Barlian Gumay

1. IIoT Solutions – Develop industrial IoT solutions for Digital Twin applications, ensuring seamless data flow and interoperability with OPC-UA and Modbus. 2. Sensor & Edge Integration – Standardize sensor/PLC data, apply signal processing, and enable remote asset management with OTA updates. 3. Innovation & Lab Expansion – Transform the Ludwigsburg Lab into an experience center for IIoT and Digital Twin technologies.

1. AI-Driven IIoT – Developed AI/ML-integrated IIoT solutions for real-time data collection and smarter manufacturing decisions. 2. Data Integration & Analytics – Designed a BDE platform, integrated ERP via UNS, and analyzed production data to enhance efficiency. 3. Optimization & Insights – Identified KPIs and implemented process improvements to maximize quality and performance.

1. Managed project lifecycles, overseeing technical concepts, contract terms, process diagrams, and design specifications for energy-efficient and renewable energy plants. 2. Coordinated time schedules, part lists, order specifications, and approval documents, while ensuring quality control, deadline adherence, and budget compliance. 3. Provided technical guidance to customers, suppliers, and external manufacturers, addressing technical issues and ensuring smooth project execution.

1. Led multi-functional teams as Project Manager for Siemens gas and steam turbine projects, overseeing the combustion chamber and LP steam turbine assembly, focusing on cost, quality, and timely delivery. 2. Spearheaded business process improvements in steam turbine manufacturing, enhancing operational efficiency and SAP integration. 2. Gained extensive international experience through Siemens Engineering Graduate Program, acquiring skills in project management and cross-cultural communication.

Taking Courses under "Computational Modeling and Simulation" with sub-track of Computational Engineering. The program combines topics of modelling (data science, inference, machine learning) and simulation (numerical methods, computer simulation, high-performance computing). Master thesis title: "Numerical Study of Geometric Modifications of a Steam Turbine Control Valve and their Influence on Operational Stability"

Activities: Research on CFD (OpenFOAM & ANSYS 13), interested in the area of heat transfer and multi-phase flow. Master thesis title: "Experimental and Numerical Studies of Interfacial Liquid Film on Downward Air-Water Annular Two Phase Flow in Vertical Pipe"

Final Project : "Investigation of Passive Post Shutdown Cooling System Under Severe Accident Condition in Innovative Molten Salt Reactor (IMSR)"