Scientific research: goals
and strategies
By Gen. Eng. Hesham Elsaid
The scientific research process is carried out in a random and isolated manner, without defining, guiding, or integrating the research topics to achieve declared and undeclared strategic goals.
The end result is nothing but scattered efforts.
Objectives and strategies of scientific research plans
1- Scientific research
Scientific research is a systematic approach based on in-depth study and methodological analysis aimed at exploring new knowledge, understanding specific phenomena, or solving real-world problems. It employs specific methodological steps that rely on observation, experimentation, and analysis to arrive at accurate, verifiable, and applicable results.
Scientific research is the means by which ambitious societies that wish to achieve progress and development continuously strive; It is a fundamental criterion or measure of one nation's superiority over another.
2- Strategic planning is a guiding tool
Strategic planning is the cornerstone of achieving sustainable progress, and this planning cannot be effective without scientific research, as the latter models the scientific and methodological basis upon which future visions and plans are built, and a national scientific research strategy is developed that is achievable.
3- How to coordinate and direct scientific research to serve strategic goals
In order for scientific research to contribute effectively to achieving the strategic goals of any country or institution, there must be clear mechanisms for coordinating and directing it.
Priorities are determined through research findings, and resources are efficiently directed towards priority sectors.
4- Establishing an integrated system to link research with decision-makers
Higher scientific councils oversee the alignment of research with strategic plans. Establishment
Creating joint platforms between universities, research centers, ministries, government institutions, and the private sector to showcase research findings and translate them into practical decisions.
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Examples from developed countries illustrate how they have succeeded in coordinating and directing scientific research to serve their strategic goals:
Germany – Renewable Energy
Strategic objective: Transition from nuclear and coal power to renewable energy sources.
Hundreds of research projects have been funded in the fields of solar energy, wind energy, and energy storage.
Universities have collaborated with companies such as Siemens and BASF to develop clean technologies.
The research findings were directly implemented within the national energy plan.
South Korea – Industrial and Technological Innovation
The transition to a knowledge and technology-based economy.
How did scientific research help?
The state has allocated more than 4% of its GDP to research and development.
Strong partnerships have been established between the government, universities, and companies such as Samsung and LG.
Research has focused on electronics, artificial intelligence, and electric vehicles.
Singapore – Food Security and Sustainability
Strategic goal: To achieve 30% food self-sufficiency by 2030.
How did scientific research help?
The government has invested in research into urban agriculture and vertical farming.
Centers such as "SG Innovate" were established to support startups in agricultural technology.
Research related to soilless farming techniques and fish farming was supported.
United States – Artificial Intelligence and Defense
Strategic objective: To maintain technological and military superiority.
Scientific research has helped the United States maintain its technological and military superiority through artificial intelligence and defense in several key ways, including:
1- Developing advanced defense systems
Using artificial intelligence to analyze big data from satellites and drones to detect threats quickly and accurately.
Strengthening electronic warfare systems to hostile counter cyberattacks.
Improving missile defense systems through algorithms that predict missile trajectories and determine the best ways to intercept them.
2- Military intelligence and surveillance
Processing images and videos using artificial intelligence to detect enemy movements and identify targets.
Using machine learning to decrypt hostile communications and analyze adversaries' intentions.
3- Autonomous weapons and combat robots
Developing drones (such as the XQ-58 Valkyrie) and AI-powered autonomous combat vehicles.
Improving the accuracy of smart weapons and reducing human errors on the battlefields.
4- Innovation through collaboration between the public and private sectors
Partnerships between the Pentagon and technology companies (such as Google, Microsoft, Palantir) to accelerate the development of advanced military technologies.
Massive investments in DARPA (Defense Advanced Research Projects Agency) to support innovative artificial intelligence research.
5- Superiority in cyber warfare
Developing artificial intelligence systems capable of repelling cyberattacks and identifying security vulnerabilities before they are exploited.
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