Supervision

PhD by Research

1. Obaid Ur Rehman, Title: Studies on behavior and fouling characteristics of Malaysia crude oil blends and development of modified threshold fouling models, 2020 – current.

2. Fahad Matovu, Title: Optimal synthesis of low temperature refrigeration systems using generalized disjunctive programming, 2021 – current.

Master by Research

1. Urwah Naveed, Title: Energy-water-carbon nexus for optimal design of integrated energy-water systems, 2021 – current.

2. Rasel Ahmed, Title: Investigation of methaheuristic algorithms in chemical process optimization, 2020 – current.

3. Suriaraj Krishnan, Title: Neural network modelling for ASU MPC design, 2021 – current.

4. Salvinder Kaur Marik Singh, Title: Advanced Control of Carbon Dioxide Absorption/ Stripping System Based on High Pressure Pilot Plant for Natural Gas Treatment, 2017 – 2019 .

MSc in Process Integration Design Project

1. Denice Marie Navajas, May 2019

2. Tanasegaran A/L Kuppusamy, September 2016.

3. Ana Hasrinatullina Mohamed Basri, September 2016.

Undergraduate Final Year Project

1. Aina Afrina Binti Rusli, Title: Automated Targeting Modeling for water-carbon nexus study of optimal water systems design, May 2023.

2. Nurin Adia Binti Nazri, Title: LNG cold energy recovery using combined Pinch-Exergy analysis, May 2023.

3. Gladys Calvina Timothy, Title: Automated Targeting Modeling for optimal water system design considering water-carbon nexus, September 2022.

4. Lim Yee Theng, Title: Exergy analysis for shaft work targeting in LNG regasification process, September 2022.

5. Muhamad Syafiq bin Mohamad Iswadi, Title: LNG cold energy recovery using Pinch and Exergy analysis, September 2022.

6. Uzma Zulaikha, Title: Probability Power Pinch Analysis for storage technologies evaluation in hybrid power systems, September 2021.

7. Sylvia Liew Jia Yie, Title: Automatic targeting modelling for load management in hybrid power systems, September 2021.

8. Chua Chong Lin, Title: Energy-water-carbon emissions nexus for optimal design of hybrid power systems, September 2021.

9. Helmy Kushairy bin Nor Sahimi, Title: Probability-Power Pinch Analysis for design of on-grid hybrid power systems, September 2021.

10. Muhammad Syafiq Ikhmal Bin Zainal Abidin, Title: Automated targeting modelling for the design of on-grid hybrid power systems, September 2021.

11. Muhammad Firdaus Imran Mohd Feizal, Title: Automated Targeting Modelling for the optimal design of Hybrid Power, May 2021.

12. Sarah Musfirah Binti Shaarani, Title: Energy-water-carbon emission nexus for the optimal design of integrated energy-water systems, May 2021.

13. Nur Fazreen Adlena, Title: Cost-optimal Pinch Analysis for the design of hybrid power system, January 2021.

14. Hassan Basri bin Mohd Husaini, Title: Load management in hybrid power systems via automated targeting modeling, January 2021.

15. Ashwiniy A/P Seenivasan, Title: Automated targeting modelling for integration of diesel plant into hybrid power systems, January 2021.

16. Pritika Jaya Kumar, Title: Design of on-grid hybrid power systems via automated targeting modelling, January 2021.

17. Anis Nabilah binti Mohd Zaimi, Title: Study of the optimum system configuration in hybrid power systems using Power Pinch Analysis, January 2021.

18. Oh Xian Biao, Title: Energy-water-carbon emissions nexus study for integrated energy-water systems, September 2020.

19. Nazmir Ikhwan bin Azami, Title: Automated Targeting Model for evaluation of energy storage technologies in Hybrid Power Systems, September 2020.

20. Naveen Sunder, Title: Energy-carbon emissions nexus for optimal design of energy system, January 2020.

21. Norshuhadah Abd Kader, Title: Water-carbon emissions nexus for optimal design of water system, January 2020.

22. Tan Chia Hao, Title: Energy-water nexus for optimal design of integrated energy-water system, January 2020.

23. Yen Zhen Hao, Title: Design of on-grid hybrid power systems using numerical probabilistic approach, January 2020.

24. Mohamad Firdaus Al-Husairi bin Ahmad Fadzillah Al-Khusni, Title: Evaluations of storage technologies in hybrid power systems using automated targeting model, January 2020.

25. Ainun Syaffinaz Ramli, Title: Energy management strategy in Hybrid Power Systems via Automated Targeting Model, September 2019.

