The world of work is undergoing rapid and profound changes due to technological innovation, demographic shifts, environmental challenges and social transformation
How can we understand and shape the future of work in a way that ensures decent work for all, promotes social justice and inclusion, and fosters sustainable development
Transition from an agricultural and handicraft economy to one dominated by industry and manufacturing, driven by innovations like steam engines, textile machines, and iron productions
Expansion of industrialization to new sectors like steel, oil, electricity, automobiles and telecommunication, driven by innovations like internal combustion engine, assembly lines, electric power plants, radio and airplanes
Emergence of digital technologies that enabled automation, information processing and communication across various industries, driven by innovations like computers, microelectronics, internet and biotechnology
Trend towards automation and data exchange in manufacturing technologies and processes, including cyber physical systems, (IOT), Industrial Internet of Things, Cloud Computing, Cognitive Computing and Artificial Intelligence
A field at the intersection of computer science, mathematics and statistics that focuses on development of algorithms that can analyse data to identify regularities that can be used to make predictions, recommendations and decisions
A special type of Machine Learning that identifies highly complex mathematical equations and parameters to solve complex problems like computer vision, speech recognition and natural language processing
Artificial Intelligence is the most important technology for business, the economy and society, and the driving force behind the Fourth Industrial Revolution