Ans. Control and instrumentation Engineering is a broad subject. It is primarily concerned with automation, field instruments, and final control elements that measure and control a variety of physical parameters. Its applications are numerous, including bio-medical, chemical, oil & gas, power, and many others.

Ans. Certainly yes, if you are interested in things like Electronics circuits, Machines, Management, Electricity. The course is an amalgamation of various core branches like mechanical, civil, electrical and electronics.

Ans. Technology is advancing at a rapid pace, and most tasks are now automated. That's where instrumentation engineers come in; they understand the art and science of measuring and controlling process variables in a manufacturing or production environment. We're basically placed in industries where heat, pressure, fluidity, and so on play a role, and as I mentioned, technological advancement has created a lot of job opportunities for engineers all over the world in various MNCs, so technically there's a lot of scope for instrumentation engineers.

Ans. Instrumentation engineering has a diverse career worldwide. If you are a graduate instrumentation engineer, you may select any of the profiles listed below.

• Lectures in universities
• Engineering for oil and gas (Project,Maintenance,Sales & Marketing,Service etc.,)
• Instruments for biomedicine (R&D, Installation and service, Sales & Marketing etc.,)
• Chromatography (gas) (R&D, Installation and service, Sales & Marketing etc.,)
• Space exploration (R&D, Installation etc.,)
• Programming for engineers (PLC, DCS, controllers with MATLAB, microprocessor, VB etc.,)

Ans. Any industry sector requires instrumentation as a basic requirement. The concept note, also known as the design description document in instrumentation, is prepared by the design engineer. Technical Bid Analysis and Request for Proposal are also available. The Instrumentation Engineer is in charge of creating datasheets for instruments that will be used throughout construction. P&ID diagrams are also meticulously prepared by Design Engineers, and once finalized with the client, they are documented. They continue to revise the P&ID until it meets the specifications.

Ans. The future is determined by how well one prepares for it. Colleges are putting in place the infrastructure that will prepare their students for the workforce. Enroll in a college that will prepare you for a career in the industry. If you are unable to do so, look into the courses and certifications that are in high demand in the industry. Develop cross-engineering skills, such as learning some light coding, PHP, JS, or possibly UI design.

Ans. Until now, the highest packages offered by Yokogawa, Ebara, Siemens, and Rockwell honeywell automations to IIT KGP were 43LPA, followed by 35LPA at COEP and 29 LPA at NITT for strictly core instrumentation engineers.

Ans. Salary depends on the industry and company, but as a fresher, you can expect a salary of 3 LPA in a reputable organisation. If you pass GATE and work in a government sector like IOCL or BPCL, you can easily earn 6–7 LPA as a fresher. However, it is recommended that you first enter the field regardless of the salary. No one can stop you from earning a good living if you demonstrate your knowledge, skills, and abilities.

Ans. You can get jobs as an instrumentation engineer in various ways. Campus selection in the college itself is a very reliable and safe option. Apart from this, there are off campus placement drives organized by companies hiring instrumentation engineers. You can also write GATE and land in petroleum sector as a fresher.