Ahmed Elshaer

Graduated Electromechanical and Renewable Energy Engineer with a passion for Electrical and Mechanical Engineering. Experienced in Renewable Energy, data analysis, and project leadership. Proficient in Electrical Distribution, Solar/Wind Energy, Machine Design, Machine Construction, maintaining documentation, and collaborating with teams. Strong problem-solving skills and effective communication abilities, eager to grow and contribute to innovative tech projects.

• Electrical machines, control methods and protective devices, Cairo Electricity Production Company, Cairo, Cairo, Egypt, 09/01/23, 10/31/23, Engaged in on-site Gas, Steam, Combined Gas, Steam Turbines, and Protection Control Rooms., Gained hands-on experience with different types of Transformers on-site and their uses., Learned about Electrical Machines.
• Advanced Automation Systems using PLC, Shneider Electric, Cairo, Cairo, Egypt, 07/01/22, 07/31/22, Engaged in a tank simulation to model and improve energy efficiency and sustainability using EcoStruxure software., Improved understanding of the Industrial Internet of Things (IIoT) and how renewable energy engineering uses it.
• Scada Systems, Shneider Electric, Cairo, Cairo, Egypt, 07/01/21, 07/31/21, Recognizing the significance of cybersecurity for SCADA systems., Learning about the roles of different elements such as PLCs (Programmable Logic Controllers), RTUs (Remote Terminal Units), HMIs (Human-Machine Interfaces), and communication networks.
• Basic PLC, Shneider Electric, Cairo, Cairo, Egypt, 07/01/20, 07/31/20, Gained knowledge in PLC programming languages, including Ladder Logic and Function Block Diagrams., Applied engineering principles to simulate real-world renewable energy solutions using PLC technology., Developed skills in using Schneider Electric's EcoStruxure.
• Digital Metering, Shneider Electric, Cairo, Cairo, Egypt, 07/01/19, 07/31/19, Gained hands-on experience with Schneider Electric's PowerLogic and ION metering systems for energy management., Gained experience in interpreting and analyzing energy data in order to enhance sustainability and efficiency in renewable energy systems.