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Nur Mazlini binti Razali, Dr.

Dr. Nur Mazlini Binti Razali

Senior Lecturer

Department of Mechanical Engineering

College of Engineering

Academic Qualifications

  • Phd Engineering, Universiti Tenaga Nasional (2020)
  • Phd Engineering, Universiti Tenaga Nasional (2020)
  • Master of Mechanical Engineering, UNITEN (2008)
  • B. Eng (Hons) Mechanical, UNITEN (2002)

Working Experience

Position Place of Work Start End
Lecturer Universiti Kuala Lumpur 2007 2009
Mechanical Engineer Motorola Technology Sdn Bhd 2005 2007
Research Assistant Universiti Tenaga Nasional - MOSTI (IRPA Project) 2004 2005
R&D Engineer PROTON Bhd 2003 2004
Graduate Trainee Engineer PEREMBA Construction Sdn Bhd 2002 2003

Research Projects

  • Design and development of Microwave assisted post treatment scheme to produce biodiesel fuel for gas
  • Computer simulation of combustion characteristics of a full-scale coal-fired boiler
  • Development of a computational model to study the combustion characteristics of biodiesel
  • Development of a new system to produce Second Generation Biodiesel (SGB) for power generation application
  • Test Bed Development - National WCO Biodiesel Program, Entry Point Project (EPP) 9 of NKEA Education under the Economic Transformation Program (ETP)

Courses Taught

  • Electro-Mechanical Systems
  • Final Year Project
  • Final Year Project I
  • Final Year Project II
  • Machine Design Laboratory
  • Mechanics II: Dynamics
  • Mechanics lI: Dynamics
  • Mechanics of Fluids
  • Power Plant Engineering
  • Thermodynamic
  • Thermofluids Lab

Professional Associations

  • Malaysian Small Hydro Industry Association (MASHIA) : Normal Member (2021)
  • Energy Institute Malaysia : Exco (2019)
  • Malaysia Energy Professional (MEPA): (2010)
  • Board of Engineers: (2006)
  • Board of Engineers Malaysia: Normal Member (2006)

Recent Notable Publications

1.

nur mazlini razali; Harish Venu; Raja Mohd Hafriz Bin Raja Shahruzzaman. Influence Of Alumina Nano Additives In Quaternary Blends Of Diesel, Biodiesel, Vegetable Oil And Pentanol In The Performance And Emission Characteristics Of Di Diesel Engine. Iop Conf. Series: Earth And Environmental Science (Dec 2025). Journal. Cited: SCOPUS

2.

nur mazlini razali; Raja Mohd Hafriz Bin Raja Shahruzzaman. Bio-Aviation Fuel (Baf) Derived From Catalytic Deoxygenation (Cdo) Of Waste Cooking Oil (Wco) Using Fe2o3 Doped Nay Zeolite Catalyst. Earth And Environmental Science (Dec 2025). Journal. Cited: SCOPUS

3.

nur mazlini razali; Harish Venu; Raja Mohd Hafriz Bin Raja Shahruzzaman. Diesel, Biodiesel, Vegetable Oil, And Pentanol Quaternary Mixes As A Possible Substitute Fuel For The Current, Unmodified Di Diesel Engine. Iop Conference Series: Earth And Environmental Science (Dec 2025). Journal. Cited: SCOPUS

4.

nur mazlini razali; Fazril bin Ideris; Raja Mohd Hafriz Bin Raja Shahruzzaman. Comparative Study Of Lab-Scale And Upscaled Malaysia Dolomite Catalysts For Green Diesel Production. The 7Th International Conference On Clean Energy And Technology Conference 2025 (Ceat 2025) (Oct 2025). Conference Proceeding. Cited: SCOPUS

5.

nur mazlini razali. Decarbonization Of Asean : An Engineering Approach. Journal Of Engineering Technology And Applied Physics (Sep 2025). Journal. Cited: MyCITE

6.

Harish Venu; TIONG SIEH KIONG; nur mazlini razali. Performance And Emission Prediction Using Ann (Artificial Neural Network) On H2-Assisted Garcinia Gummi-Gutta Biofuel Doped With Nano Additives . Scientific Reports (Feb 2025). Journal. Cited: SCOPUS

7.

TIONG SIEH KIONG; nur mazlini razali; Harish Venu. Nanotechnology And Lstm Machine Learning Algorithms In Advanced Fuel Spray Dynamics In Ci Engines With Different Bowl Geometries . Scientific Reports (Jan 2025). Journal. Cited: SCOPUS

8.

