Science, Technology, Innovation and Emerging Technologies — Complete UPSC Preparation Guide

Science and Technology (S&T) is a dynamic and highly current component of UPSC General Studies Paper III. The UPSC syllabus covers developments and applications of science and technology in everyday life, achievements of Indians in science and technology, indigenisation of technology, awareness in the fields of IT, space, computers, robotics, nanotechnology, biotechnology and issues relating to intellectual property rights. (upsc.gov.in)

For UPSC, Science & Technology should not be approached as a conventional science textbook.

The focus should be:

Scientific Concept → Technological Development → Application → Socio-economic Impact → Risks → Regulation → India’s Preparedness

This approach allows students to understand both the science behind a technology and its policy significance.

Science & Technology in the UPSC Examination

UPSC Prelims

Prelims questions may test:

Scientific concepts
Emerging technologies
Applications of technologies
Space missions
Biotechnology
Genetics
AI
Quantum technology
Nanotechnology
Nuclear technology
Defence technology
Digital technologies
Intellectual property
Government initiatives

The key is conceptual understanding rather than excessive technical detail.

UPSC Mains — GS Paper III

The S&T component requires analysis of:

Scientific developments
Technological applications
Indigenous technology
Emerging technologies
Technology and development
Intellectual property
Risks and ethical concerns
India’s technological capabilities

Major Areas of Science & Technology

The Science & Technology section at Samata IAS Academy is organised into:

Science & Technology Ecosystem

Science, Technology & Innovation Policy

Research & Development

Space Technology

Biotechnology

Genetics & Genomics

Gene Editing

Vaccines

Stem-Cell Technology

Artificial Intelligence

Generative AI

Robotics

Information & Communication Technology

5G and 6G

Internet of Things

Big Data

Cloud Computing

Blockchain

Semiconductor Technology

Nanotechnology

Quantum Technology

Nuclear Technology

Defence Technology

Drones

Advanced Materials

3D Printing

Medical Technology

Digital Health

Intellectual Property Rights

Technology and Society

Emerging Technologies

Science & Technology Current Affairs

Science & Technology PYQs

Mains Answer Writing

1. Science, Technology and Innovation

These three concepts are related but distinct.

Science

Systematic understanding of natural phenomena through observation, experimentation and evidence.

Technology

Application of scientific knowledge to solve practical problems.

Innovation

Creation or adoption of new products, processes or methods that generate value.

A useful relationship is:

Science → Knowledge → Technology → Application → Innovation → Socio-economic Value

The relationship is not always linear. Innovation can also generate new scientific questions.

2. India’s Science & Technology Ecosystem

India’s S&T ecosystem includes:

Universities
Research institutions
Government laboratories
Start-ups
Private companies
Scientific academies
Defence institutions
Space institutions
International collaborations

The major challenge is to strengthen the connection between:

Research → Innovation → Commercialisation → Social Application

3. Research and Development

R&D is the foundation for technological capability.

It includes:

Basic Research

Expands fundamental scientific knowledge.

Applied Research

Uses knowledge to address practical problems.

Experimental Development

Transforms research findings into products or processes.

India’s R&D Challenges

Important concerns include:

Limited R&D expenditure
Uneven university research capacity
Weak industry-academia linkages
Limited technology commercialisation
Dependence on imported technologies in strategic sectors
Difficulty retaining scientific talent
Fragmented research ecosystem

The goal should be:

From a research-consuming economy to a research-producing and technology-creating economy.

4. Indigenisation of Technology

Indigenisation refers to developing domestic technological capabilities rather than depending excessively on imported technologies.

It is particularly important in:

Defence
Semiconductors
Telecommunications
Space
Energy
Pharmaceuticals
Critical minerals
Strategic technologies

Indigenisation strengthens:

Strategic autonomy

Supply-chain resilience

National security

Domestic innovation

5. Space Technology

India’s space programme has applications in:

Communication
Weather forecasting
Navigation
Agriculture
Disaster management
Mapping
Remote sensing
Defence
Scientific research

Space technology therefore has both civilian and strategic applications.

6. India’s Space Programme

Important areas include:

Launch Vehicles

India has developed multiple launch systems for placing satellites into orbit.

Satellites

Satellite systems support:

Communication
Remote sensing
Navigation
Meteorology

Planetary Exploration

India has undertaken missions to study:

Moon
Mars
Solar system

Human Spaceflight

Human spaceflight represents a major expansion of India’s technological capabilities.

