Name	Assoc. Prof. Ir. Dr. YEE HOOI MIN
Email Address (Official)	minyh@uitm.edu.my
Designation	Associate Professor
Division	Structural & Material Engineering (STRUCM)
Area(s) of Expertise	Computational Mechanics, Nonlinear Analysis, Computational Analysis of Shell and Spatial Structures, Architectural Engineering
Details of Research/ Publication/ Supervision/ Consultation	Click To View
Latest CV	Click To View

No.	Qualifications	Areas of Specialization	Universities	Date Obtained
1	PhD	Structural Engineering	universiti Sains Malaysia	Sep 2011
2	Bachelor of Engineering (Honours) (Civil Engineering)	Civil Engineering	Universiti Sains Malaysia	Aug 2006
3	Master of Science (Engineering)	Structural Engineering	Universiti Sains Malaysia	Aug 2007

No.	Positions	Dept. / Faculty / Campus, etc.	Year
			Begin	End
1	Resource Person For Structural Steel Design	Universiti Teknologi MARA Penang Campus	Jan 2024	Dec 2024
2	Leader For SIG Forensic Engineering	Universiti Teknologi MARA Penang branch	Jan 2024	Dec 2024
3	Ketua Jawatankuasa Pembangunan PE	Universiti Teknologi MARA Penang branch	Jan 2024	Dec 2024
4	Ahli Kumpulan Penyelidikan, Entiti Kecemerlangan	Universiti Teknologi MARA	Feb 2021	Feb 2023
5	Jaminan Akreditasi Dan Alumni EC221 (EAC)	Universiti Teknologi MARA Penang Branch	Jan 2021	Dec 2023

No.	Positions	Institution(s) / Organisation(s)	Year
			Begin	End
1	Senior Lecturer	Universiti Teknologi MARA Penang Branch	Sep 2011	Feb 2017
2	Associate Professor	Universiti Teknologi MARA Penang branch	Mar 2017	Nov 2024

No.	Positions	Areas of Specialization	Institution(s) / Organisation(s)	Date Obtained
1	Professional Engineer with Practising Certificate	-	Board of Engineers Malaysia	Nov 2013
2	INTERNATIONAL PROFESSIONAL ENGINEER	-	EMF IntPE and IEM	Nov 2017
3	APEC ENGINEER	-	ASIA-PASIFIC ECONOMIC COOPERATION and IEM	Nov 2017
4	ASEAN Engineer	-	AFEO	Nov 2015
5	FELLOW	-	The Institution of Engineers Malaysia	Jan 2020

No.	Category	Link
1	UiTM Expert Directory	https://expert.uitm.edu.my/profile.php?id=3+z1yWO7NZF0tOQHYMr9Tg01i2Rm21vvB8k73J/62tA=
2	PRISMA UiTM	https://prisma.uitm.edu.my/prisma/
3	Scopus	https://www-scopus-com.ezaccess.library.uitm.edu.my/authid/detail.uri?authorId=39263075800
4	Google Scholar	-

Teaching Philosophy Statement

Education is a most important aspects or growth and development. It is my desire as a lecturer to help students meet their fullest potential by providing an environment that is safe, supports risk-taking, and invites a sharing of ideas. I am provide students with the fundamental tools necessary to move forward to society continues to success evolve. I hope to share my knowledge that I have learned along the way and encourage my students to realize their dreams. My role is to guide, providing access to information rather than acting as the primary source of information, the students' search for knowledge is met as they learn to find answers to their questions. For students to construct knowledge, they need the opportunity to discover from themselves and practice skills in authentic situations. I am providing students access to hands-on activities and allowing adequate time and space to use materials that reinforce the lesson being studied creates an opportunity for individual discovery and construction of knowledge to occur. I have let the students to become self-discovery so that they have opportunity to study things that are meaningful and relevant to one's life and interests. I am developing a curriculum around student interests motivation and stimulates the passion to learn. One way to take learning in a direction relevant to student interest is to invite student dialogue about the lessons. Given the opportunity for input, students generate ideas and set goals that make for much richer activities than I could have created or imagined myself. Helping students to develop a respect for themselves and their environment occurs through an open sharing of ideas and a judicious approach to discipline. When the voice of each student is heard and environment evolves where students feel free to express themselves. Class meetings are one way to encourage such dialogue. I believe students have greater respect for their lecturers, their peers and the lessons presented when they feel safe and sure of what is expected of them. In setting fair and consistent rules initially and stating the importance of every activity, students are shown respect for their presence and time. In turn they learn to respect themselves, others and their environment. For myself, teaching provides an opportunity for continual learning and growth. I share my own passion for learning with them. I feel there is a need for compassionate, strong and dedicated individuals who are excited about working with students. In our competitive society it is important for students to not only receive a solid education but to work with someone who is aware of and sensitive to their individual needs. The students emotional well-being also plays a vital role. As a result, I always give encouragement such as to do their best and communicate successfully with students. My teaching style is to create lessons that students will successfully grasp. This will make student become engaged in the learning process. I have ability to become friendly and patient with my students. I do that by getting to know their learning style. I hope that they will study in a good environment. In short, I want to produce high quality students which is able to contribute to the world.

