What exam tips are there for Pearson EDI Level 3 NVQ Certificate in Archaeological Practice? (2)

Keep a reflective journal or log during your NVQ to capture real-time feedback and your responses, which can then be used as direct evidence.

What exam tips are there for Pearson EDI Level 3 NVQ Certificate in Archaeological Practice? (3)

When describing managerial competences, use real-world archaeological scenarios to illustrate your understanding of leading teams, managing budgets, or resolving ethical dilemmas on site.

What mistakes should I avoid in Pearson EDI Level 3 NVQ Certificate in Archaeological Practice?

Confusing self-assessment with a simple list of tasks performed, rather than an honest evaluation of proficiency levels against specific archaeological skills and knowledge.

What are common errors in Pearson EDI Level 3 NVQ Certificate in Archaeological Practice exams? (2)

Believing that personal development is limited to attending formal training courses, while overlooking valuable on-the-job learning, reflective practice, and mentoring relationships.

Pearson EDI Level 3 NVQ Certificate in Archaeological Practice

PEARSON-EDI

vocational

This element addresses the professional responsibility of archaeological practitioners to continuously evaluate and enhance their own abilities while ensuring the welfare of colleagues and the integrity of archaeological operations. It emphasizes the critical link between self-assessment, feedback integration, managerial competence, and organisational success, all within the context of fieldwork and site management. Practical application includes constructing evidence-based personal development plans that directly improve archaeological practice and uphold ethical standards.

Objectives

Exam Tips

Pitfalls

Key Terms

Mark Points

Subtopics in this area

Pearson EDI Level 3 NVQ Certificate in Archaeological Practice

Topic Overview

The Pearson EDI Level 3 NVQ Certificate in Archaeological Practice is a vocational qualification designed for individuals working or volunteering in archaeology. It focuses on developing practical skills and knowledge required for archaeological fieldwork, post-excavation analysis, and reporting. This qualification is part of the Qualifications and Credit Framework (QCF) and is equivalent to an A-level, providing a solid foundation for further study or employment in archaeology, heritage management, or related fields.

The course covers essential competencies such as surveying, excavation techniques, recording finds, and understanding archaeological contexts. It emphasizes hands-on experience and the application of theoretical concepts to real-world scenarios. Students learn to work safely and ethically, adhering to professional standards set by bodies like the Chartered Institute for Archaeologists (CIfA). This qualification is ideal for those seeking to progress to higher education or directly into roles such as archaeological technician, field archaeologist, or museum assistant.

Mastery of this NVQ demonstrates to employers and universities that a student has practical, job-ready skills. The qualification is structured around mandatory and optional units, allowing learners to tailor their studies to specific interests, such as environmental archaeology or geophysical survey. By completing this certificate, students gain a recognized credential that validates their competence in archaeological practice within the UK context.

What You Need to Demonstrate

Key skills and knowledge for this topic

Award credit for demonstrating the ability to self-assess against recognised archaeological competency frameworks, such as those from the Chartered Institute for Archaeologists (CIfA), with clear evidence of identified strengths and areas for improvement.
Evidence must show active solicitation and documentation of feedback from colleagues, supervisors, or external mentors, with specific examples of how this feedback was used to modify practices or pursue targeted development.
Candidates should explain the key competences required for managerial roles in archaeology (e.g., risk assessment, resource allocation, team leadership) and provide examples of how they are working towards or applying these competences in their own context.
Accept only evidence that clearly links an individual's personal development activities to tangible benefits for the archaeological organisation, such as improved site safety, enhanced recording accuracy, or better compliance with heritage legislation.
Award credit for demonstrating accurate use of environmental monitoring equipment (e.g., hygrometers, data loggers) and recording readings at regular intervals.
Assessors should look for evidence of appropriate adjustment of environmental controls (e.g., dehumidifiers, lighting) in response to monitored data and item condition.
Credit learners who can produce a clear protection framework that identifies risks, assigns responsibilities, and specifies preventive actions for specific items.
Expect evidence of correct application of protective methods such as supportive packaging, barrier materials, and microclimate enclosures, justified by item material and archaeological context.