7. Space Applications

Satellite technology supports:

Agriculture

Telecommunications

Weather forecasting

Disaster management

Urban planning

Water-resource management

Fisheries

Border management

The significance of space technology therefore extends far beyond space exploration.

8. Navigation Technology

Satellite navigation systems provide:

Positioning
Navigation
Timing

India’s indigenous navigation capability has strategic significance because it reduces dependence on foreign navigation systems.

Applications include:

Transport
Disaster management
Mapping
Defence
Precision agriculture

9. Remote Sensing

Remote sensing involves collecting information about Earth’s surface without direct physical contact.

It is useful for:

Agriculture
Forestry
Water resources
Mineral exploration
Urban planning
Disaster management
Environmental monitoring

10. Space Economy

The space sector is increasingly becoming an economic ecosystem involving:

Launch services

Satellites

Data services

Communication

Earth observation

Navigation

Private space companies

The emergence of private players can expand India’s space economy through:

Innovation

Competition

Investment

Commercialisation

11. Space Security

The growing importance of space creates new security concerns:

Space debris
Anti-satellite capabilities
Satellite interference
Cyber threats
Electronic warfare

Space should therefore be treated as both a scientific domain and a strategic domain.

12. Biotechnology

Biotechnology uses biological systems, organisms or biological processes to develop products and technologies.

Major applications include:

Healthcare
Agriculture
Food
Industry
Environment
Pharmaceuticals

13. Modern Biotechnology

Important areas include:

Genetic engineering

Genomics

Gene editing

Synthetic biology

Stem cells

Vaccines

Bioinformatics

These technologies are transforming medicine, agriculture and industrial production.

14. Genetics and Genomics

Genetics

Study of genes and heredity.

Genomics

Study of the complete genetic material of an organism.

Genomics has applications in:

Disease diagnosis
Precision medicine
Drug development
Population health
Agriculture

15. Gene Editing

Gene editing allows scientists to make targeted changes to DNA.

Important applications include:

Disease research
Genetic disorders
Agriculture
Drug development

The technology raises important questions about:

Biosafety

Ethics

Germline modification

Access

Regulation

16. CRISPR

CRISPR-based systems allow targeted modification of genetic material.

Its importance arises from its:

Relative precision
Flexibility
Potential applications
Research utility

Potential applications include:

Genetic disease

Agriculture

Biotechnology

Drug development

The ethical and regulatory dimensions are equally important.

17. Vaccines

Vaccines stimulate the immune system to develop protection against specific pathogens.

Modern vaccine technologies include:

Traditional platforms
Recombinant technologies
Viral-vector approaches
mRNA platforms

Important issues include:

Vaccine development

Manufacturing

Distribution

Equity

Cold-chain infrastructure

18. Stem-Cell Technology

Stem cells have the ability to differentiate into different cell types.

Potential applications include:

Regenerative medicine
Disease research
Drug testing

However, the field involves significant:

Ethical

Clinical

Regulatory

considerations.

19. Artificial Intelligence

Artificial Intelligence (AI) refers broadly to computational systems capable of performing tasks that traditionally require aspects of human intelligence.

These include:

Pattern recognition
Prediction
Language processing
Image recognition
Decision support

20. Machine Learning

Machine learning enables systems to learn patterns from data rather than relying entirely on explicitly programmed rules.

A simplified framework is:

Data → Training → Model → Prediction / Decision

Applications include:

Healthcare
Agriculture
Finance
Governance
Manufacturing
Defence

21. Generative AI

Generative AI systems can produce:

Text
Images
Audio
Video
Software code

based on learned patterns.

Potential benefits include:

Productivity

Education

Research

Content creation

Software development

However, risks include:

Hallucination
Misinformation
Deepfakes
Copyright disputes
Bias
Privacy concerns
Job displacement

22. AI and Governance

AI can support:

Welfare targeting
Fraud detection
Healthcare diagnosis
Traffic management
Disaster prediction
Agricultural advisories

But public-sector AI requires:

Transparency

Human oversight

Data protection

Accountability

Non-discrimination

23. AI and Employment

AI can simultaneously:

Substitute some tasks

and

Complement human workers

Its impact depends on:

Skill levels
Industry
Task composition
Adoption rates
Labour-market institutions

The policy response should focus on:

Reskilling

Lifelong learning

New occupations

Social protection

24. Robotics

Robotics combines:

Mechanical engineering

Electronics

Computer science

Artificial intelligence

Robots have applications in:

Manufacturing
Healthcare
Agriculture
Defence
Space
Logistics

Emerging developments include:

Autonomous robots

Collaborative robots

Humanoid robots

25. Internet of Things

The Internet of Things (IoT) involves interconnected physical devices capable of collecting and exchanging data.

