Petru Berce | Additive Manufacturing | Excellence in Research

Prof. Dr. Petru Berce | Additive Manufacturing | Excellence in Research

Researcher at Tecnical University of Cluj Napoca, Romania

Professor Petru Berce is a highly distinguished Romanian researcher and academic with a prolific career spanning over five decades in the field of industrial engineering and manufacturing technologies. Currently a professor and PhD supervisor at the Technical University of Cluj-Napoca, he has significantly advanced rapid prototyping and additive manufacturing. He has published over 150 scientific papers, including 47 ISI-indexed articles, authored 12 scientific books, and holds six patents. His leadership includes roles such as Dean, Vice-Rector, and Director of numerous nationally and internationally funded research projects. Recognized both nationally and internationally, he has received prestigious awards including the Romanian Academy Prize and gold medals at the Geneva Salon of Inventions. His work has directly contributed to innovation in medical implant manufacturing and advanced production systems. With his remarkable scholarly output, mentorship, and global collaborations, Professor Berce is a highly suitable candidate for the Excellence in Research Award.

Professional Profile 

Education🎓

Professor Petru Berce’s educational journey reflects a lifelong commitment to academic excellence and scientific advancement. He began his academic career at the Technical University of Cluj-Napoca, where he progressed through various academic positions—from Teaching Assistant (1972–1978), to Lecturer (1978–1990), Associate Professor (1990–1992), and ultimately Full Professor from 1992 to the present. In 1997, he became an accredited PhD supervisor in Industrial Engineering, guiding over 25 doctoral theses to completion. His educational leadership extended to key administrative roles, including Head of Department, Dean of the Faculty of Machine Building (2004–2012), and Vice-Rector responsible for research and international relations (1996–2004). Professor Berce has been instrumental in shaping engineering education and research policy at both institutional and national levels. His extensive involvement in curriculum development, academic publishing, and international cooperation reflects his dedication to enhancing the quality and global relevance of higher education in Romania and beyond.

Professional Experience📝

Professor Petru Berce possesses an extensive professional background in industrial engineering, with over five decades of academic and research experience. He has served as a Professor at the Technical University of Cluj-Napoca since 1992, following roles as Associate Professor, Lecturer, and Teaching Assistant. His leadership includes serving as Dean of the Faculty of Machine Building (2004–2012), Vice-Rector for research and international relations (1996–2004), and Head of the TCM Department. He has been a PhD supervisor since 1997, overseeing more than 25 doctoral theses. Internationally recognized for his work in rapid prototyping and innovative manufacturing technologies, Professor Berce has led numerous national and international research projects, securing significant funding from programs such as TEMPUS, FP6, and Horizon 2020. His influence extends through editorial roles, scientific committee memberships, and recognition by prestigious institutions worldwide. His professional contributions have substantially advanced research, education, and innovation in the field of manufacturing engineering.

Research Interest🔎

Professor Petru Berce’s research interests are centered around advanced manufacturing technologies, with a particular focus on rapid prototyping, additive manufacturing, and their medical and industrial applications. His work explores innovative processes such as Selective Laser Sintering (SLS), Selective Laser Melting (SLM), and ultrasonic grinding, contributing significantly to the development of customized medical implants and high-performance components. Professor Berce is also deeply engaged in the integration of CAD/CAM systems and the optimization of manufacturing processes to improve efficiency, precision, and sustainability. His interdisciplinary research spans industrial engineering, materials science, and biomedical engineering, reflected in over 150 scientific publications, 47 ISI-indexed articles, and several patents. He has led major national and international research initiatives, including EU-funded projects and technology transfer programs. His scholarly output and practical innovations have positioned him as a leading figure in the field, with a strong commitment to advancing next-generation manufacturing technologies and their real-world applications.

Award and Honor🏆

Professor Petru Berce has received numerous prestigious awards and honors in recognition of his outstanding contributions to research, education, and innovation in industrial engineering. Nationally, he was awarded the Romanian Academy Prize (1991), the Excellence Prize from the Ministry of Education and Research (2000), and the AGIR (General Association of Engineers from Romania) Prize. Internationally, he has earned three gold medals at the Geneva International Salon of Inventions. His academic distinction is highlighted by honorary doctorates (Dr. H.C.) from multiple universities, including the Technical University of Kosice, the University of Oradea, and Dunărea de Jos University of Galați. He has also been named Honorary Professor at institutions such as Miskolc University and Transilvania University of Brașov. Additionally, Professor Berce is a Corresponding Member of the Romanian Academy of Technical Sciences and has played key roles in scientific committees and editorial boards, further amplifying his global recognition and influence.

