“To encourage original research that contributes meaningful insights across multiple disciplines.” GIRJ aims to publish well-structured, evidence-based research that advances existing knowledge and inspires new academic conversations.
“To connect diverse fields and promote collaborative academic exploration.” The journal supports manuscripts that combine multiple subject domains, bridging the gap between science, technology, management, humanities, and emerging fields.
“To provide equal opportunity and academic space for young researchers.” GIRJ focuses on helping undergraduate, postgraduate, and early-career researchers present their work in a professional academic format.
“To ensure fairness, originality, and academic integrity in every published work.” The journal follows a structured peer-review process to guarantee quality, accuracy, and ethical compliance of all submissions.
“To make research accessible without barriers for global learning and academic development.” GIRJ offers open-access publishing so researchers worldwide can read, share, and build upon published work freely.
“To nurture a scientific mindset and encourage continuous academic improvement.” By welcoming diverse ideas and constructive critique, GIRJ aims to strengthen the culture of systematic, evidence-based research.
“To support knowledge that benefits communities, industries, and future academic progress.” The journal encourages researchers to explore topics that solve real-world problems and create positive societal impact.
Research on microorganisms, applied microbiology, and biological interactions.
ISSN Status: ISSN Application Under Process GIRJ does not claim any impact factor, indexing, UGC status, or accreditation.
GIRJ welcomes well-structured manuscripts from a wide range of academic disciplines.The journal accepts:
Studies covering algorithms, computing systems, software development, and computational methodologies.
Research on IT infrastructure, systems, networks, and digital innovation.
Work focusing on intelligent systems, predictive models, and automated decision-making.
Contributions involving analytics, data modeling, and large-scale data processing.
Research connecting smart devices, sensors, and real-time communication systems.
Studies ensuring digital protection, risk analysis, and secure system design.
Research on circuits, communication systems, and applied electronics.
Contributions related to power systems, circuits, and electronic engineering.
Studies involving machines, manufacturing technology, and thermal systems.
Research related to building materials, structures, and infrastructure design.
Work focusing on chemical processes, materials, and industrial production systems.
Research exploring chemical processes, reactions, and material properties.
Studies based on mathematical modeling, applied mathematics, and theoretical analysis.
Research on sustainability, environmental protection, and ecological systems.
Studies involving biological processes, innovations, and applied life sciences.
Research on microorganisms, applied microbiology, and biological interactions.
Fundamental and applied studies in physical sciences and natural phenomena.
Research on quantum algorithms, computational models, and next-generation high-performance computing.
Structured studies on software design, testing, and quality improvement.
Research on automated systems, robotics, and intelligent machines.
Studies promoting sustainable and clean energy technologies.
Research on materials, their properties, and engineering applications.
Work involving heat transfer, thermodynamics, and energy systems.
Studies focused on integrated hardware–software systems and control applications.
Studies on organizational behavior, leadership, and business strategy.
Research on new venture development, innovation, and startup ecosystems.
Studies on consumer behavior, branding, and market analysis.
Research on financial systems, accounting frameworks, and investment analysis.
Work related to employee development, workplace culture, and HR practices.
Studies on productivity, workflow optimization, and process efficiency.
Research on global logistics, inventory planning, and distribution systems.
Studies focusing on global trade, cross-border management, and global markets.
Studies on consumer behavior, branding, and market analysis.
Research on financial systems, accounting frameworks, and investment analysis.
Work related to employee development, workplace culture, and HR practices.
Studies on productivity, workflow optimization, and process efficiency.
Research on teaching methods, learning models, and academic development.
Studies examining human behavior, cognition, and emotional processes.
Research exploring social structures, communities, and cultural dynamics.
Studies focused on economic systems, markets, and policy analysis.
Research on literary analysis, creative writing, and cultural texts.
Studies covering media, communication systems, and public interaction.
Research on governance, policy-making, and administrative systems.
Studies focusing on political systems, governance, and public policies.
Research on climate solutions, green innovations, and technologies addressing environmental challenges.
Research exploring past events, civilizations, and cultural heritage.
Studies involving urban planning, smart systems, and digital governance.
Research focused on environmental balance, human welfare, and long-term sustainability.
Studies on digital movement, modernization, and organizational technology shifts.
Work focusing on innovation processes, startup ecosystems, and new business models.
Research on rural growth, empowerment, and development initiatives.
Studies analyzing fairness, transparency, and responsible AI development.
Research using computational tools to study societal patterns and behavior.
Studies involving virtual healthcare systems, remote diagnostics, and technology-driven medical services.
Studies exploring remote healthcare systems, digital diagnostics, medical technologies, and technology-enabled health services.