Examples include:

Smart meters
Industrial sensors
Wearable devices
Connected vehicles
Smart agriculture systems

Applications include:

Smart cities

Agriculture

Healthcare

Industry

Energy management

26. 5G and 6G

5G offers improvements in:

Speed
Latency
Device density
Network capacity

Potential applications include:

Autonomous systems

Telemedicine

Industrial automation

Smart infrastructure

IoT

Future 6G systems are expected to explore even more advanced connectivity and sensing capabilities.

27. Big Data

Big Data refers to extremely large and complex datasets that require advanced technologies for storage, processing and analysis.

Its importance lies in:

Prediction

Decision-making

Research

Business intelligence

Governance

Challenges include:

Privacy
Data security
Bias
Data quality

28. Cloud Computing

Cloud computing provides computing resources over networks rather than requiring all infrastructure to be locally owned.

It enables:

Scalable computing
Data storage
Digital services
Collaboration

It is an important foundation for modern digital infrastructure.

29. Blockchain

Blockchain is a distributed ledger technology that records transactions across a network.

Potential applications include:

Supply chains
Digital records
Finance
Identity systems
Traceability

Important concerns include:

Scalability

Energy consumption in some implementations

Regulation

Privacy

30. Semiconductor Technology

Semiconductors are fundamental components of:

Smartphones
Computers
Automobiles
Defence systems
Telecommunications
Industrial machinery
AI systems

The semiconductor industry includes:

Design

→ Fabrication

→ Packaging

→ Testing

→ Integration

31. Why Semiconductors Matter

Semiconductors have become strategically important because of:

Digitalisation

Defence

Telecommunications

Electric vehicles

Industrial automation

Supply-chain concentration has made semiconductor resilience a major geopolitical concern.

32. India’s Semiconductor Ecosystem

India has strengths in:

Chip design
Engineering talent
Electronics services
Digital markets

But challenges include:

Fabrication infrastructure
Capital intensity
Technology access
Supply-chain dependence
Skilled workforce
Ecosystem development

The objective is to build an integrated semiconductor ecosystem rather than merely a chip-design industry.

33. Nanotechnology

Nanotechnology involves manipulating matter at extremely small scales.

Potential applications include:

Medicine
Electronics
Energy
Water purification
Agriculture
Materials science

34. Nanotechnology in Healthcare

Potential applications include:

Targeted drug delivery
Diagnostics
Imaging
Biosensors
Medical materials

Its promise lies in improving precision and efficiency in medical applications.

35. Quantum Technology

Quantum technologies exploit principles of quantum mechanics.

Major domains include:

Quantum Computing

Uses quantum phenomena for certain computational tasks.

Quantum Communication

Can provide advanced methods for secure communication.

Quantum Sensing

Can enable highly sensitive measurements.

36. Quantum Computing

Traditional computers use classical bits.

Quantum computers use:

Qubits

which can exploit quantum phenomena such as:

Superposition

Entanglement

Potential applications include:

Cryptography
Drug discovery
Optimisation
Materials science

Quantum computing remains technologically challenging and should not be treated as a replacement for conventional computing in all tasks.

37. Quantum Communication

Quantum communication can exploit quantum properties to develop highly secure communication systems.

It has strategic relevance for:

Defence

Financial systems

Critical infrastructure

Government communications

38. Nuclear Technology

Nuclear technology has applications in:

Electricity generation
Medicine
Agriculture
Industry
Research

Nuclear energy can contribute to low-carbon electricity generation but requires strong attention to:

Safety

Waste management

Radiation protection

Security

39. Nuclear Energy

Nuclear power offers:

High energy density
Reliable generation
Low operational carbon emissions

Challenges include:

High capital costs
Long construction periods
Safety concerns
Waste management
Public acceptance

40. Fusion Technology

Nuclear fusion seeks to generate energy by combining light atomic nuclei under extreme conditions.

