Technological progress is the process of finding new and more efficient methods to produce goods. The productivity of labour, capital, and other production variables increases as a result of technological progress. It is one of the most important factors that determine the rate of economic growth. “Technological Progress” is one of the important concepts in the UPSC/IAS 2023 Economy syllabus which is discussed in this article in detail.

What is Technological Progress?

• Technology is defined as the procedure that is used to convert inputs into outputs.
• It is technological progress that will enable a sustained increase in output per head of the population. As a result, it is the primary driver of economic growth.
• Technological progress is inextricably linked to the capital formation process. In fact, they complement each other.
• Without prior capital formation, technological progress is virtually impossible.
• This is due to the fact that the introduction of superior or more efficient techniques necessitates the construction of new capital equipment that incorporates new technology.
• In other words, if new and superior technology is first embodied in new capital equipment, it can contribute to national product and growth.

Technological Progress as Economic Factor in Economic Growth

• Technological progress primarily entails research into the use of new and improved methods of production or the improvement of existing methods.
• Natural resources are sometimes made available as a result of technological progress. However, in general, technological progress leads to increased productivity.
• In other words, technological advancement increases the ability to make more effective and fruitful use of natural and other resources for increasing output.
• It is possible to obtain a greater output from a given set of resources by using improved technology, or a given output can be obtained by using a smaller set of resources.
• Occasionally, technological advancements result in an increase in the available supply of natural resources. However, more broadly, technological changes increase the productivity of labour, capital, and other resources.
• Total factor productivity refers to the productivity of all factors' combined inputs. As a result, technological progress implies an increase in total factor productivity.
• As technology advances, it is possible to produce more output with the same resources or the same amount of product with fewer resources.
• Technological change is a change in the manufacturing process that results in a higher output per unit of labour.
• Technological advancement causes a shift in the production function, which incorporates all known techniques.
• Changes in technology must be distinguished from changes in technique.
  • While technological change refers to advances in knowledge that result in improved methods of production, technique change refers to the use of a different but previously known method of production.

Phases of Technological Progress

Invention

• Making new technology is the act of invention. It involves a novel scientific or technological concept and the methods by which it will be realised. 
• An invention must be unique and useful in order to be patented.

Innovation

• Innovation can be used interchangeably with "invention" or can refer to coming up with a fresh application or usage for an already existing technology. 
• According to Everett Rogers, innovation is defined as an idea, a behavior, or a product that seems novel to a potential consumer. 
• Innovative technology has five key characteristics, including Relative Advantage, Compatibility, Complexity, Trialability, and Observability.
• Relative Advantage means that the individual adopting the innovation believes it to be superior to the alternatives. It could be a tool that peels potatoes more quickly to save time or a seat belt that provides the benefit of increased safety.
• The innovation's lifestyle compatibility with the adopter is referred to as compatibility.
• Innovation's complexity determines how simple or complex it is to comprehend. Innovation is more likely to be embraced if it is simple to comprehend and utilise.
• Trialability is the process of evaluating an innovation's viability or trialability. Before an innovation is adopted or introduced to the market, extensive testing typically takes place.
• Observability refers to the ability to watch a product or behavior in action. It can serve as an example of its application.
  • An expensive product like a car may be observed by potential users more easily than it can be forced upon them to take a test drive.
  • Additionally, the more individuals you see utilising a product around you, the more inclined you are to want to purchase it yourself.

Diffusion

• The spread of technology across a community or business is referred to as diffusion. 
• It is the procedure through which the market accepts a novel concept, item, or behavior. 
• Diffusion of technology refers to how new technology is used or applied from one user to another.

Benefits of Technological Progress in Economic Growth

• Technological progress aids in increasing productivity with limited resources.
• Countries that have worked in the field of technological progress grow faster than countries that have placed less emphasis on technological development. The selection of appropriate technology is also important for an economy's growth.
• Technological progress improves the ability to make better use of natural resources, for example, with the aid of power-driven farm equipment, agricultural production has increased significantly.
• The United States, United Kingdom, France, Japan, and other advanced industrial nations have all gained industrial strength through the application of advanced technology.
• The adoption of new production techniques, in fact, facilitates economic development.
• Increased production can be achieved by either using more resources or by realizing higher productivity by more efficiently utilizing labor, capital, and land resources.
• Technological progress can aid in the discovery of new natural resources in the country, thereby increasing the country's productive potential.
• Technological progress also boosts the productivity of available resources.
• Technological progress increases worker productivity by providing better machines, methods, and skills.

