1. Curriculum Vitae
1. Personal Information
Name: Ebrahim
Surname: Badalibavani
Birth Date: 1983/12/14
Issued: Urmia, Iran
2. Languages skills
Kurdish: Mother tongue
English: Upper intermediate
Persian: Second language
Turkish: Intermediate
3. Educational Background
*Master of Civil Engineering- Environmental Engineering from University of
Tehran with an average of 16.09 out of 20 grades in 2012.
*Bachelor of Civil Engineering from Azad University of Urmia with an average
of 16.87 out of 20 grade in 2007
*Diploma of Mathematical Physics from 13 Aban High School in Urmia with an
average of 17.58 out of 20 grade in 2003

2. 4. Specialty and Work Experience
*Environmental Assessment of Projects
*Water and Wastewater Treatment Plant design
*Proficiency in Civil Engineering software and Word Office
*Fluent in Technical English for Civil Engineering and Moderate Proficiency in
General English
*Proficiency in Control and Risk Management for Infrastructures and Water
Systems.
* Proficiency in Multi-Criteria Decision Making method and its Application in
Water Systems.
* Familiarity with the Operation and Design of Water and Wastewater Treatment
Plants.
5. Research Activities Background
*Master's Thesis: “Developing an Algorithm for Evaluating the Performance
and Risk Management of Wastewater Treatment Plants in Crisis Times”.
* Thesis abstract:
Wastewater Treatment Plants (WWTPs) are infrastructures of vital importance for ensuring the
human and environmental health. Furthermore, they have a key role in environmental
sustainability by recycling the useful materials such as water and nutrients. Environmental
protection, preventing contamination of underground water resources and promoting public health,
are the reasons that the WWTPs systems are one of the most important infrastructure of modern
civilized societies. Failures in WTPs may lead to adverse outcomes such as untreated wastes
exclusion containing various chemical and biological pollutants from WWTPs and their entry into
the urban environments and agricultural lands. That can lead to serious crises such as outbreaks of
contagious diseases in the community. Hence, assessing the potential risks in WWTPs and
designing the prevention and mitigation plans are necessary. In this thesis, an algorithm has been
proposed for risk assessment and management of WWTPs. In the proposed algorithm, the risk of
a specific element of a WWTP is calculated by multiplying three parameters’ values comprising
probability of failure, intensity of probable damages and vulnerability of element. The values of
aforementioned parameters is quantified by means of experts and policy-makers’ viewpoints
which are elicited from questionnaires. Based on the values of operational risk elements
(probability, intensity and vulnerability), different mitigation or prevention plans are
recommendable to reduce the total value of risks. In this thesis, the proposed algorithm has been

3. implemented for a WWTP as a test example. Tehran South Wastewater Treatment Plant was
chosen as a case study. The result of the study shows that the proposed algorithm can be employed
by managers and policy-makers of WTPs as a robust and practical decision-making tool.
* Articles and Researches
I. Badalibavani, E., and Tabesh, M., and Asgarian M.,(2012). “Developing an Algorithm to assess
and manage risk of Wastewater Treatment Plants using Questionnaire Methods and Expert Multi-
Criteria Decision.” Ninth International Congress on Civil Engineering, Isfahan University, Isfahan,
Iran
II. Badalibavani, E., and Tabesh, M., and Asgarian M.,(2012). “Providing a framework for Risk
Assessment of Sewage Treatment Plant.” Proceedings of the Fifth Conference and Exhibition of
Environmental Engineering, Tehran University, Tehran, Iran
III. Asgarian M., and Tabesh, M., and Badalibavani, E., and Rozbahani A., (2012). “Developing a
model for Risk Assessment of Wastewater Collection Networks” Ninth International Congress on
Civil Engineering, Isfahan University, Isfahan, Iran
IV. Asgarian M., and Tabesh, M., and Badalibavani, E., and Rozbahani A., (2012). “Algorithm of Risk
Assessment of Wastewater Collection Networks in Crisis Time
V. .Badalibavani, E., and Tabesh, M., (2012). “Risk Assessment and Management of Wastewater
Treatment Plants Using a Fuzzy Multi-Attribute Decision-Making Approach.” Proceeding 10th
international conference on Hydroinfomatics, Hamburg, Germany
VI. Tabesh, M., Badali Bavani, E., Asgarian, M,. Roozbahani, A,. (2015). “An algorithm for risk
analysis and management of wastewater treatment plants.” Iran-Water Resources Research
Magazine, Volume 10, No 3, Winter 2015,. PP 53- 65.
Asgarian, M., Tabesh, M., Roozbahani, A., Badali Bavani, E., (2016). “Risk management in
wastewater collection and treatment systems using FMADM methods.” KSCE journal of civil
engineering, 25 Feb 2016, in review process
Contact
e.badali@yahoo.com
e.badali@ut.ac.ir
Tel: 00989144473127
Tel : 00984413823451