On social justice in the modern era with special reference to Malaysia.

This paper is an illustration of the case study of trying to create an awareness of human values at the Malaysian Airlines System (MAS) as part of its work culture. Some of the principles of this intervention and the key process used in developing a values-based culture are highlighted. A brief background of why MAS undertook a values journey is given along with the approach and the process used, based on the values clarification process (VCP). The development of other internal (...) processes customized to design in-house modules through the values awareness programme (VAP) and the values inculcation programme (VIP) are also outlined. The paper combines two perspectives in this case study: one of the authors was an internal consultant with MAS and the other an external consultant to parts of the process. The objective is to share insights from such an intervention to enable other organizations to benefit from this experience. (shrink)

In the rapidly evolving field of wireless power transfer (WPT), achieving systems that combine efficiency with reliability is crucial. This paper presents a simulation-based approach using CST Studio Suite to optimize WPT systems for wireless battery chargers in electric bikes. The study fixes the size of both the transmitter and receiver coils, the spacing between turns, and the number of coil turns, with a set distance of 20mm between the transmitter and receiver coils. CST Studio Suite is employed to determine (...) the parameters of resonance capacitors and the optimal switching frequency to enhance WPT efficiency. This powerful simulation tool allows researchers and engineers to design resonance compensation circuits more effectively, optimizing power transfer efficiency. The simulation conducted with CST Studio Suite confirms its effectiveness in designing a WPT system, achieving an impressive peak efficiency of 99.61% at the resonant frequency. The paper demonstrates CST Studio Suite's capability to accurately predict WPT system performance by developing detailed electromagnetic models and fine-tuning simulation parameters to reflect real operating conditions. Iterative simulations resulted in optimized practices, validated by select results that highlight the method's effectiveness and showcase an optimal balance between system complexity and efficiency. These findings provide a strategic framework for future WPT system development, offering practical guidance for researchers and industry professionals aiming to advance WPT technology. (shrink)