Masters In Instrumentation And Control Engineering In Singapore

Masters In Instrumentation And Control Engineering In Singapore

A masters in instrumentation and control engineering provides you with the knowledge and skills to solve problems in the industrial sector. You will learn how to use sensors, actuators, controllers, computers and other instruments to monitor the performance of a process or machine.

If you are interested in pursuing a career in this field, it is important for you to understand the different types of degrees available at various universities around the world. This will help you decide which option is best suited for your needs before enrolling in classes.

Types Of Degrees

There are two main types of degrees offered by universities: graduate certificates and masters programs. Graduate certificates are typically shorter than master programs and include only one subject area instead of several subjects like those found at a bachelor’s degree program would require. Master’s degrees take longer than graduate certificates (usually between one-three years) and cover multiple subjects such as engineering subjects related to instrumentation or industrial processes; these subjects may include electronics engineering technology (EEE), computer science (CS), mechanical engineering technology (MET), electrical engineering technology (EET), or chemical engineering technology (CHET).

Masters In Instrumentation And Control Engineering In Singapore


With the advent of Industry 4.0 and technological advancements, there is a growing demand for engineers to design and develop mechanical systems that are capable of functioning autonomously with little or no human intervention. Have you ever wondered how driverless vehicles work on the road without any human assistance? Or how robots are programmed to carry out tasks in factories? The answer lies in Instrumentation & Control (I&C) Engineering!

Masters in Instrumentation and Control (I&C) Engineering is a specialized study of the creation, distribution and application of information, i.e. data, and control in virtual and real systems.

  • What is instrumentation and control?
  • How is instrumentation and control engineering different from other engineering fields?
  • What are the benefits of studying instrumentation and control engineering?
  • What are the career opportunities for instrumentation and control engineers?

Individual coursework varies according to the university, but most are designed to give students the opportunity to perform practical work in the field of I&C engineering through laboratory experiments and design projects.

The coursework in this program will be project-based, laboratory-based and practical-based. Students will have the opportunity to perform a number of experiments in the field of instrumentation and control engineering through lab work.

For example, students may be asked to design an electrical system or develop software for computer control systems.

Most graduates are able to find employment as instrumentation and control engineers in fields such as automation, instrument engineering, or process control.

Graduates of this program will have a wide range of employment opportunities. Most graduates work in the private sector as instrumentation and control engineers or automation engineers, or they move into other fields such as research and development, project management, sales and marketing. Many graduates also continue their education to pursue post-graduate degrees or certification programs.

  • Singapore: The majority of employers are in Singapore, but there is also significant demand for qualified candidates overseas. Employers may include companies such as Air Liquide (Asia), Honeywell Process Solutions (Singapore), Siemens Process Industries & Drives (Singapore).
  • Other Countries: Some employers recruit abroad to fill positions that cannot be filled locally due to a shortage of qualified candidates with required experience or skillsets; others have offices outside Singapore where they employ staff from other countries who need training on how to use products manufactured by their employer’s company (e.g., training provided by Honeywell International Inc.).

A Masters In Instrumentation And Control Engineering opens up opportunities for specialized employment in engineering firms.

A Masters In Instrumentation And Control Engineering opens up opportunities for specialized employment in engineering firms.

For instance, you could pursue a career as a control system engineer or an instrumentation engineer. As a control system engineer, you will be responsible for designing and developing control systems to improve the efficiency of machinery and equipment used in industries such as oil and gas, manufacturing, power generation, water treatment plants and other sectors. You may also be required to supervise and monitor these systems once they are installed. As an instrumentation engineer on the other hand, your tasks will include installing sensors at various locations within an industrial plant so that employees can easily monitor different aspects within the facility such as temperature levels or pressure levels in piping systems. You may also need to develop automated processes that allow automatic monitoring of these parameters through computers or other electronic devices installed throughout the plant’s operations area.


After graduation, you can take up a job in fields such as automation, instrument engineering, or process control. The average starting salary for an I&C engineer is $53,000 with a projected income of $91,000 after ten years on the job. The opportunities available to you are limitless and you can expect to find work in any field that requires skilled professionals.

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