Identifying research gaps in the current academic literature is crucial in promoting innovation and technical advancement, especially in engineering. This debate outlines many research gaps, including theoretical, methodological, technical, contextual, and practical. Each kind poses unique obstacles and opportunities for academic investigation. Readers are provided with methodical approaches to discover these gaps, including thorough literature studies, examining patents and technical trends, and collaborating with industry partners. The importance of these multidisciplinary methods and engagement with industry is to be recognized, as they are crucial in closing research gaps and promoting a more robust and influential research environment. By identifying and correcting these deficiencies, researchers may develop specific research inquiries, create ground-breaking studies, and contribute significantly to scholarly understanding and practical implementations in the business. Analyzing case studies and practical examples emphasizes the possibility of making substantial progress, illustrating the significance of accurately recognizing and resolving research deficiencies. This conversation prompts readers to acknowledge the perpetual character of the study and the need for consistent academic endeavors to broaden the limits of understanding and application. It also underscores the urgent role of research gaps in advancing engineering innovation, a call to action for all researchers.

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Identifying Research Gaps

  • Amjad Almusaed,
  • Asaad Almssad,
  • Ibrahim Yitmen

摘要

Identifying research gaps in the current academic literature is crucial in promoting innovation and technical advancement, especially in engineering. This debate outlines many research gaps, including theoretical, methodological, technical, contextual, and practical. Each kind poses unique obstacles and opportunities for academic investigation. Readers are provided with methodical approaches to discover these gaps, including thorough literature studies, examining patents and technical trends, and collaborating with industry partners. The importance of these multidisciplinary methods and engagement with industry is to be recognized, as they are crucial in closing research gaps and promoting a more robust and influential research environment. By identifying and correcting these deficiencies, researchers may develop specific research inquiries, create ground-breaking studies, and contribute significantly to scholarly understanding and practical implementations in the business. Analyzing case studies and practical examples emphasizes the possibility of making substantial progress, illustrating the significance of accurately recognizing and resolving research deficiencies. This conversation prompts readers to acknowledge the perpetual character of the study and the need for consistent academic endeavors to broaden the limits of understanding and application. It also underscores the urgent role of research gaps in advancing engineering innovation, a call to action for all researchers.