Teaching Goals Statement

I am teaching in materials and structural subjects. Much of what I teach coincides and overlaps with my research interests. I enjoy teaching and sharing with students my fascination about the diversity of life contained in the natural world. I want to build awareness in students of how all living things are independent on Civil engineer. My goal in teaching will be to empower students to become leaders within their chosen field. To that end, I will try to emphasize critical thinking, creativity, collaboration and communication skills in addition to the problem-solving skills that will make them experts in the subject. A working partnership between the lecturer and student requires active participation in the process of learning by both parties. Students are usually receptive to knowledge if they are properly engaged by the instructor in activities that make them critically think about the subject matter. My style of teaching employs a number of strategies, in order to accomplish this task. I utilize lecturing, discussion groups, field and laboratory activities, reading assignments, research papers, handouts, experiments and a lot of personal attention on my part in order to meet the educational needs of the student. When I lecture, I like to use analogies and examples, including to get facts, ideas and concepts across to the students. I believe that this is an effective teaching method because it makes the subject material more accessible to students by starting them off with something they are already familiar with. I am interested in teaching students in the classroom and through example (i.e., research and real site). Undergraduate research projects are great tools for helping students to gain a firm understanding of the "scientific method" and utilize critical thinking skills in developing conclusions based on available data and tested hypotheses rather than speculation. I believe that research is a creative process of discovery, and that the scientific method is one way that we learn more about ourselves and the natural world. I think that these experiences can be critical in helping a student develop positive attitudes towards science and motivating them to become lifelong learners. I want to help students develop competency in a broad range of research, laboratory and field skills, in order to foster a genuine interest in civil engineering. By fostering this interest, I hope that students will take the lead in participating in outside activities that further develops them professionally (e.g., scientific research or Institution of Engineers Malaysia). The ultimate goal is to generate educated men and women. I see that this is of critical importance, because scientific knowledge, by itself, can be misused, if other aspects of a person life are not in balance and well developed. A student graduating from a civil engineering program at a university should have an understanding of the relationships between science, technology, society, and human values.

No.	Project Title	Grant Funders	Grant Amount	Duration
				Begin	End
1	Utilization of Lignin as Bitumen and Bituminous Mixture Modifiers	International Research Project	RM0.00	Mar 2020	Mar 2021

No.	Project Title	Company/ Organisation	Consultation Amount	Duration
				Begin	End
1	Investigation in Repellent concrete Construction	Jesin Construction Sdn. Bhd.	RM0.00	Sep 2017	Sep 2018

No.	Jurnal Title	Organizer	Publisher	Indexed By	Date Published
1	Sustainable Development of Elevated Shell Platform	Engineering Journal	Faculty of Engineering, Chulalongkorn University	SCOPUS	Jun 2021
2	A multi-player game equilibrium problem based on stochastic variational inequalities	AIMS Mathematics	AIMS Press	Q1,WoS	Sep 2024
3	A Class of Uncertain Nash Equilibrium Problem based on Clarke Generalized Gradient applied to Suppy Chain Management	Journal of Nonlinear and Convex Analysis	Yokohama Publishers	Q2,WoS	Mar 2024
4	Supply Chain Network Equilibrium Model With Uncertain Variational Inequality	Journal of Nonlinear and Convex Analysis	Yokohama Publishers	Q2,WoS	Mar 2024
5	Preliminary Evaluation of Traffic Resilience against Potential Earthquake in Penang Island	Jurnal Kejuruteraan	UKM Press	WoS	Jan 2024
6	Waste Materials as Extender of Bituminous Binder: A Review	Jurnal Kejuruteraan	UKM Press	WoS	Nov 2023
7	Tensioned Fabric Structures in Jungle Design Shape	Jurnal Kejuruteraan	UKM Press	WoS	Nov 2023
8	Convergence rate analysis of a class of uncertain variational inequalities	IEEE Access	IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC445 HOES LANE, PISCATAWAY, NJ 08855-4141	Q2,WoS	Jun 2023
9	Characterization of Cenospheres from Malaysian Coal Generated Power Plants: Jimah, Kapar and Manjung	Jurnal Kejuruteraan	UKM Press	WoS	Nov 2022
10	Optimization of a heavy-duty elevated thin shell structure	Songklanakarin Journal of Science and Technology	Prince of Songkla University	SCOPUS	Oct 2022
11	Quantifying geometrically necessary dislocation with surface roughness effect in copper (111) under indentation	Materials Science and Technology	Taylor & Francis	Q2,WoS	Aug 2022
12	The Strength and Thermal Properties of Concrete containing Water Absorptive Aggregate from Well-Graded Bottom Ash (BA) as Partial Sand Replacement	Construction and Building Materials	Elsevier	Q1, WoS	Jul 2022
13	Computational Mechanics Analysis in Elevated Shell Platform Structures	Journal of Mechanical Engineering	College of Engineering, Universiti Teknologi MARA (UiTM), Malaysia	SCOPUS	Sep 2021
14	Reinforced Concrete Slab with Added Steel Fibers for Engineering Application: Preliminary Experimental Investigations	Civil Engineering and Architecture	Horizon Research Publishing	SCOPUS	Aug 2021

