This paper discusses the growth of E-

This paper explores the ramifications of information technology on the global workforce and impact of technology on the world economy. The paper discusses complex issues facing the governments, societies, and business corporations such as changing job contents, global unemployment, and transition from human workers to machines. In conclusion, the replacement of workers by machines is going to force every nation to rethink the role of technology in the everyday life in the twenty first century.

The state of the art in technologies and their impact on individuals, organizations, society and governments are on the rise. With constant and rapid innovation in the IT domain, many global organizations are moving to virtual team structures in order to build high performance cultures, improve productivity, and maintain synchronicity within their global structure. Many companies have had success in forming global virtual teams, though many have failed. The purposes of this paper are: (1) explore the use of virtual collaborations in global organizations, (2) explain virtual teams vs. physical teams, (3) address the pros and cons of virtual teams, (4) review the impact of the factors that affect the effectiveness of virtual teams, and (5) understand the new kind of worker and the role of the management.

This paper examines the potential of business administration vs. computer science degrees in terms of earnings, job security, and job satisfaction. The paper focuses on earnings potential five years and ten years after the completion of business administration and computer science degrees. Moreover, the paper presents the income changes with promotion and lifetime earnings expectations of both the business administration and computer science graduates.

The location of tall building in complex region, wind is the powerful factor exerted on tall buildings. This pressure has a direct affected on the drag force. The drag force has a significant impact on the building's surface. All the faces of a tall building's drag force or maximum pressure coefficient have generally been measured through wind tunnel experiments. It's difficult and costly, but it's the best option. Computational Fluid Dynamics (CFD) has been used in this study to determine the external pressure coefficient on the front and back sides of a tall building in the presence of hill interference in complex region. In addition, the current research investigates the behaviour of wind flow around tall buildings at different location of hill first scenario the top of a hill, second scenario the front and third scenario back zones of a hill, and the interactions between tall buildings and the hill itself