Submission

Authors should prepare a “One-Page Abstract” using the provided Word template and submit it for review by AUGUST 31, 2025, via the online submission form. Please select the appropriate “thematic area” during submission. Abstracts may include tables and figures (in JPG or PNG format), provided that the entire abstract fits on one page.

CONFERENCE THEMATIC AREAS

Central Theme: Engineering the Future: Smart Innovations for Sustainable Energy and Agriculture, Infrastructure, and Climate Resilience

The sub-themes under this main theme reflect the interdisciplinary research priorities of the University of Energy and Natural Resources (UENR), aligned with its strategic agenda to advance sustainability, innovation, and societal development.

Cross-Cutting: Engineering Education, Policy, and Innovation

  • Entrepreneurial engineering and industry-academia linkages
  • Gender inclusion, ethics, and governance in engineering practice
  • Financing and policy frameworks for sustainable energy and engineering solutions
  • Engineering and energy education

Smart and Renewable Energy Systems

  • Grid integration of renewable energy sources
  • Decentralized energy systems and micro-grids
  • Energy, society, and Environment
  • Energy efficiency and demand side management
  • Renewable energy, green hydrogen and other storage innovations
  • Energy Communities

Intelligent Manufacturing and Mechanical Systems

  • Industry 4.0 and digital transformation, design, and manufacturing
  • Automation, mechatronics, and robotics in resource-efficient systems
  • Thermo-fluids, materials science, power production, and energy conversion systems
  • Aerodynamics, aerospace, bio-mechanical, automotive engineering, and Climate control

Climate-Smart Agricultural Engineering

  • Mechanization for sustainable food systems
  • Precision agriculture and post-harvest innovations
  • Irrigation and drainage solutions for resilient food production
  • Bio-Resource engineering management

Future Technologies in Electrical, Electronic, and Computer Engineering

  • Artificial Intelligence (AI) and Machine Learning for energy and engineering applications
  • Smart grids, IoT, and embedded systems
  • Power systems, protection and control systems, and cybersecurity for utilities
  • Electric mobility and smart/intelligent charging systems
  • Electronics and communications for energy and engineering applications

Petroleum and Natural Gas Engineering for a Just Energy Transition

  • Innovations in oil and gas exploration and processing
  • Environmental sustainability in petroleum engineering
  • Carbon Capture, utilization and storage
  • Transition pathways and policy for low-carbon petroleum sectors

Earth Observation as a Decision tool for Socio-Economic Development

  • Climate Forcings, Feedbacks, Responses and Thresholds in the Earth System
  • Integrated Climate Observing Systems
  • Weather dynamics and forecasting
  • Environmental Modeling
  • Space-Atmosphere-Ecosystem Interactions

Earth Observation as a Decision tool for Socio-Economic Development

  • Climate Forcings, Feedbacks, Responses and Thresholds in the Earth System
  • Integrated Climate Observing Systems
  • Weather dynamics and forecasting
  • Environmental Modeling
  • Space-Atmosphere-Ecosystem Interactions

Sustainable Mining

  • Illegal Mining
  • Urban mining
  • Small–scale mining

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