Journal Sections

Acoustics, Audio, and Ultrasonics

This section is dedicated to research and technological developments based on mechanical waves and vibrations. We welcome submissions ranging from fundamental theory to industrial and biomedical applications. Topics of interest include, but are not limited to:

  • Acoustics and Audio: Physical and urban acoustics, electroacoustics, professional audio, acoustic sensors, and innovative acoustic materials.

  • Ultrasonics: Ultrasonic wave propagation, laser ultrasonics, transducer design, and ultrasonic systems.

  • Specialized Applications: Underwater acoustics and ultrasonics, medical applications, acoustic tomography, phononic crystals, and bubble dynamics.

Automation and Control

This section focuses on the theory, design, and implementation of technological systems for the supervision and autonomous operation of processes. Topics of interest include:

  • Control Theory: Automatic control, robust control, system identification, adaptive control, and fluid mechanics.

  • Industrial Automation: Process instrumentation and control, distributed control systems (DCS), hydraulic and pneumatic systems.

  • Electrical Systems and Robotics: Robotics, power electronics, electrical energy conversion, and industrial electrical installations.

Bioengineering

This section covers the application of engineering principles and design concepts to biology and medicine for healthcare purposes. Topics of interest include:

  • Data Processing: Biological signal processing and analysis, biomedical image analysis, and applied neural networks.

  • Systems and Modeling: Biological systems modeling, biomechanics, and bioinformatics.

  • Medical Technology: Design and development of equipment for biomedical diagnosis and treatment, clinical engineering, and hospital safety.

Engineering Education

This section is dedicated to the study, practice, and methods of teaching and learning across engineering disciplines. We welcome submissions ranging from fundamental pedagogical theory to practical applications in higher education institutions. Topics of interest include:

  • Teaching Methodologies: Educational innovation, problem-based learning (PBL), flipped classroom, and new pedagogical strategies.

  • Curriculum Development: Curricular design, soft skills, and ethical training in engineering.

  • Educational Technology: Remote and virtual laboratories, computer simulation applied to teaching, and the development of innovative instructional materials.

Ecological Engineering

This section focuses on the application of engineering principles for sustainable resource management and environmental protection. Topics of interest include:

  • Energy and Storage: Renewable energy (solar, wind, etc.), energy-saving and efficiency technologies, battery systems, and energy storage.

  • Bioenergy: Research in bioenergy and the development of biofuels.

  • Environmental Management: Environmental monitoring using sensors and electronic systems, and water and wastewater treatment technologies.

Industry 4.0

This section focuses on the convergence of digital, physical, and biological technologies that define the fourth industrial revolution. Topics of interest include:

  • Intelligent Systems and Connectivity: Internet of Things (IoT), cyber-physical systems, intelligent transportation systems, autonomous vehicles, and distributed systems.

  • Artificial Intelligence and Learning: Neural networks, deep learning, fuzzy systems, bio-inspired algorithms, AI architectures, and real-time intelligent automation.

  • Data and Signal Processing: Big Data analytics, complex networks, image processing, computer vision, tactile systems, and speech recognition/synthesis.

  • Systems Engineering and Robotics: Advanced robotics, hardware/software architectures for AI, intelligent programming environments, and AI-based software validation.

Optoelectronics and Microelectronics

This section focuses on the study and development of components and systems based on semiconductors and light technologies. Topics of interest include:

  • Photonics and Optics: Optoelectronics, photonics, laser, optical fibers, and optical component integration.

  • Small-Scale Electronics: Microelectronics, nanoelectronics, lithography, and advanced semiconductor devices.

  • Materials and Sensors: Photodetectors, cameras, and optical and dielectric properties of materials.

  • Emerging Technologies: Quantum cryptography and next-generation optoelectronic devices.

Signal Processing

This section is dedicated to the theory, algorithms, and applications of analog and digital signal manipulation. Topics of interest include:

  • Mathematical Foundations: Detection and estimation theory, stochastic processes, functional analysis, and discrete filters.

  • Data Processing: Digital signal processing (DSP), image processing, and speech processing.

  • Systems and Algorithms: Signal modeling, noise reduction techniques, and time-frequency analysis algorithms.

Computer Networks and Informatics

This section covers the design, implementation, and security of computational systems and data networks. Topics of interest include:

  • Architecture and Systems: Computer organization, operating systems, parallel architectures, advanced digital techniques, and embedded systems.

  • Networks and Communications: Computer networks, data communications, cryptography, and computer security.

  • Theory and Applications: Algorithm theory, algorithms and programming, and computer graphics.

Telecommunications and Aerospace Industry and Systems

This section covers advanced communication technologies and aerospace developments, ranging from network infrastructure to complex space systems. Topics of interest include:

  • Communication Systems: Digital and wireless communications, transmitters and receivers, digital video and networks, and telecommunications infrastructure.

  • Radiopropagation and Antennas: Radio signal propagation, radiating systems, and antenna design.

  • Aerospace Technology: Space systems, cutting-edge space technology, and aerospace business and industry management.

Undergraduate Student Papers

This section is designed to foster scientific initiation and a culture of publishing among engineering students. Its goal is to highlight original contributions derived from outstanding academic work. Topics of interest include:

  • Capstone Projects: Articles based on Final Engineering Projects, Undergraduate Theses, or Professional Graduation Papers.

  • Scientific Initiation: Preliminary results from young researchers integrated into R&D projects.

  • Student Innovation: Technical developments and practical applications created within advanced courses.