensors in healthcare.
The following course is fully online, and hence there is no need for any physical classroom session. The lectures and assignments can be accessed anytime and anywhere through a smart web or mobile device.
Anyone can choose a preferred course and start immediately without any delay.
As this is a purely online course program, you can choose to learn at any time of the day and for as much time as you want. Though we follow a well-established structure and schedule, we recommend a routine for you as well. But it finally depends on you, as you have to learn.
If you have completed the course, you would be able to have lifetime access to it for future reference too.
Yes, you can access and download the content of the course for the duration. And even have lifetime access to it for any further reference.
All the software/tools that you need for the course would be shared with you during the training as and when you need them.
No, only a soft copy of the certificate will be awarded, which can be downloaded and printed, if required.
You can try to make the payment through a different card or account (maybe a friend or family). If the problem persists, email us at info@easyshiksha.com
Due to some technical faults, this can happen. In such a case the amount deducted will be transferred to the bank account in the next 7-10 working days. Normally the bank takes this much time to credit the amount back into your account.
At times, there may be a slight delay in your payment reflecting on your EasyShiksha dashboard. However, if the problem is taking longer than 30 minutes, please let us know by writing to us at info@easyshiksha.com from your registered email id, and attach the screenshot of the payment receipt or transaction history. Soon after verification from the backend, we will update the payment status.
If you have enrolled, and are facing any technical problem then you can request a refund. But once the certificate has been generated, we shall not refund that.
Yes! You surely can. To begin this, just click the course of your interest and fill in the details to enrol. You are ready to learn, once the payment is made. For the same, you earn a certificate too.
Please contact us at: info@easyshiksha.com
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1 million+ย learned on the EasyShiksha App
M โJavedโ Javed
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01 Feb 2025An excellent hands-on course that taught me how to design a digital thermometer from scratch!
Awais Sultani
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15 Jan 2025I loved how the course combined hardware and programming to create a working digital thermometer.
Mohammed Imran 78632
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15 Jan 2025Clear instructions on using Atmega32, Arduino, and LM35 sensor for biomedical projects.
Mahmood Wazir
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15 Jan 2025Great project-based learning that helped me understand the application of sensors in healthcare.
Tilawat Khan
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14 Jan 2025Perfect course for anyone interested in biomedical electronics and sensor integration.
Farman ali Ali
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13 Jan 2025The course made it easy to understand microcontroller programming for real-world applications.
Sabar Ali khan
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13 Jan 2025I built my own digital thermometer using Arduino and LM35, thanks to this course!
Ahsan ullah Ahsan
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13 Jan 2025This course gave me valuable skills in biomedical project design and sensor interfacing.
Imad Ali
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13 Jan 2025An amazing way to learn about temperature measurement systems with practical coding examples.
Jamshad Ali
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12 Jan 2025Ideal for beginners who want to explore biomedical projects and embedded systems.