Potential advantages include:

Large energy potential

Low operational carbon emissions

Potentially lower long-lived waste than conventional fission pathways

However, achieving commercially viable fusion remains technologically challenging.

41. Defence Technology

Modern defence increasingly depends on advanced technologies.

Important areas include:

Missiles
Drones
AI
Robotics
Electronic warfare
Cyber systems
Satellites
Directed-energy technologies

Indigenous defence technology strengthens:

Strategic autonomy

Supply security

Operational capability

42. Drone Technology

Drones have applications in:

Agriculture
Mapping
Disaster management
Infrastructure inspection
Logistics
Defence

Potential agricultural applications include:

Crop monitoring

Spraying

Disease detection

Precision farming

43. 3D Printing

3D printing, or additive manufacturing, creates objects layer by layer from digital designs.

Applications include:

Manufacturing
Healthcare
Aerospace
Construction
Defence

Benefits include:

Rapid prototyping

Customisation

Reduced material waste

44. Advanced Materials

Advanced materials can enable improvements in:

Aerospace
Defence
Energy
Electronics
Construction

Examples include:

Composites
Smart materials
Lightweight materials
High-performance materials

45. Medical Technology

Medical technologies include:

Diagnostic devices
Imaging
Wearables
Telemedicine
Robotic surgery
AI-assisted diagnosis
Digital health systems

The challenge is to ensure that innovation improves accessibility and affordability, not merely technological sophistication.

46. Digital Health

Digital health can support:

Telemedicine
Electronic health records
Remote monitoring
Digital diagnostics
Health data management

Challenges include:

Privacy

Interoperability

Cybersecurity

Digital divide

47. Intellectual Property Rights

IPR protects creations of the human mind.

Major forms include:

Patent

Protects inventions.

Copyright

Protects original literary, artistic and related works.

Trademark

Protects distinctive signs associated with goods or services.

Geographical Indication

Identifies goods associated with a specific geographical origin and associated qualities or reputation.

48. Patents and Innovation

Patents seek to balance:

Innovation incentives

with

Public access to knowledge

The basic idea is:

Temporary exclusive rights in exchange for disclosure of an invention.

49. IPR Challenges in India

Important issues include:

Patent processing
Enforcement
Awareness
Research commercialisation
Traditional knowledge
Access to medicines
Balancing innovation and public interest

50. Technology and Society

Technology changes social relationships, labour markets and patterns of inequality.

Important issues include:

Digital divide

Privacy

Surveillance

Misinformation

Automation

Algorithmic bias

Access to technology

51. Digital Divide

Technological progress can create new inequalities if access is uneven.

The digital divide may involve:

Connectivity
Devices
Digital literacy
Language
Gender
Geography
Affordability

Therefore:

Technological inclusion is an important dimension of social justice.

52. Technology and Ethics

Emerging technologies raise ethical questions concerning:

Privacy
Autonomy
Accountability
Bias
Human dignity
Safety
Access

This creates an important link between:

GS-III Science & Technology

and

GS-IV Ethics.

53. Technology Regulation

Regulation should attempt to balance:

Innovation

with

Public interest

and

Safety

An effective regulatory framework should be:

Risk-based

Technology-neutral where appropriate

Innovation-friendly

Accountable

Adaptable

54. Emerging Technologies and National Security

Technology is increasingly a component of national power.

Strategic technologies include:

Semiconductors

Quantum technology

Space

Cyber technology

Biotechnology

Advanced materials

Technological dependence can create strategic vulnerabilities.

55. Science & Technology and Economic Development

Technology contributes to development through:

Productivity

Innovation

New industries

Employment

Export competitiveness

Better public services

The long-term objective should be to move from:

Technology adoption → Technology adaptation → Technology creation

56. Science & Technology and Agriculture

Technology can improve:

Productivity
Water efficiency
Crop monitoring
Pest management
Weather forecasting
Supply chains

Examples include:

Drones

Satellite imagery

Sensors

Biotechnology

Precision farming

57. Science & Technology and Environment

Technology can support:

Renewable energy
Energy storage
Carbon monitoring
Waste management
Water purification
Climate modelling
Electric mobility

However, technology alone cannot solve environmental problems without appropriate policy and behavioural changes.

