Olga Ovtšarenko | Machine Learning | Best Researcher Award

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Ms. Olga Ovtšarenko | Machine Learning | Best Researcher Award

Lead Lecturer at TTK University of Applied Sciences, Lithuania

Olga Ovtšarenko is a distinguished academic and researcher in the field of computer sciences and engineering graphics. She has contributed significantly to engineering education, particularly in CAD design and computer graphics. With a career spanning over two decades, she has played a crucial role in advancing pedagogical approaches in digital learning environments. Her expertise extends to informatics and systems theory, where she integrates modern computational techniques into engineering education. Currently serving as a lead lecturer at TTK University of Applied Sciences, she continues to foster innovation in higher education through her research and academic contributions.

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Education

Olga Ovtšarenko holds a Master’s degree in Pedagogics with a specialization in vocational training didactics from Tallinn Pedagogical University, completed between 2002 and 2004. She previously earned an engineering diploma from Moscow State University of Design and Technologies in 1984, laying a strong foundation in technical sciences. Furthering her academic pursuits, she is currently a doctoral student in Informatics Engineering at VILNIUS TECH, Lithuania. Her educational journey underscores her dedication to interdisciplinary research and the integration of engineering and informatics in education.

Experience

Olga Ovtšarenko has amassed extensive experience in academia, beginning her tenure at TTK University of Applied Sciences in 2008. Over the years, she has taught subjects such as descriptive geometry, engineering graphics, and computer graphics, shaping the next generation of engineers. Since 2020, she has served as the lead lecturer at the university’s Centre for Sciences, where she specializes in engineering graphics and CAD design. Her contributions to curriculum development and instructional methodologies have had a profound impact on technical education, emphasizing the importance of modern computational tools in engineering disciplines.

Research Interests

Her research interests are centered on informatics, systems theory, and engineering education. She explores the applications of machine learning and artificial intelligence in educational settings, aiming to optimize e-learning environments. Additionally, she investigates the role of Building Information Modeling (BIM) in engineering education, focusing on enhancing visualization skills and interactive learning experiences. Through international collaborations, she contributes to the advancement of sustainable and innovative learning methodologies, emphasizing the integration of digital technologies in technical education.

Awards

Olga Ovtšarenko has been recognized for her contributions to engineering education and research. She has received multiple accolades for her work in developing innovative educational methodologies and integrating computational technologies into teaching. Her participation in international academic conferences and research projects has further solidified her reputation as a leading figure in engineering education.

Selected Publications

Ovtšarenko, Olga; Safiulina, Elena (2025). “Computer-Driven Assessment of Weighted Attributes for E-Learning Optimization.” Computers, 14(116), 1−19. DOI: 10.3390/computers14040116.

Ovtšarenko, Olga (2024). “Opportunities of Machine Learning Algorithms for Education.” Discover Education, 3, 209. DOI: 10.1007/s44217-024-00313-5.

Ovtšarenko, O.; Makuteniene, D.; Ceponis, A. (2024). “Broad Horizons of International Cooperation to Ensure Sustainable and Innovative Learning.” 10th International Conference on Higher Education Advances: HEAd’24. Universidad Politecnica de Valencia, 904−911. DOI: 10.4995/HEAd24.2024.17051.

Ovtšarenko, Olga; Mill, Tarvo (2024). “Engineering Educational Program Design Using Modern BIM Technologies.” ICERI2024 Proceedings, 746−752. DOI: 10.21125/iceri.2024.0283.

Ovtšarenko, Olga (2023). “Opportunities for Automated E-Learning Path Generation in Adaptive E-Learning Systems.” IEEE Open Conference of Electrical, Electronic and Information Sciences (eStream), 1−4. DOI: 10.1109/eStream59056.2023.10134844.

Ovtšarenko, Olga; Makuteniene, Daiva; Suwal, Sunil (2023). “Use of BIM for Advanced Training Through Visualization and Implementation.” ICERI2023 Proceedings, 940−947. DOI: 10.21125/iceri.2023.0317.

Ovtšarenko, Olga; Eensaar, Agu (2022). “Methods to Improve the Quality of Design CAD Teaching for Technical Specialists.” Education and New Developments 2022, 231−233. DOI: 10.21125/ened.2022.0524.

Conclusion

Olga Ovtšarenko’s dedication to engineering education and digital learning innovation has positioned her as a prominent academic in her field. Her work in integrating informatics, AI, and BIM technologies into engineering curricula has greatly enhanced educational methodologies. Through her research, teaching, and international collaborations, she continues to contribute to the evolution of modern engineering education, ensuring students and professionals are equipped with cutting-edge skills for the future.

