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About me

As a highly motivated EngD. and MSc. Process Engineer,

I bring a unique combination of technical expertise and leadership skills to any project.

My in-depth knowledge of chemical processes, modeling, and simulation, as well as hands-on experience with computational fluid dynamics, programming, and coding in a range of software, including

MATLAB, Python, Aspen Plus, and Hysys, enables me to

contribute valuable insights and innovative solutions to complex projects.

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With a proven track record of delivering results in chemical process design, process and energy optimization, and heat-integration for efficiency improvements, I have the ability to use my own initiative and develop cost-effective methods to achieve targets. My excellent communication and interpersonal skills enable me to work effectively in teams and lead projects from start to finish,

always striving to go the extra mile to ensure a successful outcome.

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In my leisure time, I enjoy swing trading after taking technical analysis and price action courses,

taking drone footage of the places I visit, and traveling with my wife and toddler.

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Below sections more information can be found about me.

Education

Experience

Certificates

Extracurricular Activities

TU/e Helix department

doctorate in engineering (engd)

Eindhoven University of Technology

Process & Product Design

Eindhoven, the Netherlands - 2019-2021

Specialization Courses:

  • Process and Plant Design

  • Dynamic Process Modelling & Simulation with Mobatec Modeler

  • Computational Fluid Dynamics with COMSOL Multi-physics

  • Chemical Reactor Development and Process Intensification

  • Process Synthesis

  • Process Economics

  • Process Optimization

  • Chemical Thermodynamics

  • P&ID and HAZOP

  • Process Control

  • Product Design

  • Project Management

  • Polymer Reaction Engineering

  • Process Safety

  • Systems Thinking Engineering

  • Statistical Design of Experiments (DoE)

  • Creativity in Problem Tackling

  • Technological Entrepreneurship

Masters

Bogazici University

Chemical Engineering

Istanbul, Turkey - 2017-2019

Specialization Courses:

  • Dynamic Optimization of Chemical Processes

  • Catalytic Reactor Analysis&Design

  • Catalysis for Green Technologies

  • Advanced Mathematical Modelling for Chemical Engineering

  • Advanced Fluid Mechanics

  • Data Mining

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Thesis: Intensified Dimethyl Ether Production from Synthesis Gas with CO2

  • ​One step DME synthesis is simulated in a wall-coated, air cooled microreactor.

  • Intensified reactor suppresses hot-spots observed in packed-bed units by > ∼75%.

  • Conventional space time yields of DME can almost be doubled by intensification.

  • CO conversion and DME yield are the most affected by syngas feed temperature.
     

  • The project is published on Chemical Engineering Journal 370 (2019) 885-896.

bogazici university

bachelors

Bogazici University

Chemical Engineering

Istanbul, Turkey - 2011-2015

Specialization Courses:

  • Plant Design & Economics

  • Design of Chemical Processing Units

  • Heterogenous Catalysis

  • Hydrogen Technologies

  • Renewable Energy Technologies

  • Micro-reaction Engineering

  • Process Optimization

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Thesis: Simulation of Heat Exchange Assisted Glycerol Steam Reforming in a Micro-channel Reactor

  • Glycerol steam reforming in a wall-coated catalytic micro-channel is investigated and a micro-channel reformer capable of producing 4000 m3/yr biodiesel is designed.
     

  • The project was presented in ICOSBAR 5 - 5th International Conference on Structured Catalysts and Reactors in June 2016.

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