Prof. Ir. Dr. Au Mau Teng has more than 30 years working experience in the power system; both as industry practitioner, academic teaching, and research. His area of expertise are in power system planning, power quality, and energy efficiency. He was with Tenaga Nasional Bhd as a manager and engineer in the planning, and operation and maintenance department for more than 10 years. In 1998 he joined Universiti Tenaga Nasional as a Senior Lecturer and was promoted as a Professor in 2010. In Universiti Tenaga Nasional, he has served as Director of Power Engineering Centre for 7 years and was actively involved in research and consultancy projects.

Prof Ir Dr Au Mau Teng is active in consultancy work for TNB Distribution, Electric Railway Power System Studies, Distribution Network Energy Efficiency, and Asset Management.

Assoc. Prof. Dr. Lee Choon Yong has over 30 years’ experience in geotechnical engineering for both the industry and academic sectors. His experience focused on geotechnical investigations, assessment of difficult ground conditions, geotechnical analysis and design. He has a special interest in geotechnical design, numerical modelling and finite element analyses for problems related to soil-structure interactions such as slope stabilisation, embankment, offshore foundations, raft slab, piled foundation, excavations and retaining structures.

He has contributed actively in teaching, research and consultancy service to industry. He has developed computer-controlled laboratory geotechnical testing facilities at UNITEN including virtual infinite stiffness (VIS) triaxial apparatus, cyclic simple shear apparatus and cyclic triaxial testing apparatus. He has also developed a modified constant volume simple shear device where the soil specimen height is kept constant and thus, achieving a constant volume (undrained) condition. The device allows reliable pore pressure measurement which is an important parameter for soils sheared under undrained condition. These advanced geotechnical engineering testing facilities can be used to study the complex behaviour of soil under static and cyclic loadings.

He proposed a simplified approach to analyze the factor of safety of slope-transmission tower-pile system by employing limit equilibrium based slope stability procedure incorporating stabilizing piles using the load transfer factor. The study shows that the slope geometry, soil type, pile position, diameter, spacing and tower loading have a combined effect on the overall stability of the slope-transmission tower-pile system.

He employed a numerical analysis based on a modified load-transfer (t-z) method to study the static and cyclic nonlinear soil strain-softening behaviour of axially loaded offshore pile embedded in marine soils. The theoretical pile analysis is shown to be able to predict the offshore pile behaviour under static and cyclic/storm loadings in different marine soil conditions.

Professional Mechatronic Hands-On experience of design, development and
manufacturing/Commercialization of Automation systems –Remote Racking (RIRO) systems for TNB Distribution.

Skillful in Motors/Actuator and drives selection and torque limiter use. Motion sensors selection and associated electronic interface circuit development. Expert in control program development in Siemens PLC CPU222, Texas Instrument Microprocessors MSP430 and DSP F28335, Touch Screen (Panel Master) and C language programming

Lecture, simulate and exercise Robotic system, Dynamic system modeling and control.
Simulation and Analysis of Adaptive and Robust nonlinear and linear control system with MATLAB/SIMULINK

Extensive research and publication in Fuzzy control, Neural Network, Radar/Sonar Array signal processing and Optimization

Excellent background of frequency-fft2, power spectrum, Time domain and Wavelet joint time-frequency domain analysis using MATLAB.

One of oldest MATLAB/SIMULINK user, for more than 25 years.