ES5098 Environmental Monitoring Project
Academic year
2025 to 2026 Full Year
Curricular information may be subject to change
Further information on which modules are specific to your programme.
Key module information
SCOTCAT credits
60
SCQF level
SCQF level 11
Availability restrictions
Students must be enrolled on a postgraduate level degree at the School of Earth and Environmental Science
Planned timetable
To be confirmed
Module Staff
Earth and Environmental Sciences staff
Module description
Designed with leading environmental and geotechnical consultancies, this capstone module applies scientific training to practical workplace skills. ES5098 provides a clear pathway to employment through strong industry collaboration, networking and high-impact placements. Semester 1 covers project management, technical report writing, and field based surveying. In Semester 2, industry partners lead lectures and workshops showcasing best practices and advertise placement opportunities. During the summer, students complete a research dissertation or a six-week work placement with an attached focus project. Placements are undertaken usually with our established industry partners, but alternatives are possible with Module Coordinator approval and a written employer commitment. Acceptance onto a work placement role requires a successful interview; students not on placement complete a University-based research project.
Assessment pattern
100% Coursework
Re-assessment
not applicable
Learning and teaching methods and delivery
Weekly contact
Semester 1, 1 x 4hrs x 4 weeks, Semester 2, 1 x 2 hrs x 3 weeks. Summer supervision, 1 x 1 hrs x 5 weeks. Fieldwork: This module is mostly taught in the field, followed by additional sample analysis in the teaching lab.
Scheduled learning hours
135
Guided independent study hours
440
Intended learning outcomes
- independently collect data using applied analytical techniques in environmental sciences
- identify seasonal patterns in environmental parameters
- demonstrate a high level of quantitative understanding of the effects of farming and industrial pollution on local watersheds
- demonstrate ownership of transferrable skills in data management, teamwork, time management and project planning
- develop & address a research question as part of masters level dissertation