There are no pre-requisites for this module to be added

This module delivers advanced insight into the design, integration, and evaluation of modern instrumentation systems within engineering contexts. Students will critically analyse and justify the selection of sensor technologies, signal conditioning elements, and system components, with a focus on real-world industrial and research applications. The module explores the limitations and uncertainties inherent in measurement systems, encouraging reflective evaluation of sensor accuracy, noise, and reliability. Emphasis is placed on the role of intelligent instrumentation and the influence of emerging technologies in automation and data acquisition. Students will engage with the design and architecture of intelligent control systems, including the use of various microcontrollers and embedded platforms. Through coursework and practical application, learners will demonstrate their ability to specify, design, and critically assess instrumentation systems in line with relevant professional, industrial, and regulatory standards.

Upon completion of this module you will be able to

LO1: Critically analyse and justify the selection and integration of instrumentation system components in engineering applications.

LO2: Evaluate and reflect on the limitations and uncertainties in the performance and accuracy of analytical sensors and measurement systems.

LO3: Assess the role and impact of intelligent instrumentation across a variety of industrial and research environments, with consideration of emerging technologies.

LO4: Critically appraise the architecture and design of intelligent control systems utilising various types of microcontrollers and embedded platforms.

LO5: Critically appraise the design of intelligent control systems based in different types of microcontrollers.

LO6: Demonstrate critical engagement in the specification, design and evaluation of industrial instrumentation systems, in alignment with professional and regulatory standards.