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Search Results: 1 - 10 of 24 matches for " Azrol Jailani "
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Challenge Based Learning in Students for Vocational Skills
Siti Mariam Tajuddin,Azrol Jailani
International Journal of Independent Research Studies , 2013,
Abstract: Students and vocational skills are often attributed to poor students in academic. It is less concerned about improving the quality of the students. Thus the challenge based learning is one of the efforts in producing students with vocational and soft skills as well as intelligent use of technology and facilities around them to solve real-world problems. During the implementation of challenge based learning students are given guidance in various aspects of the question of whether to be untied activities to do and the results need to be removed. At the end of teaching and learning, both sides, students and faculty members, will benefit through the sharing of information and activities.
Indigenization of Science in the Islamic Civilization
Roziah Sidik Mat Sidek,Mohd. Jailani Abdullah
The Social Sciences , 2013, DOI: 10.3923/sscience.2012.369.377
Abstract: This study is an attempt to explain indigenization of science in the Islamic civilization. Indigenization of science refers to the transfer process of contemporary science from a different culture to another state or nation and simultaneously redigging the old science heritage of the other nation or nations nearest to the transferee state or nation. This process as claimed by Mohamad Zain had occurred in the Islamic civilization. Hence, this study analyses the situation which had occurred in the Islamic civilization in order to confirm or refute Mohamad Zain s claim. The importance of this study is relevant as many world civilizations including the European and Japanese civilizations had achieved excellence through the indigenization of science process. The methodology used is qualitative study through instrument analysis by way of textual and contextual study of prime sources. As a result, we find that indigenization of science did indeed take place in the Islamic civilization beginning with the translation of scientific works. The Islamic civilization had also carried out re-digging of old scientific heritage from earlier civilizations. This study also shows that the Islamic civilization was able to produce original scientific works written in Arabic language. This was the pinnacle of indigenization of science in the Islamic civilization.
A Novel Approach in Development of Dynamic Muscle Model for Paraplegic with Functional Electrical Stimulation
R. Jailani,M.O. Tokhi,S. Gharooni,Z. Hussain
Journal of Engineering and Applied Sciences , 2012,
Abstract: This study presents the development of paraplegic muscle model with Adaptive Neuro-Fuzzy Inference System (ANFIS). A series of experiments using Functional Electrical Stimulation (FES) with different stimulation frequencies, pulse width and pulse duration to investigate the impact on muscle output torque are conducted. The data that is obtained is used to develop the paraplegic muscle model. The 500 training data and 300 testing data set are used in the development of muscle model. The muscle model thus developed is validated with clinical data from one paraplegic subject and in comparison with two other muscle models from previous researchers. The ANFIS muscle model is found to be the most accurate muscle model representing paraplegic muscle model. The established model is then used to predict the behaviour of the underlying system and will be used in the future for the design and evaluation of various control strategies.
Readiness to be K-workers among Students of Engineering Education Institution in Malaysia
Mohd Yusop Ab.Hadi,Jailani Mohd Yunos,Noraini Kaprawi
International Journal of Business and Management , 2009, DOI: 10.5539/ijbm.v4n4p58
Abstract: Malaysia is a developing country and has been constructed a nation vision where the vision is to conceptualize the country become an industrial country in year 2020. Thus the country pertaining to calisthenics enough k-workers in sequence to fulfill human resources demand especially for industrial sector. However, industries organizational might be facing problems in getting k-worker pertinent with industrial needs. Therefore, getting and preparing k-worker is a challenge to engineering education institution. The aim of this research conducted is to identify the readiness of engineering education students to be emerged as competent k-workers in order to fulfill industrial needs. 638 of last semester engineering education students are randomly chosen as respondents. Eighty nine (89) items of readiness to be k-worker was validated by industrial authorities are applied for research instrument. Reliability of the instrument is 0.957. The finding shows that the level of students readiness is high but most of itemizes level of readiness could be increase to higher level and eight (8) itemizes founded fall into moderate level.
Hybrid Orthosis: The Technology for Spinal Cord Injury
R. Jailani,M.O. Tokhi,S. Gharooni
Journal of Applied Sciences , 2010,
Abstract: Hybrid orthosis combined Functional Electrical Stimulation (FES) with a lower limb orthotic brace. The first hybrid orthosis system is introduce in 1972 and since many researchers began to produced hybrid orthosis from complex research devices to nearly commercialized products. The purpose of this study is to provide a review of hybrid orthosis available for rehabilitation of paraplegics. This review should provide a guide to biomedical engineers to understand the tools developed the design characteristics, the advantages and disadvantages of hybrid orthosis that strive to improve paraplegic mobility especially in walking.
Effect of Different Factors on the Acoustic Absorption of Coir Fiber
Mohd Jailani Mohd Nor,Md. Ayub,Rozli Zulkifli,Nowshad Amin
Journal of Applied Sciences , 2010,
Abstract: The aim of this study was to explore and analyze the effect of different factors on the absorption of coir fiber using the developed analytical techniques employing Johnson-Allard rigid frame model. Estimated results were verified by the measurements conducted in impedance tube on normal incidence sound absorption of coir fiber. It was found that the developed analytical method can provide a well consistent agreement with the experimental results. Factors that may have positive or negative effect are elaborated in this study. It describes how the physical elements of coir fiber absorber panel can change the absorption behavior. Results obtained show that layer thickness and fiber diameter have a significant effect on the absorption, whereas bulk density does not have any considerable effect. In addition, an example is presented in order to show the approaches of enhancing the absorption utilizing the advantage of modification in the physical elements. It exhibits that properly chosen fibers along with suitable amount of bulk density can increase the absorption for the same layer thickness. It indicates that these analyses can be powerfully exploited to improve the absorption of coir fiber and at the same time maintain a reasonable thickness which would be very efficient for limited space structure. Moreover, these results can serve as a guideline for the future implementation of acoustic absorber using naturally collected coir fiber.
