Introduction
Ismail’s journey began with a strong foundation in physics, which sparked his curiosity and laid the groundwork for his future in engineering. Building on this, he earned a Bachelor’s degree in Electronics, Electrical, and Automation Engineering, where he developed the technical expertise to address real-world challenges.
Eager to broaden his perspective, Ismail embraced international experiences and volunteering, which enriched his understanding of global engineering practices and the societal impact of his work. This phase shaped his philosophy of creating sustainable, high-quality solutions that not only solve problems but also contribute to long-term progress.
To deepen his expertise, Ismail specialized in High Voltage Engineering and Electromagnetic Compatibility (EMC), gaining advanced knowledge critical to tackling complex electrical engineering challenges. This included mastering standards like IEC 61000, which ensures electromagnetic compatibility in electrical systems, and IEC 60204, which governs the safety of machinery and electrical equipment. His understanding of these norms and regulations allowed him to address product safety, compliance, and eligibility with precision.
Through these experiences, Ismail has become a versatile and impactful engineer, seamlessly combining technical skills, regulatory knowledge, and a commitment to sustainability to deliver innovative and reliable solutions that meet both industry standards and consumer needs.
Partial Discharges
Ensures compliance with IEC 60270 – High-Voltage Test Techniques – Partial Discharge Measurements, focusing on detecting and analyzing small electrical discharges in high-voltage equipment. This expertise guarantees insulation reliability, prevents breakdowns, and maintains safe and efficient operation. With proficiency in testing, monitoring, and diagnosing faults, Ismail contributes to the reliable performance and long-term safety of high-voltage systems.
Electromagnetic Compatibility
Ensures electronic devices operate reliably without causing or being affected by interference through effective shielding, grounding, and filtering, while maintaining full compliance with regulatory standards. Proficient in applying key directives and standards, including:
• 2014/30/EU EMC Directive (CE marking for electromagnetic compatibility)
• IEC/EN 60601-1-2 (Medical electrical equipment – EMC requirements)
• ETSI EN 301489-x (RED Directive 2014/53/EU, Article 3.1(b) for EMC in radio equipment)
• IEC/EN 50121-x (Railway applications – EMC requirements)
• IEC/EN 62233 (EMF tests for evaluating electromagnetic fields)
• FCC 47 CFR Part 15 / Part 18 (ANSI/IEEE 63.4 for radio frequency devices in the United States).
This expertise ensures compliance across diverse industries, enhancing device reliability and safety in complex electromagnetic environments.
Grid Compliance
Ensures energy systems comply with technical and regulatory standards for safe and efficient grid integration, adhering to EU network codes and the Regulation (EC 714/2009) for cross-border electricity exchanges. Focuses on system stability, renewable energy integration, and compliance with frameworks like the Guarantee of Origin (GoO), ensuring transparent certification and seamless grid operations in line with EU and local regulations.
Skills
Work Experience
2022-2025
Plasser & Theurer
Homologation Manager
Ensured strict compliance with the TSI LOC & PAS 2023 for vehicles and the EN 14033-1 for machines in France, while also aligning with the Machinery Directive to meet European safety standards with the safety team. He implemented effective crisis management strategies to guarantee the delivery of machines met the highest quality and regulatory standards. Specializing in the Belgian territory and French tamping machines, Ismail demonstrated expertise in navigating complex technical, safety, and compliance requirements across multiple jurisdictions.
Electrical Automation Engineer
Developed and led a team to optimize a dual-engine diesel-electric drivetrain cooling system, improving fuel efficiency. Using simulation software, he optimized fuel consumption based on the diesel engine map and created a function block to determine the optimal RPM for enhanced performance.
Automation engineer
Contributed to ÖBB’s green fleet project, focusing on programming, supervision, and battery systems. His work supported the development of sustainable and energy-efficient railway technology, highlighting his expertise in automation and renewable energy integration.
2020-2023
Self Employed
Electrical engineering Consultant
Excelled as an Electrical Consultant, collaborating with diverse clients both remotely via Preply and locally . His projects were carefully aligned with the United Nations Sustainable Development Goals (SDGs), focusing on innovative and sustainable solutions. A notable accomplishment includes optimizing and automating water tank systems for farmers, improving water efficiency and resource management. Ismail’s expertise reflects his ability to deliver impactful solutions that address both local and global challenges while meeting client expectations effectively.
04/2019-07/2019
Managem CTT
Automation engineer Intern
Automated and supervised a press filter for cobalt cathode extraction after liquid-solid precipitation. He upgraded an outdated system to a modern, fully automated solution, improving traceability and operational safety. Using Unity Pro XL for Schneider Electric PLCs (Quantum 140) and Vijeo Citect 7.4 for supervision, Ismail transitioned the process from semi-manual to fully automated, enhancing system efficiency and reliability.
Academic Experience
2022-2025
University of Applied Sciences (FHOOE)
Master of Science In Electrical Engineering
Gained expertise in High Voltage Engineering and Electromagnetic Compatibility (EMC/EMI). His academic journey encompassed key areas such as Energy Automation Systems, Power Electronics, Control Engineering, Electromagnetism in Multiphysics Systems, and Data Science. By focusing on high voltage systems and EMC, Ismail has acquired advanced skills in managing complex electromagnetic phenomena and ensuring compliance with industry standards, making him a valuable asset in the field of electrical engineering.
2020-2023
University Caadi Ayad (FST)
Bachelor of Science in Infomatics Electroncs electrtechnic and Automation
Built a strong foundation in Digital Signal Processing, Control Theory, PLC Automation, Analog Electronics, and Digital Electronics. His studies provided a solid blend of theoretical knowledge and practical skills, equipping him with the expertise to design and implement advanced electrical and automation systems. This foundation has prepared Ismail to excel in tackling a wide range of challenges in the field of electrical engineering.