Dr. Berken Agaoglu

In Seapher, I am involved in the development and architecture of different types of applications. - Clophi (www.clophi.com): Clophi is a platfrom for developers and architects working with Azure (released on May 2023). It is a highly elaborate application, both in terms of its architecture and its intended purpose. Clophi is awarded with "ISV Success Program" by Microsoft. For more info see the Portfolio section. - Embedded: Liquid chromatography for pharmaceutical industry (in development)

Member of the "Cloud Core Team" -Responsible for creating cloud infrastructure on Azure to all departments of Vattenfall based on the needs of the solution architects. -Providing full time assistance to the architects and also to the end users. -One of the most senior member of cloud core team. I have provided numerous production ready infrastructure and apps serving to millions of customers. For detailed information on my work in Vattenfall please see "Portfolio" section.

-Member of Azure expert team (in total 3 people): Providing Azure workshops for Microsoft Germany to partner companies of Microsoft; Developing E2E products for various businesses involving data mining/classification problems/regression models (e.g. predictive maintenance; Stock predictions). -Microsoft Azure Architect. -Spark, Hive and Hadoop implementations on clusters and on cloud. Use of Hadoop ecosystem (HBase, Storm, Kafka, Zookeeper...). -Extensive usage of ML libraries in Spark, Python, C++.

Research assistant -Computational investigation of surface water flow through multiphase approach (i.e., discretization; solutions for systems of linear and non-linear equations), parallel computing in super-computer HLRN at ZIB (Berlin). -Stochastic generation of heterogeneous network models for porous media flow, Monte Carlo simulations. -Teaching assistant for fluid mechanics course in civil engineering department.

-Site exploration of the magnitude of TNT contamination around the greatest explosive factory of 3rd Reich. -Data analysis, Kriging based regression, 3-D contaminated site generation as a CSV file for Paraview, Planning of the required remediation activities.

-Advanced research on analytical and numerical approaches for computational fluid dynamics. -Data mining in large data sets, classification problems, regression models. -Software developed for multiphase flow in porous media (C++). -Parallel iterative solvers for linear and non-linear systems.

-Thesis on computational fluid dynamics: Simulations based on multiphase Navier-Stokes solvers (e.g., InterFoam) ran on super-computer HLRN at ZIB. Results presented in CMWR 2016, Toronto, Canada. -FEM simulations of load bearing structures (Above-ground : SCIA Engineering; Below-ground : PLAXIS).

-Finite difference and finite element models developed on MATLAB environment. -Controlled laboratory experiments involving analytical chemistry. -Analysis of the produced laboratory data.