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EEE3453 Computer Programming for Microcontroller
End-of-Module Assessment
Instructions to Students:
(1) The EEE3453 End-of-Module Assessment (EA) is a project assessment. Plagiarism will be regarded as cheating. All misbehavioural cases will be reported to the Head of Departmentfor disciplinary action.
(2) The EA is run as a 2-stage Mini Project.
(3) Students have to
- carefully study this project statement
- design and implement the programs as required
- follow the due date of submission to submit the program specified in each stage to the EEE3453 Moodle website accordingly
- Penalties of marks shall be applied to late submission
(4) Schedule of Submissions:
|
Activities |
Mark
Distribution
|
Date |
|
Submission of Stage-1 Work
(Softcopy of program, BOTH hardcopy and softcopy of PDF file)
|
50% |
1A: 9:00 on 18/12/2024 (Wed)
1B: 8:30 on 16/12/2024 (Mon)
1D: 9:00 on 17/12/2024 (Tue)
|
|
Submission of Stage-2 Work
(Softcopy of program, BOTH hardcopy and softcopy of PDF file)
|
50% |
1A: 9:00 on 11/12/2024 (Wed)
1B: 8:30 on 9/12/2024 (Mon)
1D: 9:00 on 10/12/2024 (Tue)
|
Stage-1 work (50%) – Individual
Stage-2 work (50%) – Group (3 to 4 students per group); Report (25%);
Demonstration – viva and demonstration to lecturer (25%)
EEE3453 Mini Project
Purpose
An Excel file (filename: TestData.xlsx) is available for download from the EEE3453 Moodle website.
Assessment
- The mini project involves 2 stages with 2 programs, 2 reports, and a practical demonstration/viva. Students need to develop the programs for Stage 1 individually and upload the programs ofeach stage to the Moodle platform on time.
- The program design and coding should be systematic and structural. Declaration of variables and constants in a meaningful mannerBlock organization and readability of source program (e.g. indentation) Annotations or comment added to the program, etc.
- No re-submission to Moodle is allowed. Test the programs thoroughly before each submission.
Stage 1
Filename: 1X_YourName_Stage1.txt (e.g. 1A_ChanTaiMan_Stage1.txt)
Filename: 1X_YourName_Stage1-result.pdf (e.g. 1A_ChanTaiMan_Stage1-result.pdf)
Each student submits 1 program file (softcopy) and 1 PDF file (BOTH hardcopy and softcopy).
Due Date of Submission: Refer to the schedule on p.1
Write a program to read a sequence of characters from Serial Monitor Input using Serial.read(). Capture all the result output to a PDF file (1X_YourName_Stage1-result.pdf).
Remember to select "Newline" at the bottom of the Serial Monitor in the Arduino IDE
Note: To execute the ‘Copy-and-paste’ operation under the Serial Monitor, carry out the following steps in sequence:
(1) Select and copy a block of data from the Excel file by pressing Ctrl-C.
(2) Click the ‘Send Data’ textbox and then press Ctrl-V. This step will paste the selected
Excel data into the ‘Send Data’ textbox.
(3) Hit the [Send] button to send the data to the ESP32.
Functionality:
- Define a char array of 1200 bytes to store the input data.
- Store the input to the array.
- Limit the input to be within the array size, i.e. store only the first 1200 characters of data and ignore all others.
- Firstly, display the size of the input data in the Serial Monitor.
- Then, display the input data nicely in the Serial Monitor.
- The program should be able to accept new input again.
Functionality test:
- Input your student details including English full name, student id, class name, and ‘EEE3453-Computer Programming for Microcontroller’ in the Serial Monitor. (e.g. Chan Tai Man,231234567, 1A, EEE3453-Computer Programming for Microcontroller).
- Display the size of input data and then the data itself in the Serial Monitor.
- Copy and paste a random set of data (with a size less than 1200 characters) from ‘Column A’ inthe ‘Random string data’ worksheet of the Excel file to the Serial Monitor.
- Display the size of input data and then the data itself in the Serial Monitor.
- Copy and paste another random set of data (with a size more than 1200 characters) from ‘Column A’ in the ‘Random string data’ worksheet of the Excel file to the Serial Monitor.
- Display the size of input data and then the data itself in the Serial Monitor.
- The program should be able to accept new input.
Upload the finished program to Moodle.