How are practical and fieldwork skills assessed in A-level Geology?
The practical endorsement: the specified practical activities and core techniques, the minimum fieldwork requirement, the Common Practical Assessment Criteria (CPAC), and how practical skills are assessed both by the separate endorsement and within the written components.
A focused WJEC and Eduqas A-Level Geology overview of the practical endorsement: the specified practical activities and core techniques, the minimum fieldwork requirement, the Common Practical Assessment Criteria (CPAC), and how practical skills are reported separately and also assessed within the written components.
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What this dot point is asking
The practical endorsement runs alongside the whole A-level. This overview covers what it requires: the specified practical activities and core techniques, the minimum fieldwork, the Common Practical Assessment Criteria (CPAC), and how practical skills are both reported separately and assessed within the written components. It underpins Component 1, where specimens, maps and data are interpreted.
The answer
What the practical endorsement is
The specification sets out a list of specified practicals (around twenty) covering a range of laboratory and field techniques that must be completed over the two years.
Core practical techniques
The endorsement develops a defined set of skills, including:
Fieldwork
Fieldwork is a required part of the course: students must complete a minimum number of days in the field (a minimum of four days for the full A-level), applying techniques such as logging, sketching and measuring dip and strike, and meeting several of the CPAC in an authentic setting. Centres record this on a fieldwork statement.
How practical skills are assessed
Practical skills are assessed in two complementary ways:
- The endorsement (separately reported pass or fail), based on the specified practicals and CPAC over the course.
- Within the written components, where questions draw on the specified practicals and require the interpretation of hand specimens, photographs, maps and data (most directly in Component 1).
Examples in context
Field days in classic British geology (for example mapping and logging at coastal or quarry exposures) let students measure dip and strike, log sequences and identify specimens in the field, meeting several CPAC at once. Component 1 sends hand specimens to centres and supplies photographs and a simplified geological map, so the practical techniques are tested directly under examination conditions. Graphic logs and full rock descriptions practised in the laboratory are exactly the skills reused when interpreting sequences in the written papers.
Try this
Q1. State how the practical endorsement is reported and whether it contributes marks to the grade. [2 marks]
- Cue. It is reported separately as a pass or fail and does not contribute marks, though practical knowledge is examined in the written papers.
Q2. Name three core practical techniques developed for the endorsement. [3 marks]
- Cue. Any three of: hand-specimen identification and full rock description, dip and strike measurement, field sketching, graphic logging, physical and chemical testing, use of photomicrographs, use of ICT.
Q3. State the role of fieldwork in the qualification. [1 mark]
- Cue. A minimum number of field days is required, where students apply techniques and meet several of the CPAC in a real setting.
Exam-style practice questions
Practice questions written in the style of WJEC exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
WJEC Eduqas 20195 marksDescribe the core practical techniques a student must develop for the A-level Geology practical endorsement and give an example of each in use.Show worked answer →
Set out distinct techniques and tie each to a real task, because the marks reward named, applied skills.
Identification and description: identifying minerals, rocks and fossils in hand specimen using physical properties, and giving a full rock description, for example describing texture, grain size and mineralogy to classify a rock.
Field measurement: measuring dip and strike with a compass-clinometer and locating features on a map, for example recording the dip of a bed at an exposure.
Recording: drawing accurate field sketches and annotated scientific drawings, and constructing a graphic log of a sedimentary sequence bed by bed.
Testing and apparatus: using physical and chemical tests (such as the acid test for carbonates and the hand lens), and using apparatus appropriately, for example a streak plate for mineral identification.
Analysis: applying classification systems and using ICT to handle and present data, for example plotting measurements.
So the endorsement develops identification, measurement, recording, testing and analysis, each used in real laboratory and field tasks.
Markers reward identification and description, dip and strike measurement, field sketching and graphic logging, physical and chemical testing, and analysis or ICT, each with a valid example.
WJEC Eduqas 20214 marksExplain how practical skills are assessed in A-level Geology and the role of fieldwork.Show worked answer →
Explain the dual assessment and the fieldwork requirement, because both are the substance of the question.
Practical skills are assessed in two ways. First, the practical endorsement is a separate, reported pass or fail based on the student completing the specified practical activities and meeting the Common Practical Assessment Criteria (CPAC) over the course; it does not contribute marks to the grade but is reported alongside it.
Second, knowledge and understanding of practical work is assessed within the written components, where questions draw on the specified practicals and the interpretation of specimens, maps and data.
Fieldwork is a required part of the course: students must complete a minimum number of days in the field, where they apply techniques such as logging, sketching and measuring dip and strike, and meet several of the CPAC.
Markers reward the separately reported endorsement based on specified practicals and CPAC, the assessment of practical knowledge within the written papers, and the minimum fieldwork requirement.
Related dot points
- The interpretation of geological maps: reading dip and strike from outcrop patterns, the rule of Vs for outcrops crossing valleys, recognising horizontal, dipping, folded and faulted strata and unconformities, and using the pattern to deduce the underlying structure.
A focused WJEC and Eduqas A-Level Geology T2 answer on interpreting geological maps: reading dip and strike from outcrop patterns, applying the rule of Vs where outcrops cross valleys, and recognising horizontal, dipping, folded, faulted and unconformable strata to deduce the underlying structure.
- The construction of a geological cross-section from a map, the projection of dipping beds, folds, faults and unconformities into the section, and the reconstruction of the full sequence of geological events of an area from the map and section.
A focused WJEC and Eduqas A-Level Geology T2 answer on constructing a geological cross-section from a map, projecting dipping beds, folds, faults and unconformities into the section, and reconstructing the full sequence of geological events of an area using superposition, cross-cutting relationships and unconformities.
- The definition of a mineral, and the diagnostic physical properties (hardness, cleavage, fracture, lustre, colour, streak, density and crystal habit) used to identify common rock-forming minerals in hand specimen.
A focused answer to WJEC and Eduqas A-Level Geology F1, covering what defines a mineral and how hardness, cleavage, fracture, lustre, colour, streak, density and crystal habit are used to identify common rock-forming minerals such as quartz, feldspar, mica, calcite and the ferromagnesian minerals in hand specimen.
- The three classes of rock (igneous, sedimentary and metamorphic), how each forms, and the textural and mineralogical features used to recognise each class in hand specimen.
A focused answer to WJEC and Eduqas A-Level Geology F1 on the three rock classes, covering how igneous, sedimentary and metamorphic rocks form and the diagnostic textures (interlocking crystals, grains and cement, foliation) and mineralogy used to recognise each in hand specimen.
- The formation of clastic, biogenic and chemical sedimentary rocks, the processes of diagenesis (compaction, cementation, recrystallisation), and the use of sedimentary structures, including those formed by infrequent processes such as turbidity currents, as evidence of conditions.
A focused WJEC and Eduqas A-Level Geology G1 answer on how clastic, biogenic and chemical sedimentary rocks form, the diagenetic processes that lithify and alter them, and how sedimentary structures, including graded bedding from turbidity currents, are read as scientific models of conditions that are hard to observe directly.
Sources & how we know this
- WJEC Eduqas A-level Geology specification — WJEC Eduqas (2017)
- The Geology Practical Endorsement and Specified Practicals — WJEC Eduqas (2025)