Marking Points

Key points examiners look for in your answers

Award credit for demonstrating the ability to self-assess against recognised archaeological competency frameworks, such as those from the Chartered Institute for Archaeologists (CIfA), with clear evidence of identified strengths and areas for improvement.
Evidence must show active solicitation and documentation of feedback from colleagues, supervisors, or external mentors, with specific examples of how this feedback was used to modify practices or pursue targeted development.
Candidates should explain the key competences required for managerial roles in archaeology (e.g., risk assessment, resource allocation, team leadership) and provide examples of how they are working towards or applying these competences in their own context.
Accept only evidence that clearly links an individual's personal development activities to tangible benefits for the archaeological organisation, such as improved site safety, enhanced recording accuracy, or better compliance with heritage legislation.
Award credit for demonstrating accurate use of environmental monitoring equipment (e.g., hygrometers, data loggers) and recording readings at regular intervals.
Assessors should look for evidence of appropriate adjustment of environmental controls (e.g., dehumidifiers, lighting) in response to monitored data and item condition.
Credit learners who can produce a clear protection framework that identifies risks, assigns responsibilities, and specifies preventive actions for specific items.
Expect evidence of correct application of protective methods such as supportive packaging, barrier materials, and microclimate enclosures, justified by item material and archaeological context.
Look for detailed condition reports that describe the item, document existing damage, and note any changes over time, demonstrating effective monitoring.
Accurately identify handling requirements by referencing the material composition, condition, and conservation needs of each item, using photographs or condition reports as evidence.
Justify and demonstrate appropriate packing techniques, including the selection of inert, pH-neutral materials, adequate cushioning, and secure containers that prevent movement during transit.
Provide a detailed log or witness testimony showing how transportation conditions (e.g., temperature, humidity, vibration) were monitored and any corrective actions taken to mitigate risks.
Evidence the installation process with annotated photographs or a supervisor’s statement, confirming that the item was handled safely and positioned according to a pre-agreed plan, with consideration for display or storage conditions.
Award credit for demonstrating appropriate selection and justification of non-intrusive techniques (e.g., resistivity, magnetometry) based on site topography and research aims.
Award credit for accurate and consistent recording of survey measurements, including grid coordinates, instrument settings, and environmental observations, using correct units and metadata.
Award credit for producing clear, logically structured records and schedules that include context, methodology, raw and processed data, and are suitable for inclusion in a professional archaeological archive.
Award credit for correctly identifying the material, condition, and fragility of the item, and selecting appropriate handling methods (e.g., wearing gloves, using supports).
Credit for demonstrating the packing process: choosing suitable containers, cushioning materials, and securing the item to prevent movement, with documentation.
Expect evidence of monitoring transportation conditions (vibration, temperature, humidity) and taking corrective actions if thresholds exceeded.
Evidence of overseeing installation: checking the new location's environment, ensuring correct orientation, and verifying stability/security of the item.
Award credit for accurately identifying and categorising deterioration mechanisms (physical, chemical, biological) on a given archaeological object before treatment.
Expect clear evidence of the candidate consulting and interpreting the conservation plan, with justification for any deviations approved by a supervisor.
Assessor should see demonstration of selecting and safely using appropriate stabilisation agents (e.g., consolidants for friable surfaces, corrosion inhibitors) tailored to material composition.
Credit should be given for competent application of at least two routine cleaning methods (e.g., mechanical cleaning with soft brushes for ceramics, solvent cleaning for metals) without causing damage.
Look for correct execution of a basic repair technique (e.g., gap-filling with a compatible fill material, structural bonding) that is structurally sound and visually sympathetic.
Mark positively when candidates record treatment stages, materials used, and rationale in a treatment report or object history file as per professional standards.
Award credit for demonstrating the ability to assess the composition and condition of items to determine specific environmental requirements (e.g., stable RH below 45% for ferrous metals, UV-filtered lighting for textiles).
Award credit for correctly selecting and justifying the use of passive or active storage materials and enclosures (e.g., acid-free tissue, silica gel, sealed containers) to buffer against fluctuations.
