Cities are increasingly seen as sites of strategic action on clean energy and climate change. The United Nation’s 2015 Sustainable Development Goals includes an explicit urban goal for the first time, and the 2015 Paris Climate Agreement enables new spaces to promote climate outcomes in national development contexts. The attention on cities in the energy-climate nexus is particularly timely for India, which is projected to account for a quarter of the rise in global energy use by 2040. This growth is driven in large part by the country’s ongoing economic and social transitions.
Science & Technology
It has been nearly one year since India’s Directorate General of Civil Aviation (DGCA) issued its draft drone guidelines. Given the criticality of these regulations in shaping a relatively young industry in India, several industry bodies and start-ups had provided feedback and pushed for timely action. That drones have tremendous practical applications can no longer be disputed. Some of India’s start-ups are revolutionizing drone applications in areas as diverse as disaster management, precision agriculture and crop insurance, mining, infrastructure projects, and land records.
Across the world, and most certainly in India, the expansion of Internet-enabled media has sparked new hopes of political participation, and new arenas for public debate and political action. Recent estimates reveal as many as 350 million Internet users in India, alongside only China and the US in reach and volume.
Unmanned aerial vehicles are flying robots that provide some of the benefits of manned flight without its attendant risks and inconveniences. Commonly known as drones, they’ve entered the limelight in the past two decades due to advances in electronics engineering and computer science. Having proved their worth on the battlefield during both the 1973 Yom Kippur and the 1982 Lebanon wars, numerous military forces began implementation of their surveillance and weaponized drone programs.
Nearly a decade after the Government of India first announced its intentions to regulate the domestic medical device industry and after many interim, patchwork guidelines, a comprehensive draft National Medical Device Policy (NMDP-2015) has been issued and made public for review by interested stakeholders. Medical devices form a $200 billion global industry, which develops and manufactures essential healthcare equipment ranging in complexity from simple devices like thermometers and stethoscopes to complex devices like pacemakers, ultrasound machines and surgical robots.
Prime Minister Narendra Modi’s visit to France in April 2015 – his first visit to a European country – highlighted New Delhi’s burgeoning ties with Paris, underlined India’s attempts to diversify its defense purchases, and re-emphasized the congruence that has existed between the two countries during most of the Cold War. France has gradually emerged as a formidable technology supplier to India in all three strategic realms: defense, space, and nuclear energy.
India’s unemployment rate currently sits at 9 percent. Yet, one in three citizens with at least a bachelor’s degree is out of work. Its working age population,is projected to rise from over 750 million today to almost a billion by 2020. At the same time, agricultural employment is in decline, accounting for less than 50 percent of total employment for the first time in Indian history. These market pressures are pushing the labor force towards higher skilled occupations. Yet, even young, college-educated,Indians often lack the requisite skills to obtain these jobs.
Since 1991, when the Maharashtra Chief Minister launched a plan to transform Bombay into a “world class city” modeled on Singapore, the face of the city of Bombay (now Mumbai) has witnessed dramatic changes.
India is facing major challenges in higher education. In 2007, Prime Minister Singh noted that in almost half of India’s districts, higher education enrollments were “abysmally low” and that two-thirds of Indian universities and 90 percent of Indian colleges were rated as below average on quality parameters.