Types of Research

1. APPLIED VS BASIC
RESEARCH PROBLEMS

2. Differentiate applied and basic
research problems STEM_RP12-IIa-e-2
Learning Competency

3. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
1. Improving Transportation Efficiency: Developing
algorithms to optimize traffic flow in urban areas,
reducing congestion and commuting time
2. Enhancing Healthcare Delivery: Implementing
telemedicine solutions to improve access to healthcare
services in rural or underserved communities.

4. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
3. Increasing Agricultural Sustainability: Studying the
effectiveness of organic farming methods in preserving
soil health and reducing environmental impact.
4. Addressing Climate Change: Investigating renewable
energy sources such as solar or wind power to reduce
greenhouse gas emissions and mitigate climate change
effects.

5. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
5. Improving Workplace Safety: Designing ergonomic
workstations and implementing safety training programs
to reduce the risk of workplace injuries.
6. Fostering Economic Development: Analyzing the impact
of entrepreneurship programs on job creation and
economic growth in local communities.

6. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
7. Enhancing Education Outcomes: Evaluating the
effectiveness of technology integration in classrooms to
improve student engagement and learning outcomes.
8. Promoting Mental Health and Well-being: Developing
interventions to reduce stress and anxiety in high-stress
environments such as schools or workplaces.

7. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
9. Combatting Infectious Diseases: Researching new
treatment methods and vaccines to address emerging
infectious diseases and prevent outbreaks.
10. Improving Water Quality and Access: Assessing water
purification technologies and implementing clean water
initiatives to provide safe drinking water to communities
facing water scarcity or contamination issues.

8. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
11. Understanding the Fundamental Principles of Quantum
Mechanics: Investigating the behavior of subatomic
particles and their interactions to advance our
understanding of quantum theory.
12.Exploring the Genetic Basis of Inherited Diseases:
Studying the genetic factors and molecular mechanisms
underlying inherited disorders to facilitate diagnosis and
treatment.

9. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
13.Investigating the Origins of the Universe: Exploring
cosmological theories and observational evidence to
elucidate the origins, structure, and evolution of the
universe.
14.Characterizing Novel Biological Species: Identifying and
classifying new species of plants, animals, or
microorganisms to expand our knowledge of biodiversity
and evolution.

10. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
15. Exploring Neural Mechanisms of Learning and
Memory: Investigating the neural circuits and synaptic
processes involved in learning and memory formation to
elucidate brain function.
16.Understanding the Molecular Basis of Cancer: Studying
the genetic mutations and cellular processes that
contribute to cancer development and progression to
inform cancer research and therapy.

11. Learning Activity
Directions: Identify whether the given research problem is
APPLIED or BASIC.
17. Investigating Fundamental Properties of Matter:
Exploring the structure and behavior of atoms, molecules,
and materials to advance knowledge in the field of physics
and chemistry.
18.Characterizing Earth's Climate System: Studying the
interactions between the atmosphere, hydrosphere,
biosphere, and lithosphere to improve our understanding
of Earth's climate dynamics and variability.

12. Applied Research Problem vs Basic Research Problem
Applied Research Basic Research
aims to solve practical problems
or address specific issues in
real-world settings
seeks to expand knowledge and
understanding of natural
phenomena, without immediate
practical applications in mind.

13. Applied Research Problem vs Basic Research Problem
Applied Research Basic Research
The primary goal is to generate
actionable knowledge or
develop solutions that can be
directly applied to improve
practices, policies, or processes
in various domains such as
healthcare, education, or
technology.
The primary goal is to advance
scientific knowledge, explore
theoretical concepts, and
uncover underlying principles
across disciplines such as
physics, biology, or psychology.

14. Applied Research Problem vs Basic Research Problem
Applied Research Basic Research
Applied research typically
focuses on specific, practical
problems or questions that have
immediate relevance or
significance in a particular
context or industry.
Basic research often has a
broader scope and seeks to
explore fundamental principles
or phenomena that have
theoretical significance and may
not have immediate practical
applications.

15. Applied Research Problem vs Basic Research Problem
Applied Research Basic Research
Research designs are often
tailored to address practical
concerns and may involve
partnerships with stakeholders
or end-users to ensure
relevance and applicability.
Research designs may involve
theoretical modeling,
experimental investigation, or
observational studies aimed at
uncovering underlying
mechanisms or patterns in
nature.

16. Applied Research Problem vs Basic Research Problem
Applied Research Basic Research
Applied research aims to
produce tangible outcomes or
solutions that can be
implemented to address specific
challenges or achieve practical
goals.
Basic research aims to generate
new knowledge, theories, or
conceptual frameworks that
contribute to the collective
understanding of a discipline or
field of study.

17. Applied Research Problem vs Basic Research Problem
Applied Research Basic Research
These outcomes may include
new technologies, interventions,
policies, or strategies that have
direct applications in real-world
settings.
The outcomes of basic research
may include theoretical insights,
empirical findings, or
conceptual advances that lay the
foundation for further
investigation or practical
applications in the future.

18. SUMMARY
Applied Research Basic Research
• Solution-driven
• Creates solution
• Practical
• Specific
• Curiosity-driven
• Finds new knowledge/expand
existing knowledge
• Theoretical/conceptual
• Broad

19. Thank you for listening!