Award credit for evidence of implementing regular monitoring routines using appropriate equipment (such as thermohygrometers, light meters, sticky traps), recording data, and interpreting readings against established conservation guidelines.
Award credit for identifying and responding to environmental threats or breaches—such as mould growth, insect activity, or condensation—by describing corrective actions taken to re-establish safe conditions.
Award credit for clearly documenting the customer's request, including clarifying any ambiguous terms and confirming the scope of the enquiry.
Evidence of accessing a range of authoritative data sources such as Historic Environment Records, local museum catalogues, and published excavation reports, with justification of source reliability.
Credit is given for compiling data in a structured format that directly addresses the customer's requirements, with appropriate citation and acknowledgement of sources.
For presentation, assessors expect the information to be tailored to the intended audience, using plain language summaries where necessary, with accurate use of archaeological terminology.
Award credit for systematically assessing an item's material, condition, and size to specify precise accommodation needs (e.g., temperature, humidity, light, pest management).
Award credit for producing a clear plan that outlines resources, timelines, and responsibilities for preparing storage or display facilities.
Award credit for evidencing consultation with conservation specialists when dealing with fragile, composite, or hazardous archaeological materials.
Award credit for demonstrating how security and access controls are integrated into accommodation solutions, including inventory tracking and restricted entry.
Award credit for demonstrating the ability to identify and prioritise a range of relevant information sources, including grey literature, Historic Environment Records, and published excavation reports.
Credit should be given when the learner shows systematic collection of data that aligns with defined research objectives, using appropriate recording methods (e.g., pro forma, GPS tagging, photographic logs).
Look for evidence of critical analysis, such as cross-referencing site plans with historical maps to identify discrepancies or validate past land use.
In assessment, reward clear presentation of results using accepted archaeological formats (e.g., context sheets, stratigraphic matrices, section drawings) and a logical narrative in written reports.
Credit learners who demonstrate understanding of ethical and legal procedures, including data protection, site confidentiality, and copyright when using third-party information.
Award credit for demonstrating a proactive approach to identifying personal training needs and undertaking relevant professional development activities (e.g., attending workshops, gaining new certifications).
Award credit for providing evidence of effective time and resource management, such as project plans, work schedules, or logs showing adherence to deadlines, priorities, and budget constraints.
Award credit for showing how individual and community interests are protected, including adherence to health and safety regulations, ethical guidelines (e.g., respecting human remains, site conservation), and meaningful engagement with local stakeholders.
Award credit for demonstrating accurate use of relevant classification systems (e.g., material, period, artefact type) when recording finds.
Evidence should show consistent application of data management protocols, including the use of appropriate databases or recording forms.
Assess for clear documentation of agreed methods and adherence to curatorial requirements in maintaining records.
Expect candidates to justify their choice of classification scheme based on the nature of the material remains and the research aims.
Award credit for demonstrating correct selection, use, and maintenance of personal protective equipment (PPE) and excavation tools prior to and during fieldwork.
Credit for accurately identifying and recording stratigraphic relationships on context recording sheets, including dimensions, soil descriptions, and Munsell color codes.
Credit for producing clear, scaled, and annotated section drawings and plans that comply with site recording conventions.
Credit for explaining and justifying the choice of excavation method (e.g., single context recording vs. arbitrary excavation) based on site-specific conditions and research aims.
Award credit for consistently wearing and maintaining PPE appropriate to archaeological tasks, as evidenced by observations, witness testimonies, or photographic records.
Credit demonstration of correct manual handling techniques when lifting heavy objects or soil, with evidence of back-safe postures and use of mechanical aids where required.
In emergency simulations or real incidents, award credit for correctly raising the alarm, following site-specific evacuation routes, and reporting to the designated assembly point.
For security, credit the thorough checking and securing of site boundaries, storage of tools and equipment, and immediate reporting of any irregularities to the supervisor.
When assessing knowledge, learners should accurately reference key legislation (e.g., Health and Safety at Work Act 1974, CDM 2015) and explain their application to a live archaeological site.

