MS in Instrumentation Engineering

Study MS in Instrumentation and Control Engineering in Germany:

Instrumentation engineering is a highly specialized field focused on the design and configuration of automated systems that involve measurement and control functions. A master’s degree in Instrumentation can open up opportunities in industries like oil and gas, automotive, aerospace, biomedical, and more. Given increasing automation and demand for preciseness in various processes, instrumentation engineers are highly sought after. 

Why Study Masters in Instrumentation?

There are several benefits of pursuing a master’s in Instrumentation:


  • Advance your technical skills: The program offers in-depth knowledge of tools and technologies used in instrumentation and process automation. Students get hands-on experience in handling software like LabVIEW, MATLAB, and systems such as Programmable Logic Controllers.
  • Increase employment opportunities: The job market for instrumentation engineers is buoyant, given their critical role across safety-critical industries. A master’s degree in the field allows accessing senior roles with higher pay. According to surveys, master’s recipients earn over 20% higher than those with just a bachelor’s.
  • Pursue interdisciplinary specialization: Students can specialize in areas such as mechatronics, robotics, or biomedical instrumentation based on their interests and career goals. The knowledge gained is highly versatile.
  • Research opportunities: The program provides opportunities to participate in cutting-edge research and get involved in projects funded by leading companies or research organizations. Students can build a foundation for a career in research or go on to pursue a PhD.
  • Enter new industry domains: While a bachelor’s degree may qualify you for a single industry, a master’s in Instrumentation opens up more diverse opportunities. You can shift industry domains or work as a consultant across different sectors.
  • Broaden your perspectives: A master’s program exposes you to more advanced and contemporary topics in instrumentation engineering. You can gain a macro-level understanding of concepts and technologies that enhances your ability to solve complex problems.
  • Global growth platform: Study abroad offers professional and personal development opportunities. You can immerse in a new culture, build a global network, and get access to more diverse career opportunities. Leading universities worldwide provide specialized instrumentation programs for international students.

This is mainly a 2-year master’s degree program in engineering physics along with the focus in instrumentation engineering teaches students how to use instruments to measure. The faculties also teach the students about controlling and recording variables such as temperature, pressure, and flow. Students will be able to learn about analog and digital electronics through hands-on laboratory experiences. Graduates typically require licensure to work as professional engineers.

To continue their higher studies, the students need an accredited bachelor’s degree in engineering, engineering technology or math, computer science, as well as a strong background in biology and chemistry. To study MS in Instrumentation Technology, one has to know about the universities in abroad. Knowing the detailed aspect of the university will give them a clearer picture.

Top Universities for Master's in Instrumentation includes;

  • RWTH Aachen University: Offers MSc in Measurement and Control Engineering. Focus on measurement technology, sensor technology, data analysis and automation. Includes lab work, project work and internship. Ranked among top universities of technology in Germany.
  • TU Darmstadt: Offers MSc in Measurement and Control Engineering. Focus on fundamentals of measurement and sensor technology, data analysis, automation and robotics. Opportunities for research and projects in well-equipped labs. One of the top technical universities in Germany.
  • Karlsruhe Institute of Technology: Offers MSc in Embedded Systems Engineering. Focus on embedded systems, microelectronics, measurement and sensor technology, automation etc. Strong practical focus with access to fully equipped labs and opportunities for internship. One of the leading technical universities in Germany.
  • TU Braunschweig: Offers MSc in Measurement and Control Engineering. Focus on measurement technology, sensor technology, automation, robotics, data analysis etc. Includes theoretical studies as well as practical lab work and project work. Internship opportunities available. Listed among top technical universities in Germany.
  • TU Berlin: Offers MSc in Measurement and Control Engineering. Focus on fundamentals of measurement technology, sensor technology, automation, signal processing, and robotics. Strong research focus with opportunities to participate in ongoing research projects. Internationally ranked university located in the capital city of Berlin.

