MKCE Makeathon - A platform to encourage students for embedded system design to develop industry level applications and the participants have use only Arduino (or) Atmel studio for code development.
➥ Register your teams before 20thMarch, 2024.
➥ All Engineering students are eligible to apply this Contest.
➥ MCQ OPENING, ENDING DATE:22/03/2024.
➥ The shortlisted teams only Participate offline contest on March 25, 2024.
The ATmega328P series features microcontrollers that provide an extended instruction set (multiply instructions and instructions for handling larger program memories), an extensive peripheral set, a solid amount of program memory, as well as a wide range of pins available.
| PROBLEM ID | PROBLEM STATEMENT | REFER | |||
|---|---|---|---|---|---|
| MKCE01 | Smart irrigation using Arduino Uno with Atmega-328p. | To view | |||
| MKCE02 | Energy-efficient smart lighting system with a LED bulb using Atmega-328p. | To view | |||
| MKCE03 | Algorithm to dynamically adjust the brightness and color of the LED bulb using Atmega-328p. | To view | |||
| MKCE04 | ATmega328P to create an interactive and educational handheld device for learning Morse code. | To view | |||
| MKCE05 | Arduino Uno-based system using ATmega328P to design a smart pet feeder. | To view | |||
| MKCE06 | ATmega328P to create an automated door-locking mechanism with a servo motor. | To view | |||
| MKCE07 | Perform in-circuit programming using the USBasp interface with Atmega-328p. | To view | |||
| MKCE08 | Home automation system using ATmega328P . | To view | |||
| MKCE09 | Mobile based ivr system (interactive voice response system). | To view | |||
| MKCE10 | Robust and efficient industrial automation system utilizing the ATmega328P. | To view | |||
| MKCE11 | IoT-based smart agriculture system using the Atmega328p microcontroller to monitor and control environmental parameters such as soil moisture, temperature, and light levels in a crop field. | To view | |||
| MKCE12 | Solution to troubleshoot and resolve common connectivity errors encountered when interfacing the Atmega328p microcontroller with external sensors and peripherals, ensuring robust and reliable communication. | To view | |||
| MKCE13 | Develop an intelligent and adaptive traffic light control system using the Atmega328p microcontroller, which can dynamically adjust signal timings based on realtime traffic flow, pedestrian activity, and emergency vehicle presence. | To view | |||
| MKCE14 | Design a device of Atmega-328p that can interpret and convert various types of information (e.g., alarms, notifications, doorbells) into distinctive and easily distinguishable patterns of sound, allowing users to receive critical alerts without relying on visual cues. | To view | |||
| MKCE15 | Reliable obstacle avoidance system for a drone using the Atmega328p microcontroller. | To view | |||
| MKCE16 | Low-power and efficient monitoring system for underground water levels using the Atmega328p microcontroller. | To view | |||
| MKCE17 | Intelligent camera system using the Atmega328p microcontroller. | To view | |
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| MKCE18 | Cost-effective vital signs monitoring system using the Atmega328p microcontroller for use in remote or resourceconstrained medical settings. | To view | |||
| MKCE19 | Intelligent and energy-efficient motor control system using the Atmega328p microcontroller for industrial applications. | To view | |||
| MKCE20 | Street lighting system using the Atmega328p microcontroller. | To view | |||
| MKCE21 | The agriculture sector, vital for our country, faces challenges in optimising resources. | To view | |||
| MKCE22 | Connect USB ttl connector with Atmega-328p. | To view | |||
| MKCE23 | Facial attendance system. | To view | |||
| MKCE24 | Power controlling at pump motor. | To view | |||
| MKCE25 | PH-sensor reading display. | To view | |||
| MKCE26 | Developing a patient care in healthcare sector using IoT. | To view | |||
Dr.K.Ramakrishnan
Dr.S.Kuppusamy
Dr.B.S.Murugan
Dr. A. Kavitha HOD/ECE
K.Sheikdavood,M.E,(Ph.D)
Assistant Professor,
Email: [email protected], Mobile: 9865314886
Dr.S.Meivel AP/ECE
Research in Remote Sensing of Agricultural Drones,
Assistant Professor,
Email: [email protected], Mobile: 9003713212
Dr.K.Sivanandam, M.E., Ph.D.,
Associate Professor,
Email: [email protected], Mobile:8668046672
