Cademix Institute of Technology, Vienna, Austria | +43 650 967 7080 | info@cademix.org
Estimated Reading Time: 10 minutes This article explores the cognitive biases that lead job seekers to misinterpret job offers. By delving into optimism bias and the bandwagon effect, we aim to understand how these psychological factors can cause individuals to misjudge employment opportunities. This comprehensive analysis provides valuable insights for international job seekers to navigate the job market more effectively.
Estimated Reading Time: 11 minutes Germany is a country that is rich in culture, history, and opportunities. With 83 million inhabitants, Germany is the most populous country in the European Union and home to some of the world’s largest cities. In this guide, we will take a look at Germany’s biggest cities, starting from the 20th ranked city according to their population and ending with the largest, Berlin. We will provide a brief overview of each city, highlighting the major attractions, historical or touristic sites, major industrial opportunities, job markets, and the approximate location of each city, as well as some of the largest universities and manufacturing companies located there.
Estimated Reading Time: 7 minutes This article explores the challenges posed by the VUCA (volatility, uncertainty, complexity, and ambiguity) job market, intensified by rapid advancements in AI technologies. It discusses how AI has exacerbated the VUCA world and offers insights on how job seekers and professionals can leverage AI as a solution to navigate the complexities and uncertainties of the evolving job landscape. By utilizing AI tools and strategies, individuals can better adapt to the VUCA job market and increase their chances of securing the right opportunities in an ever-changing world.
Estimated Reading Time: 5 minutes Cademix Institute of Technology’s study introduces an efficient solution to the persistent problem of filament clogging in desktop 3D printers. By fine-tuning the size of heat sink fins to 20mm, the researchers successfully minimized the problematic Zone 2 in the printer head, where filament begins to soften. This optimization is pivotal in maintaining the appropriate temperature gradient within the printer head, ensuring smooth and uninterrupted 3D printing operations.