58. Science & Technology and Governance

Technology can improve:

Service delivery

Monitoring

Transparency

Data-driven policy

Public participation

But governance systems must address:

Privacy

Cybersecurity

Exclusion

Algorithmic accountability

59. Science & Technology Current Affairs

S&T is one of the most current-affairs-intensive areas of UPSC.

When studying a new technology, use:

               TECHNOLOGY
                    ↓
             BASIC PRINCIPLE
                    ↓
                 APPLICATION
                    ↓
              INDIA'S CAPABILITY
                    ↓
                BENEFITS
                    ↓
                  RISKS
                    ↓
                REGULATION
                    ↓
              WAY FORWARD

This framework converts a newspaper article into a UPSC-ready note.

60. How to Study a New Technology

For every technology, answer seven questions:

1. What is it?

Give a simple definition.

2. How does it work?

Explain the basic scientific principle.

3. What are its applications?

Identify important sectors.

4. Why is it important?

Discuss economic, strategic or social significance.

5. What are its limitations?

Identify technological constraints.

6. What are the risks?

Consider ethical, environmental and security concerns.

7. What is India’s position?

Mention Indian institutions, initiatives, capabilities and policy.

61. Science & Technology for Prelims

Prelims requires:

Conceptual clarity

Application-based understanding

Current developments

Institutional knowledge

Students should avoid memorising excessively technical details that have little conceptual relevance.

62. Science & Technology for Mains

A strong Mains answer should combine:

Scientific concept

Application

Benefits

Challenges

Ethical / regulatory concerns

India’s preparedness

Way Forward

Science & Technology Answer-Writing Framework

                 TECHNOLOGY
                     ↓
                  CONCEPT
                     ↓
                APPLICATIONS
                     ↓
          ┌──────────┼──────────┐
          ↓          ↓          ↓
       Economic    Social    Strategic
          ↓          ↓          ↓
          └──────────┼──────────┘
                     ↓
                   RISKS
                     ↓
               REGULATION
                     ↓
              INDIA'S CAPACITY
                     ↓
                WAY FORWARD

63. Example: Artificial Intelligence

Introduction

AI is transforming economic activity, public administration and technological competition.

Applications

Healthcare
Agriculture
Education
Governance
Manufacturing

Benefits

Productivity
Better decision-making
Innovation
Service delivery

Risks

Bias
Privacy
Deepfakes
Job displacement
Cybersecurity

Way Forward

Risk-based regulation
AI literacy
Human oversight
Data governance
Reskilling
Responsible innovation

Conclusion

AI should be developed as a tool for inclusive productivity and human welfare, while ensuring accountability and safety.

64. Example: Biotechnology

Potential

Disease treatment
Vaccines
Agriculture
Industrial biotechnology

Challenges

Biosafety
Regulation
Ethics
Access
Biodiversity

Way Forward

Strengthen:

Research

Regulation

Biosafety

Public-private partnerships

Scientific capacity

65. Science & Technology and Other GS Papers

S&T has extensive overlap across the UPSC syllabus.

S&T + GS-II

E-governance

Digital public infrastructure

Technology regulation

S&T + GS-III Economy

Productivity

Innovation

Semiconductors

Digital economy

S&T + Environment

Clean technology

Renewable energy

Climate technology

S&T + Internal Security

Cybersecurity

Drones

Space security

S&T + Ethics

AI ethics

Biotechnology

Privacy

Human enhancement

66. Science & Technology PYQs

Previous Year Questions should be organised around:

Space technology
Biotechnology
Genetics
AI
ICT
Nanotechnology
Nuclear technology
Defence technology
Emerging technologies
IPR

For every theme:

Concept → Application → Current Affairs → India’s Capability → PYQ → Answer Writing

[Explore Science & Technology PYQs →]

67. Science & Technology Preparation Strategy

Phase 1 — Basic Scientific Concepts

Understand:

Biology

Physics

Chemistry

relevant to contemporary technologies.

Phase 2 — Major Technology Domains

Study:

Space

Biotechnology

ICT

Semiconductors

Quantum

Nanotechnology

Phase 3 — Strategic Technologies

Focus on:

Defence

Nuclear

Space

Semiconductors

Quantum

Phase 4 — Applications

Study applications in:

Agriculture

Health

Governance

Environment

Industry

Phase 5 — Policy and Regulation

Understand:

Indian institutions

Government programmes

Regulatory frameworks

Ethical concerns

Phase 6 — Current Affairs

Track developments through credible scientific and government sources.