Harish Venu; TIONG SIEH KIONG; nur mazlini razali; Armin Rajabi; Armin Rajabi. Nanotechnology And Lstm Machine Learning Algorithms In Advanced Fuel Spray Dynamics In Ci Engines With Different Bowl Geometries . Scientific Report (Jan 2025). Journal. Cited: SCOPUS

9.

TIONG SIEH KIONG; nur mazlini razali; Harish Venu. Nanotechnology And Lstm Machine Learning Algorithms In Advanced Fuel Spray Dynamics In Ci Engines With Different Bowl Geometries . Scientific Report (Jan 2025). Journal. Cited: SCOPUS

10.

Harish Venu; nur mazlini razali; Raja Mohd Hafriz Bin Raja Shahruzzaman. Influence Of Alumina Nano Additives In Quaternary Blends Of Diesel, Biodiesel, Vegetable Oil And Pentanol In The Performance And Emission Characteristics Of Di Diesel Engine. International Conference On Sustainable Energy, Infrastructure And Environment (Dec 2024). Other. Cited: Indexing In Progress

11.

Raja Mohd Hafriz Bin Raja Shahruzzaman; nur mazlini razali. International Conference On Sustainable Energy, Infrastructure And Environment. Bio-Aviation Fuel (Baf) Derived From Catalytic Deoxygenation (Cdo) Of Waste Cooking Oil (Wco) Using Fe2o3 Doped Nay Zeolite Catalyst (Dec 2024). Other. Cited: Indexing In Progress

12.

Harish Venu; nur mazlini razali; Raja Mohd Hafriz Bin Raja Shahruzzaman. Influence Of Combustion Chamber Geometry On The Operation Of Quaternary Blends Doped With Alumina Nano Additives. International Conference On Sustainable Energy, Infrastructure And Environment (Dec 2024). Other. Cited: Indexing In Progress

13.

Harish Venu; nur mazlini razali; nur mazlini razali; Raja Mohd Hafriz Bin Raja Shahruzzaman. International Conference On Sustainable Energy, Infrastructure And Environment. Diesel, Biodiesel, Vegetable Oil, And Pentanol Quaternary Mixes As A Possible Substitute Fuel For The Current, Unmodified Di Diesel Engine (Dec 2024). Other. Cited: Indexing In Progress

14.

Raja Mohd Hafriz Bin Raja Shahruzzaman; nur mazlini razali. Production Of Green Diesel From Waste Cooking Oil Via Catalytic Deoxygenation Reaction Using Metal Doped Eggshell Catalyst. International Conference On Sustainable Energy And Green Technology 2023 (Nov 2024). Conference Proceeding. Cited: SCOPUS

15.

Raja Mohd Hafriz Bin Raja Shahruzzaman; nur mazlini razali; Ong Mei Yin. Soybean Oil-Based Green Diesel Production Via Catalytic Deoxygenation (Cdo) Technology Using Low-Cost Modified Dolomite And Commercial Zeolite-Based Catalyst. Energy Conversion And Management: X (Oct 2024). Journal. Cited: SCOPUS

16.

Harish Venu; TIONG SIEH KIONG; nur mazlini razali. Investigations On Thermal Properties Of Kevlar K49 Type Fiber Reinforced Sugarcane Ash Blended Polyester Composite. Thermal Science And Engineering Progress (Sep 2024). Journal. Cited: SCOPUS

17.

Harish Venu; TIONG SIEH KIONG; nur mazlini razali. Analysis Of Mechanical Properties Of Basalt Fabric Reinforced Fly Ash Filled Vinyl Ester Composites Using Multi Criteria Decision Making Technique. Thermal Science And Engineering Progress (Sep 2024). Journal. Cited: SCOPUS

18.

Harish Venu; Murali Gunasekaran; TIONG SIEH KIONG; nur mazlini razali. Assessment Of Fracture Toughness In Fibrous Concrete Via Brazilian Test: Experimental Study With Low-Clinker Cementitious Binder. Theoretical And Applied Fracture Mechanics (Aug 2024). Journal. Cited: ISI

19.

Raja Mohd Hafriz Bin Raja Shahruzzaman; nur mazlini razali. The Catalytic Deoxygenation Reaction Temperature And N2 Gas Flow Rate Influence The Conversion Of Soybean Fatty Acids Into Green Diesel. Journal Of The Taiwan Institute Of Chemical Engineers (Aug 2024). Journal. Cited: SCOPUS

20.

nur mazlini razali; Raja Mohd Hafriz Bin Raja Shahruzzaman. The Catalytic Deoxygenation Reaction Temperature And N2 Gas Flow Rate Influence The Conversion Of Soybean Fatty Acids Into Green Diesel. Journal Of The Taiwan Institute Of Chemical Engineers (Aug 2024). Journal. Cited: SCOPUS