This thesis investigates possible future IT solutions for increased mobility of CAD-intensive multi-disciplinary consulting companies. The development of new IT solutions is quickly moving forward, and new ways to implement IT in businesses are constantly being launched onto the market. In the wake of new IT solutions with focus on increased mobility making themselves known, the interest from companies to implement these into their businesses has increased. By investigating the engineering consultant company Bjerking AB and how it operates from an IT point-of-view, this thesis presents possible IT solutions for increased mobility for an engineering consulting company operating in the AEC-sector. By conducting interviews with key users, observing meetings and researching the current state of Cloud Computing and hardware virtualization this thesis shows that and implementation of an IT solutions based on Cloud Computing and hardware virtualization is possible. By implementing a cloud-based IT solution using a private cloud distribution model and hardware-assisted GPU virtualization, a CAD-intensive consulting company can achieve increased mobility without lowered performance and at the same time maintain a high level of data of security.