James Pang

Associate Professor, NUS Business School

Dr. James Pang is currently an Associate Professor at the NUS Business School at National University of Singapore, and the Co-Director of NUS Business Analytics Center. His research focuses on big data analytics, blockchain, business analytics (BA) architecture, modelling methodology, and algorithm development. He has experience in manufacturing, supply chain/logistics, finance, healthcare, and retail, and has been working in analytics and optimisation in the last 15 years.

This file photo taken on 31 May 2021 shows an employee of the semiconductor manufacturer Bosch working in a clean room during the preparations for the series production of semiconductor chips on innovative 300-millimetre wafers in Dresden, Germany. (Jens Schlueter/AFP)

Why no country can win the chip war

Though the Covid-19 pandemic has had an impact on many industries, annual global semiconductor sales still increased by 10.8% in 2020 to reach US$464 billion. The current global semiconductor supply chain is highly internationalised. While it is dominated by a small number of countries and regions, none of them has full control over every segment in the supply chain and geopolitics can be a risk factor. While the US has imposed sanctions and trade restrictions on China to hinder its development in chip making, academic James Pang says that given the nature of the industry, the current status quo will be maintained for some time.
A sign indicating digital yuan, also referred to as e-CNY, is pictured at a shopping mall in Shanghai, China, 5 May 2021. (Aly Song/Reuters)

China’s central bank digital currency (CBDC) innovations

In part 2 of his article on China’s digital currency ambitions, James Pang takes a look at how a Chinese central bank-issued digital currency — the DCEP — can complement existing e-payment methods and have an edge over traditional cash and cryptocurrencies when it is fully rolled out. Being the first major economy to launch a CBDC, China’s experience will be useful for other countries looking to hop onto the digital currency bandwagon. Utilisation of Chinese DCEP could also aid the process of internationalising the Chinese Yuan (RMB).
A sign indicating digital RMB is pictured on a vending machine at a subway station in Shanghai, China, 21 April 2021. (Aly Song/Reuters)

How China took the lead in the digital currency race

What’s the difference between virtual currency, digital currency, cryptocurrency, and e-money? In part 1 of his article on China’s digital currency ambitions, James Pang traces the development phases of China’s central bank digital currency DCEP amid a growing global appetite for central bank digital currencies. He also guides us through the jargon of the digital currency world.
A worker makes finishing touches to a signage for 5G mmWave at the MWC Shanghai exhibition in Shanghai, China, on 23 February 2021. (Qilai Shen/Bloomberg)

Has China surpassed the US in the 5G race?

In the development of 1G to 4G technology, the US, Europe and Japan took turns to dominate. When it comes to 5G, China says that it has built the largest 5G network globally with other 718,000 5G base stations throughout the country, which is at least ten times the network in the US. China is also strong in 5G chip design and is making inroads in setting global standards for wireless networks. Is China getting a leg up in the tech race?