Fotios Konstantinidis

Member of Industry 4.0 / Industrial Symbiosis Sub-team of Smart Integrated System H2020 EC-funded Projects: • ASSIST-IoT: Investigator, WP leader, Project Manager of the project (572.000EUR for ICCS) • ACCELWATER: ICT design, Tech. Manager of the project (763.000for ICCS) • CORALIS: ICT design, Tech. Manager of the project (410.000EUR for ICCS) Hellenic-funded Industrial Project: • AUTOPLAS4.0: Investigator, Manager of the project (35.000EUR for ICCS)

Contributor to successful Horizon Europe grand proposals: Responsibilities: • Industry 4.0 products owner • Smart integrated platform architecture design • Edge devices design

• Analyzing the Production Execution of Cyber-Physical Production System as Digital dexterity • Propose innovative Industry 4.0's systems for the I4.0 strategy. • Analyzing the plant's maturity level using innovative advanced algorithms. • Designing & managing the development of data-driven manufacturing training • Creating training material about I4.0 technology enablers

B2B & DIGITAL TRANSFORMATION / CARRIER & WHOLESALE SERVICES / Service Development & Management • Participation in wholesale datalink selling • Participation in interconnection deployment • Evaluation & Analysis of A2P firewall assessment • Next-generation access (NGA) networks performance analysis & regulation compliance

Collaboration with professors from University of Strathclyde, University of Glasgow, University of Athens , to adopt the capabilities of Industry 4.0 to Civil Infrastructures

IT Support in indoor & outdoor military operations Some of the goals: Holding Security Clearance for Greek Military Facilities Troubleshooting of the network equipment Mapping and upgrading of the local area network Responsible for development, synchronization and centralized Control of remote 4G cameras in inaccessible regions Writing innovate technical reports for external use in other military bases

Development of a Smart Medical device for carpal tunnel syndrome detection. I was responsible for: Design the device’s electrical circuit that apply and measure electrical pulses through the nerves. Training a Neural Network for tunnel syndrome detection Writing Technical Report for further founding

Development of mechatronic system involves 3D Printer & Laser Cutter Some of the Goals: Designing a 3D Printer “Delta” type. Combining Laser Cutting and 3D Printing in one system. Increase the speed of printer, fluctuating the driven motors’ speed.

Master Thesis: Development & Laboratory Construction of a Cyber-Physical System, includes assembly machines and intelligent object within Industry 4.0, Grade: 10/10

Diploma Thesis: Development of a web platform which supports production methods with 3D Printers & laser cutting, Grade: 10/10