Department of Computer Science and Engineering
R.V. College of Engineering, Bangalore1
Microprocessor & Microcontroller 12CS53
Open Ended Experiment
The objective of the open ended experiment in Microprocessor & Microcontroller is to develop a small application or mini project using Arduino board.
Students are required to design and develop Microprocessor/Microcontroller/PC based projects with the following specifications:
Use of minimum of one Analog Sensor
Use of minimum of one Digital Sensor
Use of LED’s, Switches and Buzzers
Interface to PC for data uploading and downloading
Students are required to build Arduino based projects comprising of analog/digital Sensor’s, use of LED’s, Switches, Buzzers and appropriate interface to PC for data handling.
Strongly recommend to use breadboard, patch cords along with any version of Arduino board.
Students should do the project in group, 2 in each group.
Sample Topics
Temperature Monitoring System
Obstacle Detection
Smart Parking System
Home Automation
Street Light automatic intensity controller
Automatic fire detection
Automated Irrigation System
Proximity Based Lightening System
Evaluation of Project
Student should demonstrate
The use of Multi-meter for testing
Compiling and loading the program
Minor modifications
Interface connections
Department of Computer Science and Engineering
R.V. College of Engineering, Bangalore2
Evaluation Rubrics
Rubrics (Max: 5 marks)
Sl
no Criteria Measuring
methods Excellent Good Poor CO
1
Understanding of problem and requirements
(1 Mark) Observations
Student exhibits thorough understanding of
program requirements.
(1M)
Student has sufficient understanding of
program requirements.
(0.5M)
Student does not have clear understanding of
program requirements.
(0M)
CO1
2
Design &
Execution
(2 Marks) Observations
Student demonstrates the
design &
execution of the program with optimized code
with all the modifications and test cases handled.
(2M)
Student demonstrates the design & execution
of the program without optimization of the
code and handles only few modifications and
few test cases.
(1.5M - 1M)
Student has not implemented the
program.
(0M)
CO3, CO4
3
Results and Documentation
(2 Marks)
Observations
Documentation with appropriate
algorithm, schematic, comments and
output.
(2M)
Documentation with only few comments and only
few output cases.
(1M - 0.5M)
Documentation with no comments and no output cases
covered.
(0M)
CO1