Research Skill🔬

Professor Petru Berce possesses exceptional research skills that span across advanced manufacturing technologies, particularly in rapid prototyping, additive manufacturing, and innovative industrial engineering methods. His expertise is reflected in his leadership of numerous nationally and internationally funded research projects, where he has demonstrated a strong capability in project coordination, interdisciplinary collaboration, and technology transfer. Professor Berce has successfully directed significant grants, such as the creation of research platforms and innovation networks focused on the “Factory of the Future” and biocompatible materials for medical applications. His technical proficiency includes the development of ultrasonic grinding technologies and composite materials, with several patented inventions to his name. Furthermore, his research output includes over 150 scientific publications, including 47 ISI-indexed articles and 12 scientific books, showcasing his ability to conduct and disseminate high-impact research. His analytical thinking, problem-solving abilities, and mentorship as a PhD supervisor have made him a cornerstone in Romania’s industrial engineering research landscape.

Conclusion💡

Prof. Petru Berce is highly suitable for the Excellence in Research Award. His career exemplifies a blend of scholarly excellence, technological innovation, academic mentorship, and institutional leadership. The scope of his impact—ranging from foundational research to real-world manufacturing applications—reflects the award’s core values. Any minor improvements are peripheral and do not detract from his overall eligibility.

Publications Top Noted✍️

  • T Marcu, M Todea, I Gligor, P Berce, C Popa (2012)
    “Effect of surface conditioning on the flowability of Ti6Al7Nb powder for selective laser melting applications”
    Applied Surface Science 258 (7), 3276-3282
    Citations: 79

  • O Lucaciu, O Soriţău, D Gheban, DR Ciuca, O Virtic, A Vulpoi, N Dirzu, … (2015)
    “Dental follicle stem cells in bone regeneration on titanium implants”
    BMC Biotechnology 15, 1-18
    Citations: 72

  • IC Brie, O Soritau, N Dirzu, C Berce, A Vulpoi, C Popa, M Todea, S Simon, … (2014)
    “Comparative in vitro study regarding the biocompatibility of titanium-base composites infiltrated with hydroxyapatite or silicatitanate”
    Journal of Biological Engineering 8, 1-19
    Citations: 53

  • D Leordean, C Dudescu, T Marcu, P Berce, N Balc (2015)
    “Customized implants with specific properties, made by selective laser melting”
    Rapid Prototyping Journal 21 (1), 98-104
    Citations: 52

  • M Todea, E Vanea, S Bran, P Berce, S Simon (2013)
    “XPS analysis of aluminosilicate microspheres bioactivity tested in vitro”
    Applied Surface Science 270, 777-783
    Citations: 52

  • A Ilea, A Butnaru, SA Sfrângeu, M Hedeşiu, CM Dudescu, P Berce, … (2014)
    “Role of mastoid pneumatization in temporal bone fractures”
    American Journal of Neuroradiology 35 (7), 1398-1404
    Citations: 44

  • T Marcu, M Todea, L Maines, D Leordean, P Berce, C Popa (2012)
    “Metallurgical and mechanical characterisation of titanium based materials for endosseous applications obtained by selective laser melting”
    Powder Metallurgy 55 (4), 309-314
    Citations: 41

  • P Berce, N Bâlc, M Ancău, S Comşa, H Jidav, C Caizar, H Chezan (2000)
    “Fabricarea rapidă a prototipurilor”
    Editura Tehnică, Bucureşti
    Citations: 41

  • P Berce, NO Bâlc, RI Păcurar (2014)
    “Tehnologii de fabricaţie prin adăugarea de material şi aplicaţiile lor”
    Editura Academiei Romane
    Citations: 40

  • P Bere, P Berce, O Nemes (2012)
    “Phenomenological fracture model for biaxial fibre reinforced composites”
    Composites Part B: Engineering 43 (5), 2237-2243
    Citations: 37

  • P Berce, H Chezan, N Balc (2005)
    “The application of rapid prototyping technologies for manufacturing the custom implants”
    ESAFORM Conference, 679-682
    Citations: 35

  • M Todea, A Vulpoi, C Popa, P Berce, S Simon (2019)
    “Effect of different surface treatments on bioactivity of porous titanium implants”
    Journal of Materials Science & Technology 35 (3), 418-426
    Citations: 34

