Call for Full Papers

The Dates to Remember, Criteria of Paper Selection and Priority Topics are shown below.

A. Dates to remember:

B. Important Information to Remember

Full papers shall be submitted to [email protected] You may create your account anytime, and prior to submission of your scientific paper. The template for the Full Paper can be downloaded here.

Please be conscious of the deadline/s. Deck presentation template will be sent to corresponding author of the accepted papers. There will be awards for best presenters, and best ICSET 2025 paper

All submitted papers will undergo peer review by the ICSET 2025 Technical Committee and the review team of the target journal.

Accepted papers will be presented at ICSET 2025. Participants may choose online or physical presentation

All participants are advised to register upon receipt of an Acceptance Letter from the ICSET 2025 Secretariat.

Accepted full papers shall undergo rigorous review process for possible publication to ICSET 2025 Partner Journals.

Additional list of journals will be announced soon.

C. Criteria for Paper Selection:

1. New development usefulness for socio-economic development­
2. Follow-up research helpful for development of environmental technologies
3. Basic research that will lead to applied research relevant to ICSET 2025 theme
4. Shall be a collaborative work for research, development innovation
5. Quality of writing and paper content
6. Sustainability aspect with content showing recommended further studies

D. The Priority Topics are:

• Affordable and Clean Energy, Peace Justice and Strong Institutions, Industry Innovation and Infrastructure
  1. Amalgamation of Human, Cyborg and Robots in the Industry, Commercial Sector
  2. Data Storage and Management Technologies for Sustainable Infrastructure
  3. Land Conversion Techniques, Strategies for Brownfield Sites
  4. lndustry Innovation Geared Towards Institutional, National Policy Creation
  5. Traditional and Emerging Renewable Energy Technologies
     • Biomass
     • CSP (concentrated solar photovoltaics)
     • EGE ( enhanced geothermal energy)
     • Marine/Wave
     • Solar, Water, Wind
     • Others: cellulosic ethanol, artificial photosynthesis
  6. Technologies for Grid and Off-grid Energy Storage and Supplies
  
  
• Clean Water and Sanitation, Life Below Water, Sustainable Cities and Communities
  1. Artificial Intelligence and Machine Learning for Environmental Sustainability
  2. Below Water Resources for Sustainable Communities
  3. Constructed, Scenic Wetland as Wastewater Treatment System
  4. Monitoring Approaches, Strategies and Technologies for Water Quality
  5. Sustainable Urban Planning and Smart Cities
  6. Technologies for Digital Transformation in the Communities
  7. Technologies for Industrial Wastewater Treatment
  8. Technologies for Surface Water and Groundwater Quality Monitoring and Prediction
  9. Water Resource Management and Quality Monitoring Tools in Urban and Rural Climate
  
  
• Decent Work and Economic Growth, Responsible Consumption and Production, Climate Action, Life on Land
  1. Additive Manufacturing for Industry 4.0 and Beyond
  2. Green Technologies in Manufacturing
  3. Carbon and other GHG (green house gas) Capture and Storage
  4. Carbon Emission Reduction by Green Technologies
  5. Circular Economy and Sustainable Supply Chains
  6. Disaster Risks Reduction and Adaptation Technologies
  7. Financial Technologies as Tools for Enviro-Socio­Economic (ESE) Development
  8. Ocean Resources Harvesting Technologies for Life on Land
  9. Impacts of Climate Change on Biodiversity and Ecosystems
  10. Technologies for Climate Adaptation and Resiliency
  11. Waste Recycling, Regeneration Technologies
  
  
• No Poverty, Zero Hunger; Good Health and Well -Being
  1. Environmental Contaminants in the Swine Sector
  2. Farm to Table Technologies
  3. Farmland Quality Monitoring Technologies
  4. Food Wastes Minimization Technologies
  5. Human - Enviro Blueprint Monitoring
  6. Paddy Soil Contamination and Treatment
  7. Technologies Connecting Environment to Human Health
  8. Technologies for Optimal Utilization of Farmland for Zero Hunger
  
  
• Quality Education, Gender Equality, Reduced Inequalities
  1. Digital Transformation Technologies in Higher Education Institutions' (HEls) Environment
  2. Ecosystem of Microcredentials Technologies for Environmental Sustainability
  3. Teaching and Learning Trends, its Effects and Impacts to Environment
  4. Technologies for Gender Equality and Reduction of Inequalities within and around HEI Environment
  5. Technologies for Students' Engagement on Environmental Sustainability
  
  
• Other Environmental Technologies

E. Paper Manuscript Template with the downloadable files below