Category: Project

  • Writing Problem Statement

    Using Problem Framing as a guide, students can now construct Problem Statement & Justification in the Research Background section of the Research Proposal Template.

    1. Problem Statement & Justification

    The research problem is the foundation of your entire proposal. It clearly defines the issue or gap in knowledge that your study aims to address. Use your Problem Framing as reference to write a strong problem statement and justification:

    Paragraph 1 – Provide Context: Start by pinpointing a specific real-world issue, challenge, or question within your chosen field. 

    Paragraph 2 – Highlight the Gap:   Show where current understanding falls short or where there are conflicting viewpoints. Provide limitations of current methods with proofs.

    Paragraph 3 – The Justification: Demonstrate why this issue is important and why existing knowledge is insufficient. Justify the current approach, including why the application Machine Learning is needed.

    2. Research Questions

      Research questions are the cornerstone of your research project. They act as a roadmap, guiding your investigation and focusing your analysis. Here’s how to craft effective research questions for your proposal:

      a. Main Research Question

        Your main research question should stem directly from the problem statement you identified and derived from your problem framing. It should be specific and directly address the gaps in knowledge you highlighted.

        b. Sub-questions 

          Provide 2-3 smaller questions that help you answer the main question. Frame your questions in a concise and clear way. Avoid ambiguity and ensure they can be answered through your chosen research methods and data you plan to collect.

          Make sure your questions are measurable and feasible within the scope of your project.

          By following these guidelines, you can develop strong research questions that will guide your research and ensure a well-focused proposal. Remember, your research questions should spark curiosity, provide direction, and ultimately lead to valuable insights!

          3. Research Objective and Hypothesis

          a. Main Objective

            The main objective is the goal of your research project. It’s a broad statement that captures the general direction of your investigation and answerable to the Main Research Question.

            b. Specific Objectives

              Specific objectives break down the main objective into smaller, more manageable steps and answerable to Sub-questions. They outline the concrete actions you’ll take to achieve your overall goal. Specific objectives should be SMART (Specific, Measurable, Achievable, Relevant, and Time-bound).

              c. Hypothesis 

                A hypothesis is a specific prediction about the outcome of your research. It’s an educated guess based on existing knowledge or theories. Not all research projects require a hypothesis, particularly exploratory studies.

              1. Guide: 2D Landmark Data Acquisition

                Step 1: Create a TPS File with tpsUtil

                1. Select Operation: Choose “Build tps file from images”.
                2. Input Directory: Browse and select the folder containing specimen images.
                3. Output File: Name new .tps file and choose where to save it.
                4. Create: Click “Setup” to verify the images are listed, then click “Create.” This file initializes all landmarks to zero for each image.

                Step 2: Set Up tpsDig for Digitization

                Open tpsDig to visually place landmarks on your specimens:

                1. Input Source: Go to File > Input Source > File and select the .tps file you just created.
                2. Set Scale (Optional): If your images include a ruler, use the “Set Scale” tool to drag a line across a known distance (e.g., 1cm) to calibrate measurements. If not, it defaults to 1mm.
                3. Define Landmarks: It is critical to have a set of homologous points identified beforehand (e.g., tip of the dorsal cornua in cephalopharyngeal skeleton, costagial break in Phoridae wing) to ensure consistency across all specimens.

                Step 3: Digitizing Landmarks

                1. Activate Tool: Click the “Digitize Landmarks” icon (the crosshair/target icon).
                2. Place Points: Click on the specimen in the exact order specified by your protocol⚠️. The software will automatically number the points.
                3. Edit/Correct: If you misplace a point, switch to “Edit Mode” (arrow icon) to drag and reposition the landmark.
                4. Navigate specimens: Use the “Next” arrow to move to the next image and repeat the process.

                Step 4: Save and Verify Data

                1. Save Data: Go to File > Save Data to update the .tps file with the X and Y coordinates of your landmarks.
                2. Verify: You can open the .tps file in a text editor to see that the LM (landmark) value now correctly reflects the number of points captured for each specimen.

                Link to Video: Landmarks acquisition in 2D using tpsDig

                Link to Software: tpsUtil, tpsDig

                Source: Morpho Prof YouTube Channel, SB Morphometrics

              2. FYP Discussion 2026/2

                TL;DW

                • Start living in the Machine Learning environment. Learn new terminologies and keywords.
                • Get enrolled in Google Developers foundational course: Introduction to Machine Learning and Problem Framing.
                • Explore different research approaches by prioritizing the quality of data.

                Link to video discussion 🎥

              3. FYP26 Weekly Worksheet

                Week 1

                Date: 9 – 13 Mar 2026

                Intro FYP Research

                • Title discussion
                • RP format
                • Research ecosystem
                (more…)