  • D Leordean, SA Radu, D Frățilă, P Berce (2015)
    “Studies on design of customized orthopedic endoprostheses of titanium alloy manufactured by SLM”
    The International Journal of Advanced Manufacturing Technology 79, 905-920
    Citations: 31

  • A Rus, VD Leordean, P Berce (2017)
    “Silver Nanoparticles (AgNP) impregnated filters in drinking water disinfection”
    MATEC Web of Conferences 137, 07007
    Citations: 30

Hussain A. Younis | Computer Science | Best Researcher Award

Mr. Hussain A. Younis | Computer Science | Best Researcher Award

College of Education at University of Basrah, Iraq

Hussain A. Younis is a dedicated researcher specializing in Artificial Intelligence, Security, Digital Image Processing, and Robotics. With a strong academic background from India and Malaysia and an affiliation with the University of Basrah, he has published impactful research in high-ranking journals and IEEE conferences. His work demonstrates interdisciplinary expertise, particularly in AI applications, human-robot interaction, and digital security. As an active IEEE member and potential reviewer, he is engaged in professional research communities. While his contributions are commendable, completing his Ph.D., increasing Q1/Q2 journal publications, securing research grants, and enhancing international collaborations would further strengthen his research profile. His growing citation impact and involvement in digital transformation research make him a strong candidate for the Best Researcher Award. With continued contributions in leadership, industry collaborations, and high-impact research, Hussain A. Younis is well-positioned to make significant advancements in the field of computer science and engineering.

Professional Profile 

Education

Hussain A. Younis has a strong academic background in computer science, with a Master’s degree earned in 2012 from India and ongoing Ph.D. studies since 2019 in Malaysia. His educational journey reflects a commitment to advanced research in Artificial Intelligence, Security, Digital Image Processing, and Robotics. His affiliation with the University of Basrah further strengthens his academic and research foundation, allowing him to contribute significantly to the field. Throughout his studies, he has focused on interdisciplinary research, exploring innovative solutions in AI-driven security systems, pattern recognition, and human-robot interaction. His academic pursuits have been complemented by active participation in professional organizations like IEEE, where he is a member and a prospective reviewer. While his research credentials are impressive, completing his Ph.D. will further solidify his expertise and credibility. His educational background positions him as a promising researcher with the potential to make impactful contributions to the scientific community.

Professional Experience

Hussain A. Younis has extensive professional experience in research and academia, with a focus on Artificial Intelligence, Security, Digital Image Processing, and Robotics. He is affiliated with the University of Basrah, where he contributes to both teaching and research in computer science. His work spans various interdisciplinary areas, including AI-driven security systems, pattern recognition, and human-robot interaction. As an IEEE member, he actively participates in academic conferences and serves as a prospective reviewer, further demonstrating his engagement in the global research community. His publications in high-impact journals and IEEE conferences highlight his contributions to advancing technology, particularly in robotics education, cybersecurity, and digital transformation. While his professional experience is commendable, taking on leadership roles in research projects, securing grants, and fostering international collaborations would further enhance his impact. His commitment to innovation and academic excellence makes him a valuable contributor to the scientific and technological landscape.

Research Interest

Hussain A. Younis’s research interests lie at the intersection of Artificial Intelligence, Security, Digital Image Processing, Pattern Recognition, and Robotics. His work explores innovative AI-driven solutions for enhancing security, improving human-robot interaction, and advancing digital transformation. He is particularly interested in speech recognition models, robotics in education, and secure cryptographic systems, contributing to cutting-edge developments in these fields. His research also addresses challenges in cybersecurity, focusing on encryption techniques and stream cipher systems to enhance data protection. Additionally, he investigates distinguishable patterns in image processing, applying AI techniques to optimize pattern recognition for various applications. Through his active participation in IEEE conferences and high-impact journal publications, he continuously contributes to technological advancements. His interdisciplinary approach and commitment to innovation position him as a promising researcher in AI and security, with the potential to make significant contributions to both academic research and real-world applications.