Conclusion

In today’s technological age, the desire for developing countries to make rapid technological progress in order to catch up with today's developed countries is obsessive. Intensive efforts are being made to implement improved technology in agriculture, industries, health, sanitation, and education, as well as in all other aspects of human life. Indeed, newly emerging nations have come to regard technology as a pillar of national autonomy as well as a status symbol in the international community.

FAQs

Question. What is technological progress in the context of the Indian economy?

Question. How has technological progress contributed to India’s economic growth?

Question. What role does the government play in fostering technological progress in India?

Question. Which sectors in India have benefited most from technological progress?

Question. What challenges does India face in its pursuit of technological progress?

MCQs

1. What is the primary driver of technological progress in India?

A) Government policies

B) Foreign investment

C) Domestic innovation and entrepreneurship

D) Importing technologies

2. Which of the following is a major technological advancement in India’s agricultural sector?

A) Precision farming

B) Green revolution

C) Use of fossil fuels

D) Use of traditional irrigation methods

3. What role do IT and software services play in India’s economy?

A) They contribute minimally to GDP

B) They help in the growth of manufacturing

C) They are the largest sector contributing to exports and employment

D) They are not significant for the economy

4. Which initiative is a government-driven program to enhance technological development in India?

A) Make in India

B) Digital India

C) Startup India

D) All of the above

5. Which sector has seen the largest increase in technological adoption in India?

A) Agriculture

B) Services and IT

C) Manufacturing

D) Textiles

GS Mains Questions and Model Answers

Q1: Explain how technological progress has contributed to India’s economic development over the last two decades.

Answer: Over the last two decades, technological progress in India has played a key role in transforming its economy. The rise of the IT and software services industry has turned India into a global leader in outsourcing, contributing significantly to GDP and exports. Additionally, advancements in telecommunications, internet access, and digital infrastructure have facilitated economic integration, making services such as e-commerce, fintech, and telemedicine more accessible. Technological progress has also led to improvements in manufacturing processes, agricultural productivity, and renewable energy solutions, contributing to higher efficiency and sustainability. The adoption of digital platforms and innovation hubs has further boosted India’s economic dynamism, positioning the country as a key player in the global economy.

Q2: What are the challenges India faces in leveraging technological progress for inclusive growth?

Answer: While technological progress has brought significant benefits, challenges remain in ensuring that these advancements lead to inclusive growth. The digital divide, with unequal access to technology between urban and rural areas, is a major barrier. Rural areas often lack infrastructure for high-speed internet, reducing their access to digital services. There is also a skills gap, with a need for more investment in education and training for emerging technologies to ensure that the workforce can meet the demands of a tech-driven economy. Additionally, regulatory hurdles, inadequate funding for startups, and a lack of R&D investment can hinder the widespread adoption of new technologies. To overcome these challenges, India needs to focus on expanding digital infrastructure, promoting tech education, and creating policies that support equitable access to technological advancements.

Q3: Discuss the role of technological innovation in improving productivity in the Indian manufacturing sector.

Answer: Technological innovation has significantly improved productivity in India's manufacturing sector by enabling automation, reducing labor costs, and enhancing the efficiency of production processes. The integration of robotics, artificial intelligence (AI), and Internet of Things (IoT) has led to smarter manufacturing plants with real-time monitoring, predictive maintenance, and optimized resource allocation. Additionally, advancements in supply chain management and logistics, aided by digital platforms and data analytics, have reduced delays and minimized wastage. India's push towards 'Industry 4.0' is helping traditional manufacturing sectors modernize, leading to better product quality, higher output, and improved competitiveness in global markets.

Previous Year Questions on Technological Progress

1. UPSC CSE 2018

Question: "What is the role of technological progress in accelerating economic growth in India, and what measures can be taken to further enhance its impact?"

Answer: Technological progress has played a pivotal role in accelerating India's economic growth, especially in sectors like IT, agriculture, and manufacturing. The IT sector has brought in significant foreign revenue and created millions of jobs, while advancements in agriculture through precision farming and new technologies have increased productivity. To further enhance its impact, India should focus on bridging the digital divide, improving R&D investments, enhancing education and skill development, and fostering a supportive environment for startups and innovation. Increasing public-private collaborations will also be crucial in advancing technology across sectors.

2. UPSC CSE 2019

Question: "Analyze the challenges and opportunities posed by technological progress in the Indian economy."

Answer: Technological progress presents both opportunities and challenges for the Indian economy. Opportunities include enhanced productivity, global competitiveness, improved governance through digital platforms, and growth in emerging industries like fintech, e-commerce, and biotechnology. However, challenges include ensuring equitable access to technology across different regions, addressing job displacement due to automation, and bridging the skills gap in the workforce. To harness the full potential of technological progress, India needs to invest in infrastructure, education, and policies that promote innovation while ensuring that no section of society is left behind.