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Arun Arya

Prof. (Dr.) Arun Arya

Estd Yr 2000 Arya 1st Old Campus REAP Code : 14

Admission Contact

Dr Arun Arya

1800-266-2000 1800-266-2000 1800-266-2000

Contact for Admission

Arun Arya

Prof. (Dr.) Arun Arya

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How technology has transformed engineering industry?

  /  Science & Technology   /  How technology has transformed engineering industry?

How technology has transformed engineering industry?

Technology has transformed engineering industry

The number of sensors and digital systems that are collecting data on aircraft, railway cars, locomotives and automobiles is rapidly expanding. Artificial intelligence, machine learning and other technologies are transforming the basics of how transportation equipment works. These new components and technologies are reshaping the way engineers of top engineering colleges design and develop equipment. They create opportunities that contains research and development (R&D) costs and substantially speed up the incorporation of innovations. It further allows them to better adapt to rapidly changing customer demands.

Real-time Innovation

Earlier, inventing transportation equipment required a trial-and-error process and multiple prototypes. For instance, the development of a new model of car by the students of engineering colleges typically took close to four years, with the model staying on the market for seven years. For aircraft and rail rolling stock, the integrated timetable for development and the equipment’s time in service can be three to four times longer.

Digitization is changing the playing field for engineers of Best Engineering Colleges. It alters the culture by providing real-time data on the performance of equipment in the field today. Moreover, it allows them to consider improvements that can be achieved in months through data algorithms rather than years or decades. To accomplish this, engineering departments are changing their working patterns. There are some essential trends that are redefining the design and development of transportation equipment.

Two Types of Engineers

The biggest challenge that transportation companies are facing is finding candidates with the right mix of engineering skills. The growing technical knowledge of transportation equipment demands deep expertise in narrow scientific fields like artificial intelligence, but their complexity also creates a need for system engineers and architects. These specialists have mastered several engineering disciplines and can address a product holistically by understanding how various systems interact and support each other.

Open Engineering Ecosystems

Outsourcing was once a means of cutting costs. But today, it is done to access new skills in areas like artificial intelligence or to reassign legacy work so in-house engineers of private engineering colleges India can focus on new technologies. It often involves collaborating with technology start-ups, which can create culture clashes. The tech industry accustomed to perfecting systems over time based on usage data. The problems in the field for transport equipment makers can threaten more than their reputations and customer relationships. Yet the two types of engineers must work together, which will require more alignment between engineering processes, signoff procedures and validation requirements, among other things.

Optimizing Design with Product Data

New engineering steps are arising from the growing collection of data. It is supplied by aircraft, automobiles and railway cars themselves. Manufacturers have added large number of sensors to their products. This is because the cost has come down and advanced analytics become available to interpret the data.

Even in aviation, with the usage of product data for years, manufacturers are finding new implementations. For instance, flight optimization equipment is being introduced by the students of best engineering colleges India that would allow flight plans to be altered based on real-time data on weather and traffic. It leads to better fuel use and fewer delays. Also, planes are sharing data more readily with air traffic control and other aircraft to improve safety and traffic management.

Customer-Centric Product Design

Demand for customization also defined as that engineering companies are working closer than ever with their customers. It is seen that sixty percent of top-performing companies now collaborate intensively with their customers to get feedback on products and understand what they want next.

Equipment makers do not involve their customers in the technical design, but they use them as integral parts of the testing process for new technologies. Earlier, train operators from Top BTech Colleges were invited to give feedback on new trains already in production, but now manufacturers provide virtual simulators to let drivers try out different designs before the production phase.

In automobiles, automakers might identify driving patterns that cause higher emissions and adjust the exhaust systems’ control algorithms for individual drivers.

Project Data Management and Other IT Tools

Project data management (PDM) tools are one way to cope with the growing issues. PDM arranges a technology system into an interrelated library of subsystems. It allows data sharing across a company, by removing functional silos. It can pace the development and cut the design cycle in half. PDM could be particularly useful for the rail industry. This is because it has more scope for customization than in automotive or aerospace. And where the need to limit complexity makes data about every variable easily accessible.

Rail manufacturers have started the journey to modularizing their sub-systems. It allows the automakers to use similar parts on multiple platforms. Yet engineers of best private engineering colleges are often reluctant to adopt new IT tools like PDM, with their rigidity and poor user interfaces that are often a struggle to use.

Implementing Fully Agile Development

Traditional engineering development was based on a steady sequence of steps, varies from concept to implementation. In some cases, engineers will not know a system that was not working until far into the testing process, forcing them to lose time as they went back to re-engineer it. Today, software uses agile processes in which teams quickly test, iterate, and gather feedback on a product. Big tasks are getting divided into smaller ones. Also, teams tend to work in sprints.

With the growth of digital content of engineered products, the companies will increasingly turn to agile methods. The result is much faster product development cycles. It estimates that the agile processes will deliver faster results in over 90 percent of projects. However, it may not be easy to get engineers of engineering colleges in Rajasthan to give up their traditional development process.

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