Moves in the Literature review and Schematic Structure

Engineering & Technology

Moves in the Literature review and Schematic Structure?

Literature review is a specific genre, and postgraduates must familiarise themselves with its peculiarity during their course of study (Hsiao, 2015). In general, the literature review section of a research article includes the following moves.

Move 1: Establishing a Thematic Territory

  • Providing context information

Move 2: Conducting a survey and summarising previous research

  • Creating a reference to a previously published work
  • Making positive and/or negative assessments
  • Producing summary statements

Move 3: Establishing a research niche (preparing for present research)

  • Presenting counter-Claim
  • Indicating a research gap

Some Examples of Gap-Indicating Elements

“Additional research is required to determine whether and how voice plays a role in academic writing.”

  • Demonstrating the significance
  • Forming or synthesizing a theoretical position or framework

Move 4: Taking up a research niche

  • Outlining the objectives or research questions

“In relation to… the study aimed to answer the research questions:”

  • Publicizing theoretical frameworks or positions
  • Identifying the RA structure
  • Notifying the public of the adoption of terminology definitions
  • Indicating potential findings
  • Publicly announcing the research design or process
Moves in the Literature review and Schematic Structure

It is impossible to write a literature review for a PhD without a thorough understanding of the selected research field, access to the most recent and credible academic sources, and a highly critical and evaluative writing style. At Tutors India, we have highly qualified professionals who have more than 10 yrs of experience in relevant research fields to guide your work.

Reference:

  1. Kyei, E., & Afful, J. B. A. (2021). Schematic Structure of Letters of Recommendation Written by Lecturers of a Public University in Ghana. Iranian Journal of English for Academic Purposes10(2), 37-54.
  2. Shittu, S., Li, G., Zhao, X., & Ma, X. (2020). Review of thermoelectric geometry and structure optimization for performance enhancement. Applied Energy268, 115075.
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