Name
CHAMOKOTO ALBERT T
Registration Number
H240507Z
Department
ELECTRONIC ENGINEERING
Course title
RESEARCH AND DEVELOPMENT
METHODOLOGIES
Course code
TEC301
Semester/Year
Part 1.2. 2025
Lecturer’s name
Dr M Phiri
(a) Benefits of formulating a research problem
1. Keeps You on Track: Clearly defining what you’re researching helps you stay focused
and avoid unnecessary detours. It’s like having a compass guiding you through the
process.
2. Gives Your Work Purpose: A good research problem sets the stage for meaningful
questions and objectives, making your study impactful.
3. Ensures Relevance: It allows you to address issues that truly matter—whether it’s
solving a real-world problem or filling gaps in existing knowledge.
4. Makes Things Manageable: By narrowing down the scope, it prevents you from feeling
overwhelmed by trying to tackle too much at once.
5. Saves Time and Resources: A well-thought-out problem ensures you allocate your time,
money, and energy wisely, focusing only on what’s essential.
6. Guides the Literature Review: With a clear problem in mind, you can quickly identify
what information or studies are relevant and skip the rest.
7. Encourages Critical Thinking: It forces you to dig deeper, analyze situations, and
uncover innovative solutions.
8. Improves Communication: A clearly framed problem helps you explain your research to
others—whether it’s your professor, a funding body, or your peers.
9. Ensures Feasibility: It helps you evaluate whether the project can be completed with the
resources and constraints you have.
10. Makes the Outcome Meaningful: Tackling a well-defined issue increases the value of
your findings for both academic and practical purposes.
(b) Criteria for selecting a research problem in your area of specialisation
1. Stay Relevant: Make sure the problem relates directly to your area of expertise. This
allows you to leverage your skills and contribute effectively.
2. Solve Real Problems: Look for issues that address important challenges in your field or
offer practical solutions.
3. Be Original: Aim for something new—whether it’s exploring an unexplored topic or
taking a fresh perspective on an old one.
4. Keep It Specific: Broad or vague problems can lead to confusion. Narrowing it down
ensures you stay focused.
5. Be Practical: Check if it’s doable within the time, budget, and resources you have access
to.
6. Pick What Can Be Researched: Ensure the problem can be investigated using
appropriate tools and methods.
7. Choose Something You Care About: Passion goes a long way! When you’re interested
in the topic, it’s easier to stay motivated.
8. Align It with Your Goals: Whether academic, professional, or societal—make sure the
problem ties in with what you want to achieve.
9. Be Ethical: Avoid controversial or sensitive topics that could lead to ethical issues—
especially if your work involves people or animals.
10. Think Outside the Box: If possible, explore problems that intersect with other
disciplines to bring a fresh perspective to your work.
References
Creswell, J.W. (2014). Research Design: Qualitative, Quantitative, and Mixed Methods
Approaches. 4th ed. Thousand Oaks, CA: SAGE Publications.
Saunders, M., Lewis, P., and Thornhill, A. (2016). Research Methods for Business
Students. 7th ed. Harlow: Pearson Education.
Bryman, A. (2012). Social Research Methods. 4th ed. Oxford: Oxford University Press.
Sekaran, U. and Bougie, R. (2016). Research Methods for Business: A Skill Building
Approach. 7th ed. Chichester: Wiley.
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