Engineering industry has been booming at a zenith level since the last decade. With many conglomerates participating, there is a need for survivability and optimization in these industries. Consequently, this has given way to a particular software that not only integrates business management applications but also provides automation to a plethora of back office functionalities. Engineering is based on system development life cycle.

Following this model entails implementation of complex management strategies at each and every step of the SDLC. Enterprise Resource Planning or ERP provides integrated operations planning for all the facets of this cycle. ERP as a whole provides all these applications in a single database and user interface. An Enterprise application is a custom designed application software catering to the needs of one organization.

Therefore ERP is a type of an enterprise application. This software was once only used in mega-conglomerates, but with the inception of startups, another small scale ERP has emerged too. The engineering industry, as a whole, is an endeavor that requires customization and creative gathering at every single step. Consequently, the ERP is deployed at the very start of the engineering process.

The ERP modules common to the start process are the ones pertaining to product planning. This module entails requirement analysis, resource gathering, feasibility test and financing. The product planning module works in cohesion with another module pertaining to management. While these frontend modules are functioning, a plethora of back office modules also participate in the operation.

The tasks performed by these back-office modules include services knowledge base, checking the financial data for accuracy, facilitation of better project planning, redundant task reduction, employee life cycle automation, payroll, human resources, etc. In the first step of engineering, where requirement analysis is entailed, the ERP database stores all the possible resource inputs. Checking in with the predefined financial dispositions, the most feasible resources taken into account. The ERP also plays the role of storing feedback from the clients or higher officials.

The resultant system requirement specification is altered in the ERP database from time to time. The financial statements incurred into the database at this phase are checked by the back-office modules of the ERP.

The next of engineering comes the modeling. ERP provides a storage center of all the UML diagrams in this regard. The back office module of ERP responds as an optimizer of these models. The models are filled in the ERP’s repository.

This central datasheet provided aids the developers to work in an integrated manner. The survival of an engineering industry or any industry for that matter depends on the distribution. ERP provides an automated process of distribution process management. As the ERP has been successful in incorporating the modules for business intelligence, it aids in implementing the best distribution and marketing strategies.

Due to the vast amount of modules entailed int he ERP, this system necessitates multiple dedicated teams for its customization and deployment.As prior detailed, the ERP acts as a central repository for almost every business requirement. This trait has modernized the current engineering industry with automation and optimization.