Roles

Mahmoud Elfandi is one of the staff members at the department of 1 faculty of 2. He is working as a since 2015-10-17. He teaches several subjects in his major and has several puplications in the field of his interest. 

Software & Tools: MATLAB, LabVIEW, Allen-Bradley, Siemens SIMATIC, Wonderware, CODESYS, PIDs

Programming Languages: C++, Python (Pandas, NumPy), Structured Text, Ladder Logic, Function Block Diagram, Sequence Function Chart

System Design & Analysis: SCADA Systems, DCS, HMI Design, PLC Programming, Real-Time Operating Systems, Fault Tolerance Standards & Protocols: IEC 61131-3, MODBUS, PROFINET, ETHERNET/IP, OPC UA, ISO 9001, Safety Integrity Level (SIL

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Control System Engineer

Developed a distributed control system for a large manufacturing client that increased the production capacity by 20% through real-time data optimization.

Introduced a predictive maintenance program that decreased equipment failures by 18%, ensuring smoother operations and higher customer satisfaction.

Led a digital transformation project that integrated IoT devices with existing control systems, resulting in a $150,000 annual savings from improved energy management.

Conducted in-depth training sessions for newer engineers that enhanced team’s understanding of advanced control system architecture by 35%.

Executed rigorous quality assurance protocols for software deployment which led to a 5% increase in system reliability and customer trust.

Schneider ElectricJanuary 2016 - February 2019

Electrical Controls Engineer

Revamped user interface for Schneider Electric control systems, improving user engagement and operational ease by 15%.

Coordinated with international teams to align control system standards, ensuring global consistency and reducing system adaptation time by 25%.

Careers

Head of Electrical  department 

Control System Engineer

Developed a distributed control system for a large manufacturing client that increased the production capacity by 20% through real-time data optimization.

Introduced a predictive maintenance program that decreased equipment failures by 18%, ensuring smoother operations and higher customer satisfaction.

Led a digital transformation project that integrated IoT devices with existing control systems, resulting in a $150,000 annual savings from improved energy management.

Conducted in-depth training sessions for newer engineers that enhanced team’s understanding of advanced control system architecture by 35%.

Executed rigorous quality assurance protocols for software deployment which led to a 5% increase in system reliability and customer trust.

Schneider ElectricJanuary 2016 - February 2019

Electrical Controls Engineer

Revamped user interface for Schneider Electric control systems, improving user engagement and operational ease by 15%.

Coordinated with international teams to align control system standards, ensuring global consistency and reducing system adaptation time by 25%.

Research Interests

Identification 

Control System 

External Activities

External  examination 

Journal review 

Orchestrated a large-scale SCADA system upgrade that enhanced monitoring efficiency by 40% using cutting-edge Siemens software, leading to a company-wide reduction in energy consumption.

Spearheaded the integration of machine learning algorithms to predict maintenance needs, reducing system downtime by 25% and saving an estimated $200,000 annually in operational costs.

Collaborated cross-departmentally to implement cybersecurity measures that thwarted 99% of potential breaches, upholding company reputation for secure and reliable control systems.

Authored a comprehensive process documentation playbook that facilitated a 30% improvement in cross-training efficiency for the engineering team.Customized and optimized PLC programming that resulted in a 15% increase in automation process speed, setting a company record for throughput. HoneywellMay 2017 - December 2019 Automation Engineer Redesigned control panel layouts for three product lines, which increased the serviceability and reduced average repair times by 20%. Deployed an advanced PID controller scheme, enhancing system stability and achieving a 10% improvement in product quality consistency. Initiated and led a cross-functional team to review and audit existing control processes, identifying opportunities that simplified workflow and improved safety compliance by 15%. Control Systems Analyst Analyzed over 500 data points daily to monitor system performance, contributing to a consistent 99.8% uptime for critical automation processes. Implemented a system-wide benchmarking initiative that highlighted performance gaps and drove a targeted efficiency boost of 5% across all operations.