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    Eligibility Criteria for Indian Students

    To be eligible for a master’s in Instrumentation in Germany, Indian students need:


    • Bachelor’s degree in Instrumentation, Electronics or related field: A 4-year bachelor’s degree in instrumentation, electronics engineering or technology with minimum 60% marks is required. Students from other disciplines may need additional bridging courses.
    • Good scores in GRE/GATE: High scores in the Graduate Aptitude Test in Engineering (GATE) or GRE including subjects like Engineering/Technology can make your application stronger. However, GATE/GRE is not mandatory for all universities. You need to check admission requirements of specific programs.
    • Proof of English proficiency: Achieve a high score in English proficiency tests like IELTS/TOEFL (typically 6.5-7.5 band or 90+ points) for admission. Some universities may consider admission without scores too. But English scores enable more opportunities.
    • Letter of Recommendation: 2-3 recommendation letters from your teachers/professors evaluating your skills, strengths, and potential for postgraduate studies. The letters should be on official letterheads.
    • Statement of Purpose: Submit a well-crafted statement of purpose highlighting your objectives in pursuing the master’s program and future research/career interests. Explain your relevant background, passion, and abilities. An SOP is a crucial document in your application.
    • Other documents: Provide updated CV, bachelor’s degree certificate, mark sheets of university exams, passport copy, proof of finances, health insurance, motivation letter, etc. depending on university requirements.
    • Application fees: Most universities charge application fees ranging from EUR 50-200. Ensure you check the specific fee of universities you intend to apply.


    The application process can take 6-8 months. Apply well in advance, especially if looking for scholarships or education loan. With the right qualifications and preparation, getting admission into globally reputed universities for an instrumentation master’s is very possible for Indian students. Focus on your specialization interests and do your homework to identify universities that match your study goals!

    Scope of Instrumentation Job

    Instrumentation engineers are in demand across various industries like automation, aerospace, energy, transportation, biomedical, etc. Their expertise in measurement, control and automation technologies allows them to work in research, design and application roles. A master’s degree in Instrumentation engineering opens up opportunities in diverse sectors:

    • Process automation: Work as controls and instrumentation engineers in oil & gas, chemical, power generation companies, etc. Responsible for handling automated systems, sensors, data acquisition software and more. According to survey, 80% of instrumentation jobs are in this sector.
    • Healthcare: Hospitals, clinics and medical research institutes hire instrumentation specialists for developing and operating advanced diagnostic and monitoring equipment. Especially those with biomedical specialization are in demand.
    • Pharmaceuticals: Major employment sector given the use of instrumented control systems and software in drug manufacturing processes complying with safety and quality standards. Plant Instrumentation specialists are required to design, install and monitor systems.
    • R&D: Eligible for roles like research engineer or scientist in government organizations and corporates across various disciplines of instrumentation. Engage in development of advanced measurement, testing tools and new technologies.
    • Aerospace: Work as test engineers or instrumentation specialists in design, testing and integration of complex instrumentation systems used in spacecraft, aircraft, missiles, launch vehicles and associated ground support equipment.
    • Automotive: Involved in design, development, testing and production of instrumentation and control systems, sensors and software used in automobiles. Work in product design or manufacturing companies.
    • Academia: Pursue a career as a professor or lecturer in universities and engineering colleges. Engage in teaching and research activities in instrumentation. Requires very good academic profiles and an interest in guiding students.
    • Consulting: Work as consultants providing services to companies across different sectors. Requires diverse knowledge, troubleshooting skills, leadership and communication abilities.


    The annual salary for experienced instrumentation professionals can range from USD 70K to USD 150K depending on the region and job profile. Growth to leadership roles with higher pay and perks possible over time as you gain more expertise and technical proficiency. Overall, studying master’s in Instrumentation can build a foundation for a rewarding and challenging career anywhere in the world!



    In summary, a master’s in Instrumentation is ideal for students passionate about automation, measurement and control technologies. The program provides advanced technical skills and knowledge preparing you for diverse careers across vital industries.       


    While the field of instrumentation engineering continues to evolve rapidly, the fundamental concepts acquired through a master’s degree remain relevant regardless of short-term changes in tools or software. The learning also strengthens your logical and analytical thinking abilities that are useful for any engineering domain.    


    Globally recognized universities offer Instrumentation master’s that expose you to innovative ideas, cutting-edge research and latest industry practices. Gaining international study exposure builds valuable cultural fluency and global networks that enable exciting new opportunities.     


    For those keen on shaping the future through intelligent systems and automated processes, a master’s in Instrumentation is essential. The program equips you with expertise and perspectives that drive innovation, meet the demands of new generation instrumentation solutions, and build more robust monitoring & control systems. Overall, it prepares