Research
Keywords
Engineering acoustics, structural vibration, building acoustics, noise control, acoustic materials, vibro-acoustics
Grants
Publications
- Home
- About Me
- Teaching
Teaching Philosophy
I believe learning engineering subjects must be a fun journey for students. Learning for the students is to appreciate and to grasp a fundamental concept, and to bring that concept to solve a complex problem later in their life.
Teaching Portfolio
These are the stories on how I transform my classroom and create impact on the students.
1. Back in the early daysWhat was my teaching style when I first became a lecturer? Why did Mechanical Vibration become the subject with most students failed every semester?
2. Why do I need to change?Why can’t I stay in my comfort zone? Why does the behaviour of the today’s students and the rapid progress of the ICT make my conventional teaching style irrelevant?
3. Classroom in Your HandMost students now have the most powerful device in their hands: the mobile phone. How do I design the learning so that the students can effectively learn from their phones?
4. Flipped and Collaborative LearningWith the digital contents are already available online, the students can learn them before coming to the class, and learning activities in the classroom can be focused with problem solving and discussion collaboratively.
5. Professional DevelopmentTo keep progressing, finding the right community to share and to gain best practices in T&L is important. This includes mentoring my colleagues to ensure sustainability of transformation in the faculty.
Read more - Research
Grants
List of my research grants and projects from international, national and internal levels.
Publications
My academic publications including journal articles, proceedings and chapter in books.
Supervision
Students I supervised through research projects and undergraduate final year projects.
- Post
- Web-Book
Mechanical Vibration
Fundamental of vibration for my undergraduate students emphasizing the concept of amplitude, frequency and phase and how to reduce vibration amplitude.
Pengendalian Bising
'Noise Control'. Menekankan pada konsep dasar akustik dan bagaimana kebisingian diukur dan dikendalikan.
