Background
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Faculty of Shahreza Pardis


The Shahreza Campus of University of Isfahan, established in 2007, stands as a beacon of academic excellence in central Iran, offering a comprehensive range of programs across three main faculties: Engineering, Basic Sciences, and Humanities. With state-of-the-art research facilities including advanced materials testing labs, robotics centers, and a newly established AI research hub, the campus fosters innovation and cutting-edge research.

https://shahreza.ui.ac.ir

Organization profile

The Shahreza Higher Education Complex, as one of the most dynamic regional campuses of University of Isfahan, has been at the forefront of academic and research excellence since its establishment in 2007. Spanning over 50,000 square meters with modern educational facilities, the campus currently hosts more than 1,800 students across 12 undergraduate programs, 8 master programs, and 3 PhD programs. The Engineering Faculty boasts specialized laboratories in nanotechnology, advanced manufacturing, and renewable energy systems. The Basic Sciences Faculty houses the regional center for computational mathematics and has received numerous grants for its pioneering work in applied mathematics. The Humanities Faculty has established itself as a center for cultural studies in the region, with particular strengths in Persian literature and regional history. The campus library, with its collection exceeding 60,000 volumes and access to more than 30 international databases, serves as a regional knowledge hub. Through its 15 active memoranda of understanding with international universities and 32 collaborative projects with local industries, the Shahreza Campus has significantly contributed to the technological and cultural development of the region.



Research output

Articles
2007

Scientia Iranica (23453605)14(6)pp. 631-640
Roozmand, O., Nematbakhsh, M.A., Baraani, A.
Journal of Theoretical and Applied Electronic Commerce Research (07181876)2(1)pp. 1-17
2008

A new adaptive single phase auto-reclosure scheme for EHV transmission lines

( Article . )

Jannati, M., Vahidi, B., Hosseinian s.h., S.H., Baghaee h.r.,
pp. 203-207

A novel approach for online fault detection in HVDC converters

( Article . )

Moshtagh, J., Jannati, M., Baghaee h.r., , Nasr e.,
pp. 307-311

A novel approach for optimizing dead time of extra high voltage transmission lines

( Article . )

Jannati, M., Vahidi, B., Hosseinian s.h., S.H., Baghaee h.r.,
pp. 215-220

A novel approach to adaptive single phase autoreclosure scheme for EHV power transmission lines based on learning error function of ADALINE

( Article . )

Vahidi, B., Jannati, M., Hosseinian s.h., S.H.
Simulation (17413133)84(12)pp. 601-610

Improvement of voltage stability and reduce power system losses by optimal GA-based allocation of multi-type FACTS devices

( Article . )

Baghaee h.r., , Jannati, M., Vahidi, B., Hosseinian s.h., S.H., Rastegar h.,
pp. 209-214

Optimal multi-type FACTS allocation using genetic algorithm to improve power system security

( Article . )

Baghaee h.r., , Jannati, M., Vahidi, B., Hosseinian s.h., S.H., Jazebi s.,
pp. 162-166

Parallel ant miner 2

( Article . )

Roozmand, O., Zamanifar, K.
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics) (03029743)5097pp. 681-692

Small disturbance voltage stability assessment of power systems by modal analysis and dynamic simulation

( Article . )

Amjady, N., Ansari, M.R.
Energy Conversion and Management (01968904)49(10)pp. 2629-2641
View all 293 Research output