No.	Book Title	Organizer	Publisher	Indexed By	Date Published
1	IEM-Penang: Smart Engineering Innovations Towards Industry 4.0	-	The Institution of Engineers, Malaysia (Penang Branch)	-	Nov 2024

No.	Awards Title	Events	Date Received
1	ASEAN Federation of Engineering organisations Honorary Member	AFEO Governing Board	Aug 2018
2	Associate Fellow of ASEAN Academy of Engineering and Technology	ASEAN Academy of Engineering and Technology (AAET) AGM	May 2021
3	Fellow	The Institution of Engineers, Malaysia	Jan 2020

No.	Project Title	Events	Participation or Award	Date Received
1	Proposed an Effectiveness of Elevated Shell Structures Design using Neural Network	Invention, Innovation & Design Exposition 2021	Silver Medal Award	Oct 2021
2	Superash Coating	29th International Invention, Innovation and Tehnology Exhibition 2018	Gold Medal	May 2018
3	Environmental Friendly of Biomass Waste from Recycle Product as Concrete Coating	Penang International Invention, Innovation and Design	Gold Medal	Mar 2021
4	Environmental Friendly of Biomass Waste from Recycle Product as Concrete Coating	Penang International Invention, Innovation and Design	Gold Medal Award	Mar 2021

No.	Type of Service	Program	Date
1	Ordinary Committee Member	The Institution of Engineers, Malaysia (Penang Branch)	Mar 2021

Bil.	Student Name	FYP Topic	FYP Area	Semester Session
1	NURUL SYAFIQAH BINTI AZIZAN	EFFECTS OF LABORATORY DUST AS MORTAR REPLACEMENT MATERIALS	STRUCM	20232
2	MOHAMAD HAFIZUDDIN BIN MUSTAFFA	THE EFFECTS OF BANANA PEEL INFUSED WATER IN IMPROVING MORTAR PROPERTIES	STRUCM	20232
3	BALQIS NATASHA BINTI ISMAIL	THE EFFECTS OF BANANA PEEL POWDER IN IMPROVING MORTAR PROPERTIES	STRUCM	20232
4	NUR AQILAH BINTI MAH MADRASDI	THE EFFECTS OF ORANGE PEEL INFUSED IN IMPROVING MORTAR PROPERTIES	STRUCM	20232
5	MUHAMMAD ARIF HAFIZUDDIN BIN AHMAD	EFFECT OF LIGNOSULFONATE ADHESIVES AS STRUCTURE COATING	STRUCM	20222
6	FATIN NABILAH BINTI NOR AKMAL	EFFECT OF ADHESIVES AS WATER PROOFING STRUCTURE	STRUCM	20222
7	EMIJA BINTI ISMAIL	EFFECTS OF USED OIL IN IMPROVING MECHANICAL PROPERTIES OF CONCRETE	STRUCM	20222
8	MUHAMMAD SHAFIQ BIN SHAROLLIZAM	EFFECT OF OIL PALM SHELL (OPS) AS AGGREGATE AND RICE HUSK ASH (RHA) AS CEMENT REPLACEMENT IN CONCRETE	STRUCM	20222
9	AYU SYUHADA BINTI ABDUL SATAR	TENSIONED FABRIC STRUCTURE IN CATASTROPHIC FORM	STRUCM	20212
10	DANIAL NUQMAN BIN YUSNIZAM	CALCIUM CARBONATE COATING USING NATURAL MATERIALS FOR WATERPROOFING ON CONCRETE	STRUCM	20212