Heterogeneous systems and applications share, compute and store resources utilizing gird-resource sharing architecture. So far, various grid-enabled paradigms are developed to carry out large-scale problems in various fields of science, engineering and commerce. Observing the rapid emergence of the grid computing, windows-based grid computing is particularly important from the software industry’s perspective. In this paper, construction of Alchemi NET Grid framework is implemented. Finally, a legitimate performance evolution is conducted by executing various thread sizes of Pi over the Alchemi. Net Grid, in accordance with the varying numbers of Gird Executers enabled. The foremost theme of this paper is to explore the idea of deployment process of NET based grid computing framework at QUEST (Quaid-e-Awam University of Engineering, Science & Technology). The reactive response to high-price of supercomputers disables us to reach for many scientific domains, like weather forecasting, nuclear simulations, bioinformatics, high-end graphics and financial modeling. The approach will put the concept a step ahead to develop a collaborative strategy for progress in the NET grid aware applications.