Applied Field Geophysics provides practical training in a range of near-surface geophysical techniques and their application to real-world problems in industry and research. The module emphasises experiential learning, enabling students to gain hands-on experience in the design, acquisition, processing, and interpretation of geophysical data. Students receive structured, field-based, training in key geophysical methods, including seismic, gravity, magnetic, and electrical surveying. Teaching covers the physical principles underpinning each technique, survey design and logistics, data quality control, processing workflows, and interpretation strategies. Case studies drawn from environmental, engineering, resource, and archaeological geophysics are used to demonstrate the application of these methods in professional practice. Throughout the module, students work collaboratively to plan and execute a complete geophysical survey, from defining survey objectives through to data analysis and reporting. This group-based work develops practical problem-solving, teamwork, and project management skills, and reflects workflows commonly employed by professional geophysical and geotechnical engineering organisations. Assessment for this module is entirely coursework-based and comprises two components: a group oral presentation in which students present a proposal for a field geophysical survey based on a project brief; and an individual technical report addressing a real-world geophysical problem. The assessments require detailed discussion of survey design, data acquisition, processing workflows, and interpretation, and collectively evaluate students’ technical competence, analytical ability, collaborative working, and capacity to communicate professional-standard geophysical results.