Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Spring Semester
Year 2024 328556 Energy Engineering 1 3.0 3 ★ Sangeetha GRACE
IMPEV 16 0 能源所和車輛能源外生合開

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2024	328556	Energy Engineering	1	3.0	3	★	Sangeetha	GRACE IMPEV	16	0	能源所和車輛能源外生合開

Course Plan：

Instructor Sangeetha

Email sangeetha@mail.ntut.edu.tw

Last Updated 2024-05-31 16:08:39

Course Objective ENERGY ENGINEERING is a branch of Engineering science that deals with production, transformation, transmission, storage and use of energy and is the most recent engineering disciplines to emerge. This course 'ENERGY ENGINEERING’ is a basic course taught entirely in English. The aim of this course is to provide introductory knowledge to students who have not studied Environmental Energy Science as a subject. Students can gain basic knowledge about Energy sources, production of energy, Energy Management, Energy Laws and most importantly about Bioenergy Engineering. This deals with sustainable methods of producing clean energy and thereby preventing hazardous environmental issues through significant energy efficiency improvements and sustainable use of resources. This course also has an important objective of motivating non-native English students to improve their English language skills like conversing, discussing and writing assignments in English. These practices will help them deliver better English presentations and also enhance their thesis and paper writing abilities. Week 1: Energy Engineering - Introduction and Basics Week 2: General Energy sources Week 3: Energy Management Strategies Week 4: Bio Energy Engineering Week 5: Renewable Energy resources Week 6: Hydrogen Energy Engineering Week 7: Energy Farming Week 8: Environmental Energy Laws and Regulations Week 9: Midterm Exam Week 10: Sustainable Development Goals (SDGs) Week 11: Biofuel Engineering Week 12: Fuel cells and their types Week 13: Nuclear Energy Week 14: Energy and Buildings Week 15: Sustainable Conversion Technologies Week 16: Final exam Week 17: Online class on Carbon Trading Week 18: Online class on Energy Tourism

Course Schedule 1. The students of this class will be separated into groups for weekly presentation purposes and every week the Teacher will assign a topic for the presentation. 2. In every class, the Teacher will initially finish the power point presentation 3. Then one person from every group has to give his/her presentation 4.The students can use Powerpoint and YouTube videos to make their presentations interesting

Evaluation and grading policy 1.The Teacher will conduct one Midterm exam and one Final exam throughout the semester 2. The questions for the exams will be from the power-point presentation of the Teacher. 3. The total score of exam will be for 100 marks, in which the Teacher will consider the assignment marks, class attendance and the weekly presentation of every student. 4.The final score will be for 100% and it will be a sum of evaluations as 50% (from the final written exam) 25% (from the Midterm exam score) 15% (from the class presentations) 10% (from class attendance and attentiveness).

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:No
1. The Teacher will not use any textbooks/bibliography materials for the class. 2. The students will have to study the Powerpoint presentations prepared and taught by the Teacher in every class.

The access to curricular consultation The classes will switch to Online teaching on Week 17 and 18.
Google meet will be used for online classes

The course corresponds to the SDGs

Note
　

Instructor	Sangeetha
Email	sangeetha@mail.ntut.edu.tw
Last Updated	2024-05-31 16:08:39
Course Objective	ENERGY ENGINEERING is a branch of Engineering science that deals with production, transformation, transmission, storage and use of energy and is the most recent engineering disciplines to emerge. This course 'ENERGY ENGINEERING’ is a basic course taught entirely in English. The aim of this course is to provide introductory knowledge to students who have not studied Environmental Energy Science as a subject. Students can gain basic knowledge about Energy sources, production of energy, Energy Management, Energy Laws and most importantly about Bioenergy Engineering. This deals with sustainable methods of producing clean energy and thereby preventing hazardous environmental issues through significant energy efficiency improvements and sustainable use of resources. This course also has an important objective of motivating non-native English students to improve their English language skills like conversing, discussing and writing assignments in English. These practices will help them deliver better English presentations and also enhance their thesis and paper writing abilities. Week 1: Energy Engineering - Introduction and Basics Week 2: General Energy sources Week 3: Energy Management Strategies Week 4: Bio Energy Engineering Week 5: Renewable Energy resources Week 6: Hydrogen Energy Engineering Week 7: Energy Farming Week 8: Environmental Energy Laws and Regulations Week 9: Midterm Exam Week 10: Sustainable Development Goals (SDGs) Week 11: Biofuel Engineering Week 12: Fuel cells and their types Week 13: Nuclear Energy Week 14: Energy and Buildings Week 15: Sustainable Conversion Technologies Week 16: Final exam Week 17: Online class on Carbon Trading Week 18: Online class on Energy Tourism
Course Schedule	1. The students of this class will be separated into groups for weekly presentation purposes and every week the Teacher will assign a topic for the presentation. 2. In every class, the Teacher will initially finish the power point presentation 3. Then one person from every group has to give his/her presentation 4.The students can use Powerpoint and YouTube videos to make their presentations interesting
Evaluation and grading policy	1.The Teacher will conduct one Midterm exam and one Final exam throughout the semester 2. The questions for the exams will be from the power-point presentation of the Teacher. 3. The total score of exam will be for 100 marks, in which the Teacher will consider the assignment marks, class attendance and the weekly presentation of every student. 4.The final score will be for 100% and it will be a sum of evaluations as 50% (from the final written exam) 25% (from the Midterm exam score) 15% (from the class presentations) 10% (from class attendance and attentiveness).
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:No 1. The Teacher will not use any textbooks/bibliography materials for the class. 2. The students will have to study the Powerpoint presentations prepared and taught by the Teacher in every class.
The access to curricular consultation	The classes will switch to Online teaching on Week 17 and 18. Google meet will be used for online classes
The course corresponds to the SDGs
Note