Kianoosh Baharlouei

With over 12 years of experience as an electrical engineer specializing in electrical substations, generators, transformers, and power distribution networks, my expertise spans a diverse range of areas. This enables me to make significant contributions to the design, implementation, and maintenance of power systems. Proficient in managing intricate projects related to electrical infrastructure, I ensure the reliable and efficient operation of power facilities. I Am a highly motivated and responsible professional capable of working both independently and collaboratively in high-stress environments. My skill set includes effective time management and multitasking, ensuring the successful execution of projects.

Iranian Association of Electrical and Electronics Engineers(IAEEE)

www.iaeee-iran.org

Esfahan Construction Engineering Organization(ESFCEO)

www.esfceo.ir

Internship of traning course about power substations of Esfahan Oil Refinery.

Esfahan Oil Refinery, Esfahan, Iran

From July 2004 to September 2004

Industrial electrician course(ELCL9021)

George brown college, Ontario, Canada

From October 2021 to December 2021

From  July 2008 to September 2004

• Investigation of High voltage systems at Refinery
• Power substation and their application at refinery

-Quality Control Inspection Esfahan Oil Refinery Company, August 2010 -Visual Inspection Esfahan Oil Refinery Company, september 2010 -Internship training course about power substations of Esfahan Oil Refinery Esfahan Oil Refinery Company, July 2005 -Hse Esfahan Oil Refinery Company, July 2010 -Canadian code book 2018 -Canadian safety 2018

From: 01/08/2022 To: 31/12/2023

Activities During Unemployment:

Contributing to Family Responsibilities: Actively involved in supporting my wife's endeavors and managing household responsibilities as a dependable partner.

Studying English: Dedicated significant time to improve my English language skills.

Playing Football at Geelong Club: Participated in local football activities with the Geelong Club. This not only helped me maintain physical fitness but also provided an excellent opportunity for social interaction, team building, and developing a sense of community.

Part-time Work in Construction: Worked part-time in the construction field. This experience allowed me to gain practical skills, understand the dynamics of a different industry, and stay financially stable.

Financial Support During Unemployment:

Savings: Relied on personal savings accumulated from previous employment. I had ensured to save a portion of my income regularly, which provided financial security during this period.

Part-time Earnings: The income from part-time construction work contributed significantly to my day-to-day expenses. It helped in covering living costs without depleting my savings entirely.

Budgeting and Expense Management: Adopted a stringent budgeting plan to manage expenses effectively. This involved cutting down on non-essential expenditures, seeking cost-effective options, and prioritizing spending on necessities.

Support from Spouse: Received financial support from my wife, who was employed full-time.

This period of unemployment, while challenging, was a time of personal growth, skill development, and broadening of perspectives. It instilled in me the importance of adaptability, continuous learning, and the value of diverse work experiences. The skills and insights gained during this time have been beneficial in both personal and professional contexts.

Software Proficiency: Proficient in using industry-specific software such as AutoCAD for electrical system design, MATLAB for algorithm development and numerical analysis, and power system analysis tools like ETAP and PSCAD.

Programming Skills: Skilled in programming languages relevant to the field, including Python for data analysis and automation, C++ for embedded system development, and MATLAB for signal processing tasks.

Data Analysis and Machine Learning: Adept in applying data analysis techniques and machine learning algorithms, particularly in the context of smart grid technology and predictive maintenance, using tools like Python’s Pandas and Scikit-Learn.

Control Systems and Automation: Knowledgeable in control systems and automation, including proficiency in PLC programming and familiarity with SCADA systems, essential for automating and controlling electrical systems.