Ouafae El Melhaoui | Machine Learning | Best Researcher Award

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Dr. Ouafae El Melhaoui | Machine Learning | Best Researcher Award

Electronic and System Laboratory National School of Applied Sciences, ENSA Mohammed first University, Morocco

Dr. Ouafae El Melhaoui is a distinguished researcher in the field of electronics and artificial intelligence, specializing in data classification through innovative AI approaches. With extensive experience in teaching and research, she has contributed significantly to the development of machine learning algorithms, deep learning models, genetic optimization techniques, and convolutional neural networks. Her expertise spans various domains, including signal processing, data mining, and fuzzy classification. Dr. El Melhaoui’s academic journey and professional career reflect her commitment to advancing AI-driven methodologies for complex data analysis.

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Education

Dr. El Melhaoui earned her Ph.D. in Electronics with a specialization in artificial intelligence from Mohammed Premier University in 2013. Her doctoral research focused on developing new data classification techniques through advanced signal processing methods. Prior to that, she obtained a Diploma of Advanced Studies (D.E.S.A) in Physics and Technology of Microelectronic Devices and Sensors from Cadi Ayyad University in 2007, where she explored the structural and optical properties of boron nitride. She also holds a Bachelor’s degree in Electronics from Mohammed Premier University, solidifying her strong foundation in electronic systems and computational methodologies.

Professional Experience

Dr. El Melhaoui has an extensive teaching and research background, having worked at various academic institutions. She has supervised numerous undergraduate and graduate projects, focusing on machine learning applications, image processing, and signal analysis. Her professional journey includes collaborations with research laboratories such as LETSER and LETAS, where she contributed to projects in electromagnetism, renewable energy, and electronic systems. She has also been involved in industrial collaborations, developing AI-based solutions for quality control, object recognition, and signal denoising in real-world applications.

Research Interests

Dr. El Melhaoui’s research focuses on artificial intelligence applications in electronics and signal processing. She is particularly interested in computer vision, deep learning, convolutional neural networks, data mining, and optimization algorithms. Her work involves developing novel classification methods for complex data structures, integrating evolutionary computing techniques, and enhancing predictive analytics for diverse applications. Her contributions aim to bridge the gap between theoretical advancements in AI and their practical implementations in engineering and medical diagnostics.

Awards and Recognitions

Dr. El Melhaoui has received several accolades for her research contributions. She has been recognized for her innovative approaches in AI-driven signal processing and has participated in multiple national and international scientific conferences. Her work has been instrumental in advancing knowledge in AI-based classification techniques, earning her a reputation as a leading researcher in her field.

Publications

Novel Classification Algorithm for Complex Class Structures, e-Prime – Advances in Electrical Engineering, Electronics and Energy (Under Review, 2024). Scopus Q1, SJR=0.65.

Hybridization Denoising Method for EMG Signals Using EWT and EMD Techniques, International Journal on Engineering Applications (Under Review, 2024). Scopus Q2, SJR=0.28.

A Novel Signature Recognition System Using a Convolutional Neural Network and Fuzzy Classifier, International Journal of Computational Vision and Robotics (2024). Scopus Q4, SJR=0.21.

Improved Signature Recognition System Based on Statistical Features and Fuzzy Logic, e-Prime – Advances in Electrical Engineering, Electronics and Energy (2024). Scopus Q1, SJR=0.65.

Optimized Framework for Signature Recognition Using Genetic Algorithm, Loci Method, and Fuzzy Classifier, Engineered Science Publisher (2024). Scopus Q1, SJR=0.87.

Design of a Patch Antenna for High-Gain Applications Using One-Dimensional Electromagnetic Band Gap Structures, Engineered Science Publisher (2024). Scopus Q1, SJR=0.87.

Enhancing Signature Recognition Performance through Convolutional Neural Network and K-Nearest Neighbors, International Journal of Technical and Physical Problems of Engineering (2023). Scopus Q3, SJR=0.23.

Conclusion

Dr. Ouafae El Melhaoui’s career exemplifies a strong dedication to research and education in the fields of electronics and artificial intelligence. Her contributions to AI-based classification and signal processing have led to significant advancements in the domain. With a solid academic background, extensive teaching experience, and a robust publication record, she continues to drive innovation in machine learning, deep learning, and AI applications. Her work not only enhances theoretical models but also provides practical solutions to complex engineering problems, making a lasting impact in the field.