Are you an Instrumentation engineer looking to get a better career offer, if yes, learn Design engineering. I can give you Instrumentation design engineering study material.
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Pages: 1500 plus (pdf files)
This study material will help you to get into the field of design engineering in Instrumentation in EPC oil and gas power, infrastructure etc.
Introduction to Instrumentation Detail Engineering
Instrumentation Detailed Engineering (IDE) is a study which defines every technical and non technical aspects of project development. IDE follows Basic Engineering (BE) and Front End Engineering Design (FEED). It contains in detail diagrams and drawings for construction, civil works, Instrumentation, Control System, Electrical Facilities, Management of Suppliers, Schedule of Activities, Costs, Procurement of Equipment, Economic Evaluation and also Environmental Impacts before starting of construction of a project. Instrumentation detailed engineering found to be the best method for plant commissioning and plant maintenance.
What Does an Instrumentation Design Engineer Do?
An instrumentation design engineer designs, visualizes, and then uses the most updated tools and machines, or devices, to effectively operate the electronic and mechanical systems by the use of various instrument panels and control panels. The instrumentation engineer, as the title implies, deals with the instruments, their successful control, and how easily and effectively that they can be used by employees. The instrumentation design engineer works in a professional environment with other engineers, and the technicians, to introduce the latest updates and innovations into the industry. These types of engineers are employed in many different types of industries, such as the medical technology firms, electronics and manufacturing industries, and chemical plants.
The role of an instrumentation design engineer is very different from the other engineers and professionals that work within the same industry. They constantly have to monitor and research the equipment and materials being used, then they strategically plan the procedures and recommend the solutions. The first step towards the solution of any problem is an in-depth analysis of the task, and then undertaking long and resourceful researching and experimentation so that they can come up with the best instrumentation for the task, and to solve any problems that may exist in the current ones. After careful analysis and examination of the task, they can suggest the best possible solutions and recommendations.
Gijo Vijayan