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M.
Tariq Iqbal
Associate Professor B.Sc.
(UET, Faculty of Engineering and Applied Science Memorial
University of Newfoundland Office: EN-3062: E-mail: tariq@mun.ca : Phone:
(709) 864-8934 |
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Research
Interests:
- Small Wind Energy Conversion Systems
- Hybrid Power Systems
- Renewable Energy Systems
- Control of Electromechanical Systems
Research
Projects:
·
Design a new extremum
seeking controller and a control strategy for a small doubly fed induction
generator based wind turbine
·
Determine optimal sizing
and control method of pumped hydro storage to small hybrid power systems
·
Design a magnetic harmonic
gear system with an integrated permanent magnet generator for hydrokinetic
turbines
·
Propose a control scheme
and design a cost effective supervisory controller and data logging system for
small hybrid power systems
Projects lead by
current full-time graduate students:
- Design, optimization and control of a seafloor marine
current energy conversion system (Nahidul Khan)
- Small compressed air energy storage system for remote
hybrid power systems (Hanif Sedighnejad)
- Supervisory control of hybrid power system for a remote
telecommunication facility (Mohamed El-Badawe)
- Investigation of small wind turbine power performance
under various electrical load configurations (Md. Alimuzzaman)
- Real time prediction of wind farm power output (Deepa Paga)
- Optimal sizing and control of pumped hydro in hybrid
power systems (Rahimul Hasan)
- Design a low cost supervisory controller for Ramea hybrid power system (Jiuchuan
Zhang)
Projects lead by
current part-time graduate students:
- Control and instrumentation of Ramea
hybrid power system (John Flynn)
- A minimum sensors based condition monitoring system for
large wind turbines (Azzouz Benlahouar)
- Control of micro-grid system based on renewable
generation units (Razzaqul Ahshan)
- Design of low speed permanent magnet generators with
magnetic gears (Sanjida Moury)
- Control strategy for a HRV unit to minimize heat loss
(Peter Parsons)
Recent graduate
students:
1.
Twisted Savonius
Turbine based Marine Current Energy Conversion System, (Md. Imtiaj Hassan, M. Eng. Fall 2011)
2.
Modeling and Comparison of
Dynamics of AC and DC Coupled Remote Hybrid Power Systems (Tanjila Haque, M.Eng. Fall 2011)
3.
Communication System for the
Remote Hybrid Power System in Ramea Newfoundland
(Juan Acevedo, M.Eng. Spring 2011)
4.
Sizing and Control of a Flywheel Energy Storage for Ramea
Wind-Hydrogen-Diesel Power System (Khademul
Islam, M.Eng. Spring 2011)
5.
Dynamic Modeling of a
Wind-Diesel-Hydrogen Hybrid Power System (Md. Maruf-ul-Karim,
M.Eng. Spring 2010)
6.
Performance and Reliability
Comparison of Grid Connected Small Wind Turbine Systems (Md. Arifujjaman, Ph.D. Spring 2010)
7.
Adaptive Power Tracking
Control of Hydrokinetic Energy Conversion Systems (Jahangir A. Khan, Ph.D.
Spring 2010)
8.
Risk-based Fault Diagnosis and
Safety Management for Process Systems (Huizhi Bao, M.Eng. Winter 2010)
9.
Design of low speed axial flux
permanent magnet generators for marine current application (Sanjida Moury, M.Eng. Winter 2010)
10. Remote control of distributed
generation system (Farhana Lina,
M.Eng. Fall 2009)
11. Design and development of
a marine current energy conversion system using hybrid vertical axis turbine
(Jahangir Alam, M.Eng. Fall
2009)
12. Grid impact of wind energy on
isolated and remote power system (Sheikh Mominul
Islam, M.Eng. Fall 2009)
13. High
performance fuel cell power generation system for stand-alone applications (Martin
Ordonez, Ph.D. Winter 2009)
14. A micro seafloor marine
current energy conversion system (Nahidul Khan, M.Eng. 2008)
15. Control system for small
induction generator based wind turbines (Razzaqul
Ahshan, M.Eng. Fall 2007)
16. Control of a hybrid energy
system (Mike Snow, M.Eng. Fall 2007)
17. Safety instrumented system for
process operation based on real time monitoring (Cen Nan, M.Eng. Winter 2007)
18. An isolated small wind turbine
emulator (Md. Arifujjaman, M.Eng.
Fall 2006)
19. Fuel cell simulator system
(Martin Ordonez, M. Eng. Winter 2006)
20. Reliability and condition
monitoring of a wind turbine (Mohsin Khan, M.
Eng. Spring 2005)
21. Simulation of a wind fuel cell
hybrid energy system (Jahangir A. Khan, M. Eng. Fall 2004)
Publications
Courses
- ENGI
4854 Electronic Circuits I
- ENGI
4862 Microprocessors
- ENGI 5800 Electrical Engineering
Design
- ENGI 5821 Control Systems I
- ENGI
6825 Control Systems II
- ENGI
6856 Power Electronics
- ENGI
7803/8853 Electrical Engineering Design Project-I,II
- ENGI
7856 Renewable Energy Systems
- ENGI
8826 Filters Synthesis
- ENGI
9826 Advanced Control Systems
- ENGI
9896 Renewable Energy Systems