Professor Madya Dr.
 Mohd Suffian Bin Misaran @ Misran
Professor Madya Dr. Mohd Suffian Bin Misaran @ Misran
Fakulti Kejuruteraan · Fakulti Kejuruteraan, UMS
suffian@ums.edu.my
Summary

Mohd Suffian is a Lecturer in the Faculty of Engineering at Universiti Malaysia Sabah. He completed his bachelor’s degree in Mechanical Engineering and his master degree from Universiti Teknologi Malaysia in 2001 and 2007 respectively. At the time, he also involves himself with research and development activity mainly on HVAC and compressors. Currently, He teaches in the mechanical engineering program specializing in thermo-fluid engineering field of study. He is the author of several engineering journals ranging from design, air conditioning, statistical analysis, membrane, CFD, thermal and renewable energy. He holds a number of research grants in the field of thermodynamics and renewable energy, sponsored by the university and the ministry of learning; as either as head project or key members.

Professor Madya Dr. Mohd Suffian Bin Misaran @ Misran holds Ijazah doktor falsafah (Kejuruteraan mekanikal) from Universiti Malaysia Sabah , among other qualifications, and has established themselves as a respected expert in their field.

Education
Ijazah Doktor Falsafah (kejuruteraan Mekanikal)
Sarjana Kejuruteraan Mekanikal
Sarjana Muda Kejuruteraan Mekanikal
Stats
Publications:
85
Projects:
4
Grants:
RM 165,592.00
Scopus Metrics
Scopus Author ID:
55995669700
H-Index:
6
Documents:
32
Citations:
117
Research Interests
MECHANICAL ENGINEERING - Cooling and Heating Engineering
Latest Grants
Commercial Scale-up Of Type-t Modular Solar Chimney: A Sustainable Solution For Enhanced Drying Of Sea Cucumber And Other Biomass Materials
Mixed- Mode Parabolic Trough Solar Dryer For Drying Seaweed
Heat Transfer Enhancement In Automotive Radiators Using Hybrid Cnc-tio2 Nanofluids: Elucidating Efficiency And System Optimization
Latest Publications
Study Of Coconut Fiber-reinforced Polymer Composite As A More Sustainable Alternative To Synthetic Fiber-reinforced Polymer Composite
A Comparative Study Of Bp And Ga-bp Models For Predicting The Dual-fuel Engine Performance
Enhanced Tribological And Thermal Performance Of Cnc–al2o3 Hybrid Nanolubricant For Internal Combustion Engines: A Comprehensive Stability–thermophysical–tribological Assessment
Design And Deployment Of An Uninterruptable Power Supply Utilizing A Solar Pv System For Tilapia Aquaculture Farm In Sabah, Malaysia
Hybrid Nanofluids For Automotive Cooling
Previous Appointments
Administrative Positions