Summary
Overview
Work History
Education
Skills
PUBLICATIONS
Volunteer work
LANGUAGES
Certification
Interests
Awards
Timeline
ResearchAssistant

BEHZAD HEYDARI

QUÉBEC,QC

Summary

Experienced Power Systems Engineer (Ph.D. Student, Université Laval) focused on Power System Stability. Experienced in contingency analysis using PowerFactory and PSS®E. Built a Python PowerFactory–Pyomo co-simulation API for optimization-driven contingency mitigation, using demand response and generations rescheduling to improve the stability of power system.


Overview

9
9
years of professional experience
1
1
Certification

Work History

Research Assistant

Université Laval
05.2025 - Current
  • Developed a Pyomo–PowerFactory Framework to perform Optimization-guided redispatch and voltage support integrated with batch contingency runs.

Research Assistant

[Dynamic Research Center], [University]
06.2023 - 03.2025
  • Conducted steady-state and transient studies; implemented optimization-based preventive actions (DR/rescheduling).

Summer Intern

[Zangan Distribution Transformer Co.]
06.2016 - 09.2016
  • Assisted with substation/power system tasks; exposure to protection, drafting, and operations.

Education

Ph.D. - Electrical Engineering

Université Laval
Quebec City, Canada
09-2028

Master of Science - Electrical Engineering (Power Systems)

Shahid Beheshti University
Tehran, Iran
09.2020

Bachelor of Science - Electrical Engineering (Power)

[University]
Zanjan, Iran
06.2017

Skills

    DIgSILENT–Pyomo Co-simulation (API):

  • Integrates time-domain simulation outputs with security-constrained optimization to reduce dynamic-voltage-instability risk
  • Optimization in Power Systems:

  • Pyomo (Python) and GAMS for SCOPF/redispatch and reactive support
  • Contingency Analysis:

  • Studies in DIgSILENT PowerFactory and PSS®E with automated result extraction
  • Computer Skills:

  • DIgSILENT PowerFactory
  • MATLAB (Simulink)
  • PSS®E

PUBLICATIONS

Title: A novel approach for improving transient voltage stability using demand response and generation rescheduling as optimal preventive actions

Journal: Energy (Under Review)


Title: A security-constrained co-optimization of wind participation, demand response, and generation rescheduling for mitigating the risk of transient voltage stability

Conference: IEEE Power & Energy Society General Meeting (Under Submission by November 10, 2025)


Volunteer work

Reviewer — Elsevier: Electric Power Systems Research (EPSR); IET Smart Grid.

LANGUAGES

English (IELTS Academic: 6.5)
Professional Working
Persian
Native or Bilingual
Turkish
Limited Working
French
Elementary

Certification

Python (Scikit-learn for Machine Learning) [Link: https://maktabkhooneh.org/certificates/mk-rvoney/?lang=en]

Interests

  • Watching Movies and TV Shows
  • Team Sports
  • Road Trips
  • Gym Workouts

Awards

  • Mitacs Scholarships [2025]
  • Ranked in the top 1% nationwide in the Electrical Engineering M.Sc. entrance exam [2017]

Timeline

Research Assistant

Université Laval
05.2025 - Current

Research Assistant

[Dynamic Research Center], [University]
06.2023 - 03.2025

Summer Intern

[Zangan Distribution Transformer Co.]
06.2016 - 09.2016

Ph.D. - Electrical Engineering

Université Laval

Master of Science - Electrical Engineering (Power Systems)

Shahid Beheshti University

Bachelor of Science - Electrical Engineering (Power)

[University]
BEHZAD HEYDARI