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Journal of Applied Engineering Education(JAEE)

Aims and Scope

Aim: The Journal of Applied Engineering Education aims to bridge the gap between theoretical knowledge and practical application within the field of engineering education. We strive to promote a holistic approach to learning by emphasizing real-world applications, innovative teaching methods, and collaborative initiatives.

Scope:

The scope of the journal includes, but is not limited to:

  • Case studies showcasing successful applied engineering education programs.
  • Innovative teaching methods and strategies for enhancing practical skills.
  • Assessment and evaluation methodologies in applied engineering education.
  • Challenges and solutions in implementing practical approaches to engineering education.
  • Future directions and emerging trends in the field.

The journal welcomes contributions from educators, researchers, and industry professionals committed to advancing the quality and effectiveness of engineering education through practical applications. Some of the subject areas that the journal focuses on include:

Mechanical Engineering

Urban Planning Sustainable Engineering

Electrical Engineering

Process Engineering

Human Factors Engineering

Civil Engineering

Microelectronics

Electrical Power Systems

Aerospace Engineering

Ergonomics

Thermal Engineering

Chemical Engineering

Acoustical Engineering

Photonics

Computer Engineering

VLSI Design

Machine Learning

Biomedical Engineering

Remote Sensing

Operations Research

Environmental Engineering

Wireless Communication

Quantum Computing

Industrial Engineering

Mining Engineering

Structural Dynamics

Systems Engineering

Quality Engineering

Computational Fluid Dynamics (CFD)

Materials Science

Renewable Resources

Bioinformatics

Robotics

Precision Engineering

Geographical Information Systems (GIS)

Structural Engineering

Biomechanics

Electrical Circuits

Software Engineering

Agricultural Engineering

Signal Processing

Nuclear Engineering

Aerospace Technology

Machine Vision

Biotechnology

Energy Systems

Fluid Mechanics

Renewable Energy

Nuclear Power

Thermal Systems

Control Systems

Computational Mechanics

Sustainable Infrastructure

Geotechnical Engineering

Optical Engineering

Urban Design

Transportation Engineering

Environmental Sustainability

Operations Management

Mechatronics

Computer Networks

Quantum Information Science

Nanotechnology

Information Systems

Advanced Manufacturing

Telecommunications Engineering

Cyber-Physical Systems

Water Resources Engineering

Cybersecurity

Software Development

Marine Engineering

Artificial Intelligence

Human-Computer Interaction

Petroleum Engineering

Data Science

Industrial Automation

Power Electronics

Structural Analysis

Chemical Process Engineering

Fluid Mechanics