Phase 7 — PYQs and Answer Writing

Convert current developments into analytical answers.

Common Mistakes in Science & Technology Preparation

Studying It Like a Science Degree

UPSC does not require excessive technical depth.

Memorising Technology Names

Understand what the technology does and why it matters.

Ignoring Applications

Always connect science with real-world applications.

Ignoring India

Discuss India’s:

Institutions

Capabilities

Initiatives

Challenges

Ignoring Ethics

Emerging technologies increasingly raise questions of privacy, safety, equity and accountability.

Ignoring Regulation

Technology without appropriate governance can create new risks.

Treating Every New Technology as Revolutionary

Assess technological maturity and practical limitations critically.

Science & Technology Resources at Samata IAS Academy

Science & Technology Foundations

Science, Technology & Innovation

R&D

Indigenisation

Technology Missions

Space

ISRO

Launch Vehicles

Satellites

Navigation

Remote Sensing

Planetary Exploration

Human Spaceflight

Space Economy

Space Security

Biotechnology

Genetics

Genomics

Gene Editing

CRISPR

Vaccines

Stem Cells

Synthetic Biology

GM Technology

Artificial Intelligence

Machine Learning

Generative AI

AI Governance

AI Ethics

Digital Technology

5G/6G

IoT

Big Data

Cloud Computing

Blockchain

Strategic Technologies

Semiconductors

Quantum Technology

Nanotechnology

Nuclear Technology

Defence Technology

Emerging Technologies

Robotics

Drones

3D Printing

Advanced Materials

Medical Technology

Intellectual Property

Patents

Copyright

Trademarks

GI Tags

IPR and Innovation

Current Affairs

Science & Technology Current Affairs

New Discoveries

Government Initiatives

Technology Policy

[Explore Science & Technology Resources →]

Frequently Asked Questions

How should I prepare Science & Technology for UPSC?

Focus on concepts, applications, current developments, India’s capabilities, risks and regulation rather than excessive technical detail.

Is Science & Technology important for Prelims?

Yes. Emerging technologies and their applications are frequently relevant.

Is Science & Technology important for Mains?

Yes. GS-III explicitly includes technological developments, indigenisation, IT, space, robotics, nanotechnology, biotechnology and IPR.

Should I study basic science separately?

Basic concepts are useful, but only to the extent necessary to understand current technologies.

How important is current affairs?

Extremely important. S&T is among the most rapidly changing parts of the UPSC syllabus.

How should I study AI?

Understand:

Basic concept → Applications → Benefits → Risks → Regulation → India’s preparedness

How should I study space technology?

Cover:

Launch vehicles → Satellites → Applications → Missions → Space economy → Space security

How should I study biotechnology?

Focus on:

Genetics → Genomics → Gene editing → Vaccines → GM technology → Applications → Biosafety

Is IPR part of Science & Technology?

Yes. IPR is explicitly included in the UPSC syllabus.

How much technical detail is necessary?

Enough to explain the principle and significance, but not the level of a specialised engineering or science course.

Begin Your Science & Technology Preparation

Science and technology increasingly determine a nation’s:

Economic competitiveness

Strategic autonomy

National security

Public-service capacity

Environmental sustainability

and

Quality of life.

For India, the central challenge is not simply to adopt new technologies, but to develop the capacity to:

Research → Innovate → Manufacture → Deploy → Regulate → Scale

The most important question whenever you encounter a new technology is therefore not:

“What is this technology?”

but:

“What problem does it solve, what opportunities does it create, what risks does it generate, and how prepared is India to use it responsibly?”

Science creates knowledge. Technology converts knowledge into capability. Innovation converts capability into economic and social value.

[Explore Space Technology →]

[Explore Biotechnology →]

[Explore Artificial Intelligence →]

[Explore Semiconductors →]

[Explore Quantum Technology →]

[Explore Emerging Technologies →]

[Explore Intellectual Property Rights →]

[Explore Science & Technology PYQs →]

[Explore Current Affairs →]

SAMATA IAS ACADEMY

UPSC Science & Technology

Space • Biotechnology • AI • Semiconductors • Quantum Technology • Nanotechnology • Defence Technology • Emerging Technologies • IPR

Understand the Science. Analyse the Technology. Evaluate the Impact.