Mehmet Beyarslan

Mehmet Beyarslan Email and Phone Number

CEO and Co-Founder @ RubigTech
Ankara, Türkiye
Mehmet Beyarslan's Location
Ankara, Türkiye, Turkey
Mehmet Beyarslan's Contact Details

Mehmet Beyarslan work email

Mehmet Beyarslan personal email

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About Mehmet Beyarslan

I strive to maintain a comprehensive understanding of management sciences in my professional role and our non-profit organization, while also designing software solutions for AI applications in the fields of Signal Processing and Power Systems.

Mehmet Beyarslan's Current Company Details
RubigTech

Rubigtech

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CEO and Co-Founder
Ankara, Türkiye
Website:
rubigtech.com
Employees:
6
Mehmet Beyarslan Work Experience Details
  • Rubigtech
    Ceo And Co-Founder
    Rubigtech
    Ankara, Türkiye
  • Rubigtech
    Ceo & Co-Founder
    Rubigtech Nov 2022 - Present
    Ankara, Turkey
    Topic: Software DevelopmentMy Duty: I am responsible for identifying and prioritizing critical tasks, allocating resources, managing operations, financials, and teams, and representing the company to stakeholders. Ultimately, my primary goal is to deliver sustainable business growth and create value for customers, employees, and shareholders, through strategic planning, operational expertise, and strong leadership.
  • Metu Power Lab
    Researcher
    Metu Power Lab Dec 2021 - Present
    Ankara, Turkey
    Topic: High-Frequency Emissions Detection and Impact Analysis- High-Frequency Emissions; smart grids have emerged as a new threat to electricity grid operators with the spread of distributed generation facilities (SEPP, WEPP, HEPP) and the introduction of battery storage technologies and electric vehicles.- Studies carried out in the past years; With the developing semiconductor technology, power electronics-based systems have enabled high-frequency switching, which has led to the… Show more Topic: High-Frequency Emissions Detection and Impact Analysis- High-Frequency Emissions; smart grids have emerged as a new threat to electricity grid operators with the spread of distributed generation facilities (SEPP, WEPP, HEPP) and the introduction of battery storage technologies and electric vehicles.- Studies carried out in the past years; With the developing semiconductor technology, power electronics-based systems have enabled high-frequency switching, which has led to the formation of High-frequency currents in this frequency region in the network. The fact that the line impedance is too high in a certain region in the 2-150 kHz frequency band can cause permanent damage to the network components, power quality problems, energy losses, and erroneous readings in the meters with the conversion of harmonic currents to harmonic voltages with larger amplitudes than expected.- Determining the measurement methodology for the detection of High-Frequency Emissions, creating a measurement system and developing unique analysis algorithms, energy losses due to High-Frequency Emissions, and examining commonly used communication protocols (RS-232, 101/104, RS-485, TCP/IP, 61850, etc.) analysis and roadmap and regulation proposals for High-Frequency Emission measurement, analysis, and precautionary processes is intended.- As a result of the project, with the creation of management recommendations for High-Frequency Emission measurement, analysis, precaution processes, and limit setting studies, data that can contribute to relevant national and international standards and service quality regulations will emerge.My Duty: Taking active responsibility in all stages of the project and creating the academic publication to be written at the end of the 24-month period Show less
  • Turk Ai
    Software Developer | Electronics Engineer
    Turk Ai Jul 2022 - Sep 2022
    Ankara, Turkey
    Topic: Defense Industry and Artificial Intelligence ApplicationsMy Duty: Due to the confidentiality of the project, I only indicate the hardware that I use and contribute to the work: NVIDIA Jetson Devkits, ESP32, Arduino, communication protocols (I2C, SPI, UART), digital & analog microphones and radar sensors
  • Miuul
    Aws Cloud Technical Bootcamp Participant
    Miuul May 2022 - Jul 2022
    New York, United States
    In this bootcamp organized by VBO, Getting to know AWS products, services and common solutions, understanding the basic computing, database, storage, networking, monitoring and security concepts that professionals need to know while working in the Cloud, with an 8-week training and then presenting our final project with my teamTraining Content:- Introduction to Amazon Web Services- Compute in the Cloud- Global Infrastructure and Reliability- Networking- Storage… Show more In this bootcamp organized by VBO, Getting to know AWS products, services and common solutions, understanding the basic computing, database, storage, networking, monitoring and security concepts that professionals need to know while working in the Cloud, with an 8-week training and then presenting our final project with my teamTraining Content:- Introduction to Amazon Web Services- Compute in the Cloud- Global Infrastructure and Reliability- Networking- Storage and Databases- Security- Monitoring and Analytics,- Pricing and Support- Migration and Innovation, The Cloud Journey- IAM- EC2,Serverless, AWS Lambda, AMI- VPC, Firewall, IPv4 CIDR, CloudWatch- EBS, S3- RDS, DynamoDB, Aurora, Redshift- SageMaker Show less