The effects of drainage basin geomorphometry on minimum low flow discharge: the study of small watershed in Kelang River Valley in Peninsular Malaysia
Ahmad Jailani Muhamed Yunus,Nobukazu Nakagoshi,Khairulmaini Osman Salleh,
Ahmad Jailani Muhamed Yunus
,Nobukazu Nakagoshi,Khairulmaini Osman Salleh

环境科学学报(英文版) , 2003,
Abstract: This study investigate the relationships between geomorphometric properties and the minimum low flow discharge of undisturbed drainage basins in the Taman Bukit Cahaya Seri Alam Forest Reserve, Peninsular Malaysia. The drainage basins selected were third-order basins so as to facilitate a common base for sampling and performing an unbiased statistical analyses. Three levels of relationships were observed in the study. Significant relationships existed between the geomorphometric properties as shown by the correlation network analysis; secondly, individual geomorphometric properties were observed to influence minimum flow discharge; and finally, the multiple regression model set up showed that minimum flow discharge (Q min) was dependent of basin area (AU), stream length (LS), maximum relief (Hmax), average relief (HAV) and stream frequency (SF). These findings further enforced other studies of this nature that drainage basins were dynamic and functional entities whose operations were governed by complex interrelationships occurring within the basins. Changes to any of the geomorphometric properties would influence their role as basin regulators thus influencing a change in basin response. In the case of the basin's minimum low flow, a change in any of the properties considered in the regression model influenced the "time to peak" of flow. A shorter time period would mean higher discharge, which is generally considered the prerequisite to flooding. This research also conclude that the role of geomorphometric properties to control the water supply within the stream through out the year even though during the drought and less precipitations months. Drainage basins are sensitive entities and any deteriorations involve will generate reciprocals and response to the water supply as well as the habitat within the areas.
EVALUATION OF SEAT VIBRATION SOURCES IN DRIVING CONDITION USING SPECTRAL ANALYSIS
MOHAMMAD HOSSEINI FOULADI,MOHD. JAILANI MOHD. NOR,OTHMAN INAYATULLAH,AHMAD KAMAL
Journal of Engineering Science and Technology , 2011,
Abstract: Seat vibration is one of the major causes of discomfort in moving vehicle. Tyre, engine, drivetrain and aerodynamic forces excite the cabin and interior through various pathways. In this paper, the contributions of tyre and engine vibration to seat excitations are studied. Virtual Source Analysis (VSA) is implemented to decompose the source signals into incoherent phenomena. Studying these phenomena (virtual sources) shows the amount and frequency bands that physical sources affect the seat vibration as the response channel. Experiment is conducted while riding on smooth and bumpy roads. Road roughness is characterized using International Roughness Index (IRI). VSA technique approve that tyre is the main source of seat vibration for the moving vehicle. Seat vibration has significant values below 400 Hz and tyre is found to be the dominant source of excitations for both smooth and bumpy roads. For smooth road, strong engine harmonics below 200 Hz also has some involvements. But in bumpy road, tyre vibration rise up and become the dominant broadband source of excitations. Tyre damper and engine mount Frequency Response Function (FRF) analysis show that these parts are designed to be highly efficient below 1400 Hz and 200 Hz, respectively. These ranges are identical with those that were found as the critical operational frequency spans in VSA.
Clasification of Human Heart Abnormality using Time-frequency and Image Processing Technique
Fadzlul Rahimi Ahmad Bustam,Mohd Hanif Md Saad,Mohd Jailani Mohd Nor,Bilkis Banu Aziz
Jurnal Kejuruteraan , 2008,
Abstract: This paper describes heart abnormalities classification procedures utilising features obtained from time-frequency spectogram of ECG heart and image processing technique. Enhanced spatial features of time-frequency spectogram were extracted and fed into a forward chaining expert system and the corresponding abnormalities were identified. A confidence factor is calculated for every classification result indicating the degree of belief that the classification is true. It was observed that the classification methos was able to give 100% correct classification based on features that was extracted from data sets which were included in the knowledge base and data sets which were not included in the knowledge base
Simulation of Flow-mode Performance Due to Harmonic and Abrupt Excitation
Reiza Zakia Mukhlis,Nik Abdullah Nik Mohmed,Mohd Jailani Mohd Nor
Jurnal Kejuruteraan , 2008,
Abstract: This paper discusses the performance of the suspension system that implements the flow-mode electrorheological damper in controlling the unwanted vibration caused by road surface irregularities. First, a mathematical model to determine damping coefficient of the damper was developed based on the fluid flow behaviour in the gap between two electrodes. To evaluate the performance, the system is then simulated in two kind of road excitation; abrupt excitation and harmonic excitation. The performance is characterised by the level of ride comfort and road handling. The passenger ride comfort asa evaluated by the force transmitted from the road to the passenger and by the vertical acceleration of the sprung mass, while the vehicle road haandling was evaluated by the wheel hop and the amplification ratio. The result showed that the system can obtain the best compromise between road handling and ride comfort by adjusting the electric field strength that is applied to the damper.
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