NAFEMS UK conference 2014 that was hold in Oxford, UK 10-11 June 2014 Term Paper

NAFEMS UK conference 2014 that was hold in Oxford, UK 10-11 June 2014 - Term Paper Example Computer-aided engineering is the use of software and tools to enhance the user’s productivity. Computer-aided engineering tools such as the MuSES IR Signature Prediction by ThermoAnalytics and the Solidworks tools by Bassauult Systems as illustrated on the UK conference. The future of computer-aided engineering aims at developing programs that can share data with each other and eradicating manual involvements, cross-checking, and the checking of errors. Manual attributes are regarded as a low-value utilization of an engineer’s time where organizations cannot maximize their resources using the manual approach. The future of computer-aided engineering seeks to automate most non-value tasks to enable engineers complete challenging tasks in the least time possible (Hsieh & Tsai, n.d). According to the presentations by Altair, TranscenData, and Enginesoft among others, the new development of the computer-aided programming seeks to converge most approaches as the computer-aided design by adding a central database to increase automation levels. The presented software and tools such as the ESTECO Enterprise Suite indicate that engineers will be able to load numerous data entries into the database that can hold all recurrent data and insert it where necessary in a keystroke. Engineers are choosing the use of the computer-aided engineering will convert project documentation into various regional standards and languages to facilitate cross-border collaborations. The computer-aided engineering initially included simulation and optimization and was once regarded as a specialty task that required advanced development and research. Today simulation through the finite element analysis has drastically evolved into a relevant part of an engineer’s design. The impact of simulation can be observed in everything from packaging of