Diploma in Clean Energy

Singapore Polytechnic

Cumulative Grade Point Average (CGPA)

3.848 / 4.00

2013/2014, Year 1, Semester 1

Module Code	Module Name
MS4121	Engineering Mathematics I
LC8001	General Education I
LC0341	Teamwork and Communication Skills
ET1011	Introduction to Engineering I
ET1005	Principles of Electrical and Electronic Engineering I
ET1003	Digital Electronics I
ET0700	Program Design

2013/2014, Year 1, Semester 2

Module Code	Module Name
MS4205	Engineering Mathematics II (A)
ET0083	Structured Programming
LC8002	General Education 2
ET1012	Introduction to Engineering II
ET0085	CADD
ET1006	Principles of Electrical and Electronic Engineering II
ET1004	Digital Electronics II

2014/2015, Year 2, Semester 1

Module Code	Module Name
MS4206	Engineering Mathematics II (B)
LC8004	General Education 3
LC0343	Report Writing Skills
ET101M	Advanced Computer Programming
ET0917	PLC Applications
ET0053	Circuit Theory and Analysis

2014/2015, Year 2, Semester 2

Module Code	Module Name
LC8003	Social Innovation Project
LC0342	Workplace Communication Skills
ET1101	Photovoltaic Principles and Materials
ET1100	Sustainable and Clean Energy
ET1010	Microcontroller Applications
ET0050	Electrical Installation Design

2015/2016, Year 3, Semester 1

Module Code	Module Name
CP5054	Fuel Cells and Biomass Energy
ET1107	Solar Photovoltaic System Design
ET1108	Photovoltaic Manufacturing Process
ET1109	Distributed Generation and Grid Interfacing
MM0311	Wind Energy Systems

2015/2016, Year 3, Semester 2

Module Code	Module Name
ET0049	Sensors and Instrumentation
ET0919	Power Transmission and Distribution
ET0920	Power System Analysis
ET102Z	Final Year Project
ET1112	Green Mobility

Internship

Module Code	Module Name
IS1006	Industrial Training Programme

Mirco2000 Technology Pte Ltd – On-site IT Technical Support

Replaced more than 750 existing IT installations with new installation at 6 educational institutions.
Advised educators on positive IT habits and other IT-related information at these institutions.

Final Year Project

Pedal Power for Healthy Life

Completed in a team of 3 with minimal support and supervision from project supervisor.
Designed and built power-generating fitness bike with current and voltage sensors and BMI machine with ultrasonic ranger and load sensors via circuit design and installation.
Developed mobile application with Annikken Andee and Arduino using C programming language to track and record data from fitness bike and BMI machine, and allow user to monitor current BMI.
Implemented hybrid wired and wireless communication network between the fitness bike, BMI machine and mobile application via ZigBee, I2C and Bluetooth on 3 Arduinos.
Aimed to promote active lifestyle and clean energy generation.

Achievements and Awards