Award and Honor

Hussain A. Younis has been recognized for his contributions to research in Artificial Intelligence, Security, Digital Image Processing, and Robotics through various academic achievements and honors. His publications in high-impact journals and IEEE conferences reflect his dedication to advancing knowledge in these fields. As an active IEEE member, he has gained recognition within the global research community and has been invited to serve as a reviewer for IEEE conferences in Iraq. His work on robotics in education, cybersecurity, and encryption systems has earned significant attention, highlighting his expertise in interdisciplinary research. While his achievements are commendable, securing prestigious research grants, international fellowships, and industry collaborations would further enhance his profile. His commitment to innovation and scientific excellence makes him a strong contender for research awards, and with continued contributions, he is poised to receive greater recognition for his impact on the technological and academic landscape.

Research Skill

Hussain A. Younis possesses strong research skills in Artificial Intelligence, Security, Digital Image Processing, Pattern Recognition, and Robotics. His expertise lies in developing AI-driven solutions for security, speech recognition, and human-robot interaction, showcasing his ability to integrate multiple disciplines. He is proficient in data analysis, algorithm development, cryptographic security, and digital transformation technologies, enabling him to conduct high-quality research with practical applications. His experience in publishing in high-impact journals and IEEE conferences reflects his ability to conduct rigorous academic research and communicate findings effectively. As an active IEEE member and prospective reviewer, he demonstrates critical analysis and evaluation skills essential for scholarly contributions. Additionally, his research involves problem-solving, programming, and system design, particularly in robotics education and cybersecurity. To further enhance his research impact, focusing on international collaborations, advanced machine learning techniques, and securing research grants would strengthen his expertise and academic contributions.

Conclusion

Hussain A. Younis demonstrates strong research potential with impactful publications in AI, Robotics, and Security. His IEEE membership, interdisciplinary research, and international exposure make him a strong candidate for the Best Researcher Award. However, completing the Ph.D., increasing high-impact publications, and engaging in leadership roles would significantly enhance his eligibility for this prestigious award.

Publications Top Noted

  1. Hussain A. Younis, TAE Eisa, M Nasser, TM Sahib, AA Noor, OM Alyasiri, … (2024)

    • A systematic review and meta-analysis of artificial intelligence tools in medicine and healthcare: applications, considerations, limitations, motivation and challenges
    • Citations: 114
  2. Hussain A. Younis, NIR Ruhaiyem, W Ghaban, NA Gazem, M Nasser (2023)

    • A systematic literature review on the applications of robots and natural language processing in education
    • Citations: 48
  3. IM Hayder, TA Al-Amiedy, W Ghaban, F Saeed, M Nasser, GA Al-Ali, HA Younis, … (2023)

    • An intelligent early flood forecasting and prediction leveraging machine and deep learning algorithms with advanced alert system
    • Citations: 40
  4. OM Alyasiri, K Selvaraj, Hussain A. Younis, TM Sahib, MF Almasoodi, IM Hayder (2024)

    • A survey on the potential of artificial intelligence tools in tourism information services
    • Citations: 38
  5. S Salisu, NIR Ruhaiyem, TAE Eisa, M Nasser, F Saeed, HA Younis (2023)

    • Motion capture technologies for ergonomics: A systematic literature review
    • Citations: 25
  6. IM Hayder, GANA Ali, Hussain A. Younis (2023)

    • Predicting reaction based on customer’s transaction using machine learning approaches
    • Citations: 20
  7. Hussain A. Younis, ASA Mohamed, R Jamaludin, MNA Wahab (2021)

    • Survey of robotics in education, taxonomy, applications, and platforms during COVID-19
    • Citations: 20
  8. OM Alyasiri, AM Salman, S Salisu (2024)

    • ChatGPT revisited: Using ChatGPT-4 for finding references and editing language in medical scientific articles
    • Citations: 18
  9. Hussain A. Younis, OM Alyasiri, Muthmainnah, TM Sahib, IM Hayder, S Salisu, … (2023)

    • ChatGPT Evaluation: Can It Replace Grammarly and Quillbot Tools
    • Citations: 16
  10. MA Hussain, Hussain A. Younis, Iznan H. Hasbullah, Ghofran Kh. Shraida, Hameed A … (2023)

  • An Efficient Color-Image Encryption Method Using DNA Sequence and Chaos Cipher
  • Citations: 14
  1. Hussain A. Younis, ASA Mohamed, MN Ab Wahab, R Jamaludin, S Salisu (2021)
  • A new speech recognition model in a human-robot interaction scenario using NAO robot: Proposal and preliminary model
  • Citations: 11
  1. Hussain A. Younis, TY Abdalla, AY Abdalla (2009)
  • Vector quantization techniques for partial encryption of wavelet-based compressed digital images
  • Citations: 11