Education:

Prof. Orlando Harker is currently pursuing a Doctorate in Engineering at Francisco José de Caldas University, focusing on “Modeling and Control Strategy for Maximum Electrical Energy Generation from Organic Solid Waste,” under the supervision of Adolfo Andrés Jaramillo Matta. He earned a Master’s in Teaching from Universidad de La Salle, where he researched “Problem Solving as a Didactic Strategy: Influence on Teaching Practice,” with Paulo Emilio Oviedo as his advisor. Prof. Harker completed his undergraduate studies with a Bachelor’s degree in Electronic Engineering from Universidad Distrital Francisco José de Caldas, with a thesis titled “Blood Chemistry Analyzer,” guided by Jaime Benítez. His educational background also includes a Technical Degree in Pharmacy Technology from Corporación Tecnológica De Bogotá, where he conducted his graduation work on “Pharmacology of Malaria.”

Professional Experience:

Prof. Orlando Harker boasts a robust career spanning multiple domains within electronic engineering and education. He began his professional journey as an Electronic Engineer at BioCientífica Ltda. and Merck Colombia S.A., where he specialized in the maintenance and technical support of biomedical equipment. His career advanced as he took on roles in Reprec Ltda., focusing on power systems, and Harsan Electronics Ltda., where he served as a Project Manager overseeing industrial automation and instrumentation projects. In the academic realm, Prof. Harker has accumulated over 15 years of experience as an engineering professor, teaching subjects such as power electronics and control theory at various prestigious institutions including Universidad Distrital Francisco José de Caldas and Universidad de Cundinamarca. His extensive teaching background is complemented by his role as an IEEE advisor professor and his current pursuit of a Doctorate in Engineering, where he focuses on innovative energy solutions from organic waste.

Research Interests:

Prof. Orlando Harker’s research interests are deeply rooted in the fields of biomedical instrumentation, energy systems, and educational technology. His pioneering work includes the development of a tactile and visual sound discriminating device for the hearing and visually impaired, and the creation of a miofeedback system for muscle signal processing. Currently, his research focuses on innovative methods for generating clean energy from organic waste. This project involves designing and implementing a biodigester system to convert organic waste into biogas, aiming to enhance sustainable energy solutions and environmental management. Prof. Harker’s research endeavors are characterized by a commitment to practical applications and technological advancements, reflecting his dedication to addressing both academic and real-world challenges.

Research Funding and Grants:

Prof. Harker has executed and co-financed four technological application research projects, with funding from notable entities such as UMB-Colciencias and UD-Minciencias. This indicates recognition and support for his research endeavors.

Innovation and Impact:

His projects, like the energy generation system from organic waste, demonstrate practical applications of his research and have the potential to impact environmental sustainability.

Mentorship and Advisory Roles:

As an IEEE advisor professor and a candidate for a Doctor of Engineering with emphasis in Electrical and Electronics, Prof. Harker has contributed to both academic and professional communities through mentorship and advisory roles.

Conclusion:

Prof. Orlando Harker’s extensive experience, significant research contributions, active participation in the academic community, and practical impact through innovative projects make him a highly suitable candidate for the Research for Best Researcher Award. His work in biomedical instrumentation and energy generation, coupled with his academic and professional achievements, highlights his dedication and impact in his field.

Publication Tob Noted:

Method to obtain parameters k2, k3 for dilution rate observer in AM2 model of the anaerobic digestion process in a batch reactor

• Journal: Energy Sources, Part A: Recovery, Utilization, and Environmental Effects
• Year: 2024
• Authors: O. Harker-Sanchez, A.A. Jaramillo, D.M. Arias

La resolución de problemas como estrategia didáctica: implicaciones para la práctica docente universitaria. Una investigación con el docente y estudiantes de Electrónica de …

• Institution: Universidad de La Salle. Facultad Ciencias de la Educación. Maestría en Docencia
• Year: 2011
• Authors: O. Harker Sánchez, C.H. Montúfar Benavides

Profile:

• Scopus Profile
• Google Scholar Profile
• Orcid Profile

Education:

Prof. Henrique Manuel Dinis dos Santos has a distinguished academic background. He received his first degree in Electrical and Electronic Engineering from the University of Coimbra, Portugal, in 1984. He furthered his studies at the University of Minho, Portugal, where he earned a PhD in Computer Engineering in 1996 with the thesis titled “Methodologies for Digital Systems’ Specification and Analysis: Development of a APA Controller (GLiTCH),” achieving the highest distinction, unanimously. In 2013, he obtained his Habilitation degree in Technologies and Information Systems from the same institution, once again being unanimously approved. Additionally, he completed a Post-Graduation in Informatics in 1988 at the University of Minho, School of Engineering, Portugal, with a classification of Very Good.

Professional Experience:

Prof. Henrique Manuel Dinis dos Santos has extensive professional experience in academia, currently serving as an Associate Professor with Habilitation in the Information Systems Department at the University of Minho, Portugal. He began his academic career at the University of Minho in 1985 as an Assistant Intern, progressing to Assistant Professor in 1988. He was promoted to Auxiliary Professor in 1996 and has held his current position since 2001. Prof. Santos has been actively involved in various research projects and collaborative initiatives, contributing to the advancement of digital systems and cybersecurity. His roles include leading significant research projects funded by national and international bodies, such as the European Commission. He has been a key figure in several research centers and laboratories, including the ALGORITMI R&D Center, where he has driven forward impactful research in his areas of expertise.

Research Interests:

Prof. Henrique Manuel Dinis dos Santos’s research interests are centered around the specification and analysis of digital systems, with a strong focus on computer architecture and cybersecurity. His work explores advanced methodologies for the design and implementation of digital systems, including the development of controllers and systems that address complex technical challenges. Prof. Santos is also deeply involved in cybersecurity, particularly in the context of resilient and secure ICT infrastructures. His research contributions extend to the integration of intelligent networks in decision-making processes and the application of advanced technologies in interactive urban solutions. Through his involvement in various high-impact research projects, he aims to advance the field of computer engineering and information systems, driving innovation and addressing contemporary technological issues.

Language Proficiency:

Prof. Santos is proficient in multiple languages, including English (B1/C1), Spanish (B1/C1), and French (A1/B1), which facilitates his participation in international collaborations and conferences.

Conclusion:

Given Prof. Henrique Santos’s extensive academic background, significant contributions to research, involvement in high-impact projects, and active participation in the academic community, he stands out as a strong candidate for the Best Researcher Award. His consistent efforts to advance knowledge and foster innovation in his field make him a deserving nominee for this prestigious recognition.

Publication Tob Noted: