Innovative Research Award
Anacleto M. Cortez, Jr
Capiz State University, Philippines
Anacleto M. Cortez, Jr, affiliated with Capiz State University in the Philippines, is recognized through the Innovative Research Award profile for research activities in Wind Energy. His academic and professional activities are associated with mechanical engineering and applied research at Capiz State University. [1]
Abstract
Anacleto M. Cortez, Jr is a researcher and engineering academic affiliated with Capiz State University in the Philippines. The supplied research profile identifies Wind Energy as the relevant subject area and records four documents associated with the researcher. His documented activities include engineering education, applied engineering work, and research interests connected with energy systems. Recent publicly indexed research-data records attributed to Cortez Jr. address low-wind-velocity energy harvesting, including systematic-review datasets and reproducibility resources.[2]
Keywords
Anacleto M. Cortez Jr; Innovative Research Award; Wind Energy; Low-Wind-Velocity Energy Harvesting; Renewable Energy; Energy Harvesting; Mechanical Engineering; Capiz State University; Systematic Review; Applied Research.
Introduction
Wind-energy research encompasses the conversion of aerodynamic energy into useful electrical or mechanical output and increasingly includes technologies capable of operating under variable and relatively low wind speeds. Within this broader field, low-wind-velocity energy harvesting has relevance for distributed and self-powered applications where conventional large-scale wind turbines may not be appropriate. A recent systematic-review dataset attributed to Cortez Jr. specifically examines low-wind-velocity energy harvesting for self-powered Internet-of-Things systems and provides quantitative benchmarking and research-frontier information. [1] [2]
Cortez Jr.’s professional association with Capiz State University is independently reflected in institutional material, including a university report identifying him as chairperson of the Bachelor of Science in Mechanical Engineering program. [3] [2]
Research Profile
The available profile identifies Wind Energy as Cortez Jr.’s principal subject area for the Innovative Research Award. His Google Scholar profile is identified by the supplied author identifier pJYpL1cAAAAJ. The profile information supplied for this article records four documents; citation and h-index values were not provided and therefore are not stated as numerical achievements.
Research Contributions
The documented research direction associated with Cortez Jr. includes the study of low-wind-velocity energy harvesting and the methodological assessment of energy-harvesting technologies. A 2026 Mendeley Data record attributed to him describes a systematic review examining low-wind-velocity energy harvesting for self-powered IoT systems, including quantitative benchmarking and emerging research directions. [4] [3]
Publications
The supplied profile reports four documents. Available public records additionally identify research and scholarly materials associated with Cortez Jr., including work concerning low-wind-velocity energy harvesting and engineering topics. The publication record should be interpreted from the indexed sources available at the time of preparation rather than as a complete bibliographic inventory. [5]
Research Impact
The potential research impact of this work lies in addressing the engineering challenge of extracting useful energy from low-velocity wind resources. Systematic benchmarking can help researchers compare mechanisms, performance indicators, optimization strategies, and methodological approaches in a field where operating conditions differ substantially from those of conventional utility-scale wind systems.[2]
Award Suitability
The Innovative Research Award is relevant to the supplied profile because the documented research direction combines wind-energy applications with systematic analysis, quantitative benchmarking, and optimization-oriented approaches. These characteristics are consistent with an award framework emphasizing methodological contribution, research originality, technical relevance, and potential practical application.
Conclusion
Anacleto M. Cortez, Jr.’s supplied research profile identifies Wind Energy as a principal subject area and records four documents associated with his scholarly profile. Publicly accessible evidence further connects him with Capiz State University and with research resources addressing low-wind-velocity energy harvesting, systematic review, quantitative benchmarking, and optimization. [1] [5]
External Links
References
- Google Scholar. Author profile: Anacleto M. Cortez, Jr. Google Scholar.
https://scholar.google.com/citations?user=pJYpL1cAAAAJ&hl=en&oi=ao
- Anacleto M. Cortez, Jr., Low-wind-velocity energy harvesting for self-powered IoT systems: Mechanisms, performance benchmarking, and emerging research frontiers — A systematic review.
https://www.sciencedirect.com/science/article/pii/S2949821X26004023
- Cortez Jr., Anacleto. (2026). Data for Low-Wind-Velocity Energy Harvesting for Self-Powered IoT Systems: Mechanisms, Quantitative Benchmarking, and Emerging Research Frontiers — A Systematic Review.
https://doi.org/10.17632/fr96t5j67y.1
- Cortez Jr., Anacleto. (2026). Research data and code for: Surrogate-Assisted and Metaheuristic Design Optimization of Low-Wind-Velocity Energy Harvesters: A Methodology-First Systematic Review. Mendeley Data, version 1. DOI: 10.17632/gb94b4k8my.1.
https://doi.org/10.17632/gb94b4k8my.1
- Capiz State University. CAPSU holds Taiwan INTENSE Program Info Session for Main Campus students. Institutional news and information identifying Engr. Anacleto Cortez as chairperson of the Bachelor of Science in Mechanical Engineering.
https://www.capsu.edu.ph/capsu-holds-taiwan-intense-program-info-session-for-main-campus-students/