  • Enerjisa
    Candidate Engineer
    Enerjisa Oct 2021 - Jun 2022
    Ankara, Turkey
    Topic: Management Mechanisms and Electrical Distribution Systems EngineeringMy Duty: The training is completed with a 9-month rotation in total, consisting of three phases on Network Operations, Customer Operations, Investment Planning, and Construction Works processes.
  • Eltemtek
    Long-Term Intern
    Eltemtek Jul 2021 - Oct 2021
    Ankara, Turkey
    Topic: Research and Design in Power Transmission LinesMy Duty: - Lightning Protection Standards and the choice of the methods to be applied in the project:With the commissioning of the Akkuyu Nuclear Power Plant, it is planned to generate an estimated 10% of the total power consumed in the country. It is predicted that if a high power of this level is connected to the network, the present short-circuit current of 50 kA at 400 kV voltage level will increase to 63 kA will increase to… Show more Topic: Research and Design in Power Transmission LinesMy Duty: - Lightning Protection Standards and the choice of the methods to be applied in the project:With the commissioning of the Akkuyu Nuclear Power Plant, it is planned to generate an estimated 10% of the total power consumed in the country. It is predicted that if a high power of this level is connected to the network, the present short-circuit current of 50 kA at 400 kV voltage level will increase to 63 kA will increase to 50 kA at the points where it is connected to the network. As a result of the design changes in the new type of substation switchyards made within the scope of the Primary Design of 400 kV, 63 kA and 170 kV, 50 kA Air Insulated Open Substations project, keeping the switchyard service roads and switchyard boundary fence wire within the lightning protection system is in terms of personnel safety is a very important issue.In order to achieve success in this matter, first of all, the rolling sphere method and the VDE 0101 option offered by Primtech program in the lightning protection system were examined comparatively, and the Rolling Sphere Method was decided upon considering the international and Turkish standards. The add-on of the fence structure and its effects on the lightning protection volume have been examined and it has been proven that the fence add-on provides the safety of the personnel by protecting the service road and the fence. The version of my summer practice report that I translated into Turkish has been submitted to the Turkish Electricity Transmission Corporation (TEİAŞ) Substations Facility Department.- To develop a software that can do the sag calculation with high precision using Python programming language and to verify the results of Primtech software and the calculation of effects of short-circuit currents in transmission lines based on The International Electrotechnical Commission (IEC) 60865 standard using Python and analysis of Primtech algorithm. Show less
  • Metu Power Lab
    Researcher
    Metu Power Lab Jul 2020 - Jul 2021
    Ankara, Turkey
    Electrical & Electronics Engineering Topic: Development of Microgrid Monitoring InterfaceMy Duty: - Photovoltaic (PV) power generation forecast using various Python and Deep Learning libraries Briefly, to create MPC (Model Predictive Control) inputs that will be used for cost optimization of microgrid energy management system with LSTM algorithm and adding a stochastic process to deal with the uncertainty of forecasts
  • Orta Doğu Teknik Üniversitesi / Middle East Technical University
    Intern
    Orta Doğu Teknik Üniversitesi / Middle East Technical University Jul 2020 - Sep 2020
    Ankara, Turkey
    Electrical & Electronics Engineering Topic: EEE STAR PROJECT: Microgrid Control SystemMy Duty: Forecasting solar irradiance using Deep Learning techniques

Mehmet Beyarslan Education Details

Frequently Asked Questions about Mehmet Beyarslan

What company does Mehmet Beyarslan work for?

Mehmet Beyarslan works for Rubigtech

What is Mehmet Beyarslan's role at the current company?

Mehmet Beyarslan's current role is CEO and Co-Founder.

What is Mehmet Beyarslan's email address?

Mehmet Beyarslan's email address is me****@****ech.com

What schools did Mehmet Beyarslan attend?

Mehmet Beyarslan attended Orta Doğu Teknik Üniversitesi / Middle East Technical University, Elazig Anatolian High School.

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