Scope of the Journal
The scope of the journal encompasses, but is not limited to, the following key areas:
- Intelligent Transportation Systems (ITS):
Exploration of innovative technologies, algorithms, enhancing the
efficiency, safety, and sustainability of transportation networks,
autonomous vehicles, traffic management, smart infrastructure,
vehicle-to-vehicle communication systems, communication systems
engineering.
- Alternative Propulsion Systems: alternative and
sustainable propulsion systems such as electric vehicles, hybrid
vehicles, hydrogen fuel cells, and biofuels, encompass performance
evaluation, energy storage solutions, infrastructure development, and
environmental impact assessments.
- Vehicle Dynamics and Control: Research focusing on
modeling, simulation, and control strategies to improve vehicle
stability, maneuverability, and ride comfort. This includes advancements
in active safety systems, adaptive cruise control, autonomous driving
algorithms, and driver assistance technologies, modern vehicle systems,
automotive electronics and embedded systems, vehicle dynamics,
intelligent vehicle systems, vehicle information and communication
systems, vehicle design and performance, vehicle autonomous systems,
vehicle systems, modeling and testing, vehicle engine technology,
embedded system design, control systems, electronic transport, heavy
vehicle systems, vehicle safety, shipping and transport logistics, space
science and engineering, intermodal transportation research,
aerodynamics, ocean systems management, human factors modelling and
simulation, power train systems, aviation management, vehicle
performance, vehicle noise and vibration, body and chassis design,
mechanical systems, electrical systems, control System, CAD/ CAM/ CAE/
MATLAB, emission control system.
- Transportation Policy and Planning: Examination of
policy frameworks, regulations, sustainable and equitable transportation
systems, urban planning, transportation infrastructure development,
public transit systems, integration of emerging mobility solutions.
- Environmental Impact and Sustainability:
Environmental footprint of automotive, transportation activities,
strategies for mitigating emissions, reducing energy consumption, and
promoting eco-friendly, vehicle lifecycle.
- Human Factors and User Experience: Human-machine
interaction, driver behavior, cognitive ergonomics, design in automotive
and transportation contexts, interface design, advanced driver
assistance systems, impact of emerging technologies
Indexing Information: ISA, Google Scholar, DRJI, ESJI, Jour informatics, SIS,
BASE, IFSIJ, JSTOR, Infobase index, OAJI.
