COURSE CURRICULUM

The Instrumentation Engineering Technology diploma requires completion of 60 credits across 23 courses over two years, with two semesters each year. The program covers a broad range of essential topics to prepare students for careers in automation and process control. Core courses include Process Analyzers, Applied Chemistry and Physics for Instrumentation, and Remote Automation Systems, which build a strong foundation in understanding instrumentation principles. Students study Distributed Control Systems I and II, along with Process Control Systems I and II, to develop expertise in managing complex automated control systems. Electrical Fundamentals and Applications courses provide critical knowledge of electrical systems, while courses like Process Instruments I and II and Programming for Instrumentation focus on practical instrument operation and software skills. Advanced topics include Instrumentation Software and Advanced Technologies, ensuring students stay current with industry innovations. Math courses tailored for engineering and technology students support analytical skills needed for the field. Hands-on experience is emphasized through Instrument Installation and Maintenance and a final Instrumentation Project, where students apply their learning in real-world scenarios. Technical Communications hones professional communication skills, and Statistics for Engineering and Technology supports data analysis capabilities. This comprehensive curriculum equips graduates with the technical and practical skills required for successful careers in instrumentation engineering and control systems across various industries.