26. Daniel Firdaus Cook, Title: Evaluations of storage technologies in Hybrid Power Systems using Probabilistic-Power Pinch Analysis, September 2019.

27. Harchana Nair, Title: Peak shaving strategies for Hybrid Power Systems Using Power Pinch Analysis, January 2019.

28. Muhammad Nur A'fif Samsun Baharun, Title: Energy management in Hybrid Power Systems using Power Pinch Analysis considering energy losses, September 2018 

29. Muhamad Zharif Hanafi Mohd Hatta, Title: Optimisation of storage system in hybrid power systems using numerical probabilistic approach, May 2018.

30. Nurul Ainina Mohd Anas, Title: Peak-off-peak load shifting in hybrid power systems using numerical probabilistic approach, May 2018.

31. Priyangka Gunasagaran, Title: Design of hybrid power systems considering impacts of tariff switching via Power Pinch Analysis, May 2018.

32. Mohamad Hazwan Faiz Zaid, Title: Automated targeting model for hybrid power system design based on Power Pinch Analysis, September 2017.

33. Cheong Jing Shenn, Title: Integration of diesel plant into hybrid power systems using numerical probabilistic approach, September 2017.

34. Tay Syn Yee, Title: Integration of diesel plant into on-grid hybrid power systems using Power Pinch Analysis, May 2017.

35. Mohamad Nur Salam Mohd Yunus, Title: Peak-off-peak load shifting in hybrid power systems with energy losses consideration, May 2017.

36. Muhammad Hafiz Md Suhor, Title: Study of the effects of Feed-in Tariff on hybrid power systems using Power Pinch Analysis, September 2016.

37. Muhamad Izzuddin Sukari, Title: Study of the effects of system topology on hybrid power systems using Power Pinch Analysis, September 2016. 

38. Syed Amirul Alwi Syed Mohd Zaki, Title: Study of the effects of system configurations on hybrid power systems using Power Pinch Analysis, May 2016.

39. Syed Amarul Adli Syed Mohd Zaki, Study of the effects of peak-off-peak load shifting on hybrid power systems’ storage capacity using Power Pinch Analysis, May 2016.

40. Muhammad Haiqal Rosli, Title: Intensification strategy for cost-effective hybrid power system design using Power Pinch Analysis, January 2016.

41. Nur Nadiah Mustapha, Title: Substitution strategy for cost-effective hybrid power system design using Power Pinch Analysis, January 2016.

42. Siti Salwa Abu Bakar, Title: Effects of peak-off-peak load shifting on storage capacity using Power Pinch Analysis, September 2015.

43. Mohamed Hussein Malik Ahmed, Title: Simulation and parametric study for the hydrothermal gasification of palm waste, September 2015.

44. Normi Izati Mat Nawi, Title: Simulation for hydrogen production from palm waste via supercritical gasification using concentrated solar energy, September 2015.  

45. Siti Hawa Nabilah Zahari, Title: Cost-effective Hybrid Power Systems Using SHARPS and PoPA, May 2015.

46.  Muhammad Syu`aib Mohamed Yahaya, Title: Effects of seasonal climate variations on Hybrid Power Systems using Power Pinch Analysis, May 2015.

Undergraduate Plant Design Project

1. Design of Polyhydroxybutyrate (PHB) production plant from natural gas, Jan 2023 (10 students).

2. Manufacturing of acrylic acid using glycerol as bio-based feedstocks, Jan 2022 (5 students)

3. Manufacturing of acrylic acid using bio-based feedstocks, Jan 2022 (5 students)

4. Design of sodium chloride and biogas production plant from resource recovery of industrial water, Jan 2021 (5 students)

5. Design of biogas, biofertilizer and brine solution production plant from petroleum wastewater, Jan 2021 (5 students)

6. Design of benzene production plant from polypropylene waste, January 2020 (5 students).

7. Design of diesel production plant from polypropylene waste, January 2020 (5 students).

8. Design of petroleum naphtha processing, September 2018 (10 students).

9. Design of petcoke-to-methanol production plant, September 2017 (5 students)

10. Design of styrene plant, September 2016 (8 students).

11. Design of PTA plant, January 2016 (4 students).

12. Design of Vinyl Chloride Monomer Plant, May 2015 (4 students).

Undergraduate Engineering Team Project

1. The Louggage: The loud luggage, May 2022 (5 students).

2. Aide glass, September 2019 (6 students).

3. Rain-sensing window, May 2017 (5 students).

4. Portable air-conditioner: The Frozen Core, September 2016 (5 students).

5. Portable scooter, May 2015 (5 students).