Dhanis Paramaguru

Key Responsibility Areas (Design, Operation and Maintenance):-
1. Fab Cleanroom Heating, ventilation, and air conditioning (HVAC) system.
2. Data Center Facilities Management.
3. Environmental compliance Exhaust systems/ Local exhaust ventilation (LEV) system.
4. Oil Free Air (OFA) system.
5. Process Chilled Water (PCW) System. 
6. Process Vacuum (PV) System.
7. Fire and Life Safety System (FLSS)
8. Building Elevator System

A Mechanical Facilities Engineer with experienced working in Maxeon Solar Technologies, Intel Technology SDN BHD, Intaglio Solutions SDN BHD and Robert Bosch (M) SDN BHD. 

Skilled in SolidWorks, AutoCAD, Matlab, as well as Microsoft Office. Engaged in long-term and short-term research projects, most of which involved meticulous investigation and qualitative research.

Key Responsibility Areas (Design, Operation and Maintenance):-
1. Fab Cleanroom Heating, ventilation, and air conditioning (HVAC) system.
2. Data Center Facilities Management.
3. Environmental compliance Exhaust systems/ Local exhaust ventilation (LEV) system.
4. Oil Free Air (OFA) system.
5. Process Chilled Water (PCW) System. 
6. Process Vacuum (PV) System.
7. Fire and Life Safety System (FLSS)
8. Building Elevator System

A Mechanical Facilities Engineer with experienced working in Maxeon Solar Technologies, Intel Technology SDN BHD, Intaglio Solutions SDN BHD and Robert Bosch (M) SDN BHD. 

Skilled in SolidWorks, AutoCAD, Matlab, as well as Microsoft Office. Engaged in long-term and short-term research projects, most of which involved meticulous investigation and qualitative research.

Master of Science (MSc) Mechanical Engineering , By ResearchMaster of Science (MSc) Mechanical Engineering , By Research
RESEARCH TITLE: 
Investigation on Underwater Friction Stir Welding of 5052 Aluminium Alloy and Development of Models for Optimum Joint Strength

Descriptions:
5052 aluminum alloy is one of the higher strength alloy that widely used in shipbuilding, marine applications, oil and gas industry and other common engineering industrial operations. It would be more significant to study the effect of weld parameters: type of welding tools, Weld Speed (WS) and Tool Rotation Speed (TRS) in underwater for obtaining joints with maximum strength of this material. The effect of process parameters on mechanical properties which influence the relationship between weld parameters and tensile strength was obtained by developing the mathematical model and Artificial Neural Network (ANN) using experimental data.