The Journal of Engineering Researcher and Lecturer is dedicated as a forum for researchers and lecturers around the world to report the research results. All papers are peer-reviewed by at least two reviewers. The scope includes Engineering and Education/Training for Future Engineers. Technological innovation must be carried out continuously for a better life. However, its sustainability is inseparable from human resources. Thus, manuscripts on learning innovation are expected to be a reference in decision-making for policies on engineering education, resulting excellent students in a sustainable manner. Technological innovations are expected to be a learning reference and can be mastered by students for sustainable human resource development.
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Journal of Engineering Researcher and Lectureris an international peer-reviewed journal that publishes research focusing on engineering innovation, technological development, and practical solutions to engineering challenges. The journal provides a platform for researchers, engineers, and practitioners to share original studies that advance engineering knowledge and support industrial and societal development. Contributions employing analytical, experimental, computational, and simulation-based approaches are highly encouraged.View full aims & scope
Recent Issues (2023–Present)
Diversity in the Geographical Distribution of Authors (17 Countries)
India 
Indonesia 
Kazakhstan 
Lebanon 
Malaysia 
Myanmar 
Pakistan 
Philippines 
Republic of Korea 
Russia 
Spain 
Sudan 
Taiwan 
Thailand 
United Arab Emirates 
United States 
Vietnam The Journal of Engineering Researcher and Lecturer has officially achieved SINTA 3 Accreditation under Director General Decision No. 355/DST/D.D1/HM.01.01/2026, recognizing the journal's commitment to excellence in scholarly publishing and engineering research.
Read more about Journal of Engineering Researcher and Lecturer Achieves SINTA 3 AccreditationThis issue comprises five scholarly articles contributed by nineteen authors, presenting recent advances in engineering research through diverse methodological approaches and multidisciplinary perspectives. The published studies collectively demonstrate the integration of experimental investigations, computational modelling, systematic literature review, and systems analysis to address contemporary challenges in engineering, manufacturing, and environmental sustainability.
The issue features research on the influence of post-weld heat treatment on the surface integrity and microhardness of GTAW-repaired aluminium alloys, providing experimental evidence for improving material performance and repair quality. Another contribution employs finite element analysis to evaluate the crashworthiness of a multi-stage aluminium impact attenuator, offering insights into structural optimization for automotive safety applications. Advancing the field of additive manufacturing, a comprehensive literature review critically examines mechanical characteristics and finite element-based non-uniform infill density strategies for Fused Deposition Modelling (FDM)-printed components, identifying current developments, research gaps, and future directions.
Environmental engineering is represented through two complementary studies. The first presents a systematic review of system dynamics applications for integrated domestic wastewater management, emphasizing stock–flow modelling, policy scenario analysis, and river water quality management. The second provides an empirical assessment of floating marine debris by investigating its density, composition, chemical characteristics, and recycling potential, contributing to evidence-based strategies for sustainable coastal and waste management.
Collectively, the articles published in this issue highlight the increasing application of advanced analytical techniques, experimental validation, numerical simulation, evidence synthesis, and sustainability-oriented research in solving complex engineering problems. By bringing together innovative methodologies and practical engineering applications, this issue contributes to the advancement of engineering knowledge, supports informed decision-making, and encourages future interdisciplinary research that addresses both industrial needs and global sustainability challenges.