Examiner Tips

Expert advice for maximising your marks

💡Align your self-assessment and development goals with the National Occupational Standards for Archaeological Practice or the CIfA Code of Conduct to show professional relevance.
💡Keep a reflective journal or log during your NVQ to capture real-time feedback and your responses, which can then be used as direct evidence.
💡When describing managerial competences, use real-world archaeological scenarios to illustrate your understanding of leading teams, managing budgets, or resolving ethical dilemmas on site.
💡Explicitly state how your personal development has contributed to organisational success, using metrics or specific examples like reduced incident rates, improved data quality, or successful project delivery.
💡For portfolio evidence, include a reflective account linking your environmental monitoring data to the specific material sensitivities of an item, showing deep understanding.
💡When submitting practical evidence, ensure photographs and witness testimonies clearly show you using monitoring equipment and making environmental adjustments, not just the equipment itself.
💡In your written framework, use terminology such as 'integrated pest management' and 'light budget' to demonstrate professional competency and meet NVQ knowledge criteria.
💡Always compare your chosen methods against relevant standards or guidelines (e.g., CIfA standards) to show your protection methods are informed by industry best practice.
💡Present a portfolio of practical evidence including photographs of packing stages, vehicle loading, and installation, supported by witness testimonies from supervisors or colleagues.
💡Reference relevant industry standards and guidelines (e.g., Museums Association, ICON) to demonstrate professional competence and justify your choices.
💡Include risk assessments and method statements for both handling and transportation to show you have considered health and safety and conservation risks.
💡Use a reflective journal or logbook to detail any challenges encountered and the solutions you implemented, evidencing problem-solving and continuous improvement.
💡Use a reflective diary or logbook to document decision-making processes during preparation and implementation, as this provides evidence of your understanding of why specific techniques were chosen.
💡When compiling your portfolio, cross-reference photographs, field notes, and digital outputs to create a clear audit trail from raw data to final record, demonstrating your role in the entire process.
💡Practice interpreting geophysical anomalies in a variety of contexts (e.g., urban vs. rural) so you can discuss potential pitfalls and limitations during professional discussions or written assignments.
💡In assessment, always refer to institutional policies and industry standards (e.g., CIfA guidelines) when justifying your decisions.
💡Use a systematic approach: for each item, document its condition before and after transfer, noting any changes.
💡Practice risk assessment: identify potential hazards in handling, packing, transport, and installation, and how to mitigate them.
💡Demonstrate clear communication: show evidence of liaising with transport staff, receiving institution, and conservation experts.
💡Always cross-reference the conservation plan: show you can interpret its ethical rationale, not just the step-by-step instructions, and link your actions back to the plan’s objectives.
💡Create a comprehensive portfolio of evidence including annotated photographs, material safety data sheets for chemicals used, and a reflective log evaluating the effectiveness of each treatment stage.
💡In assessment observations, verbalise your decision-making—explain why you chose a particular technique over alternatives—to demonstrate depth of understanding to the assessor.
💡When evaluating treatment effectiveness, provide measurable indicators (e.g., reduced active corrosion, improved structural stability) rather than subjective statements like 'it looks better'.
💡In your portfolio, clearly link each item's material composition (e.g., wood, leather, copper alloy) to the specific environmental risks and your chosen control measures, referencing authoritative standards such as BS EN 16893 or Museum Accreditation Standards.
💡When documenting monitoring, always state the frequency of readings, the type and calibration status of instruments used, acceptable parameters, and step-by-step procedures followed when limits were exceeded.
💡Use photographic evidence and annotated floor plans to demonstrate how you have zoned storage areas for different environmental needs, showing airflow, light exclusion, and segregation of vulnerable materials.
💡Show you can assess external factors: note the influence of building structure, seasonal changes, and location of heating pipes or windows, and describe how you mitigate these through passive or mechanical controls.
💡Always document your research process meticulously, including screenshots of database queries, correspondence, and decision logs to demonstrate your methodology.
💡Practice rephrasing technical information for non-specialist audiences; this is often assessed in witness testimonies or written reports.
💡Seek feedback from your customer after delivering the information and record it as evidence of meeting requirements.
💡Always reference relevant standards (e.g., BS 4971 for archive storage) and organisational policies when justifying your accommodation choices.
💡Use specific examples from your site or laboratory log to demonstrate competence; assessors value authentic, detailed evidence over generic answers.
💡Prioritise health and safety and environmental sustainability in your plans, as these are key assessment criteria in vocational qualifications.
💡Explain how you would adapt accommodation if initial assessments were inadequate, showing reflective practice and problem-solving.
💡When compiling your portfolio, include a detailed methodology section in your report that explains how you identified, accessed, and verified each source—this reassures assessors of rigour.
💡For data collection tasks, always attach original field notes or recording sheets alongside typed summaries to provide authentic evidence of your process.
💡During analysis, explicitly state the limitations of your data (e.g., ‘the site records were incomplete due to weather interruption’), which demonstrates professional awareness.
💡For oral history or community-derived information, include signed consent forms and describe your interview protocol to show you meet ethical standards.
💡Review the unit’s assessment criteria before submission and cross-check that every learning outcome is explicitly evidenced in your reports, with a clear narrative linking sources, analysis, and conclusions.
💡Maintain a reflective journal or CPD log to systematically capture evidence of skill development and learning.
💡Use project management templates (Gantt charts, checklists) as evidence for time and resource management; ensure they are contemporaneous.
💡Gather feedback from supervisors, colleagues, and community members to corroborate your commitment to protecting interests, and include it in your portfolio.
💡For portfolio evidence, include annotated records that show the step-by-step process of classification and any decision-making.
💡Demonstrate maintenance activities by providing before-and-after examples of corrected or updated database entries.
💡When explaining agreed methods, reference professional standards or organisational policies to show understanding of wider context.
💡Always cross-reference context numbers across all documentation (context sheets, plans, sections, finds labels, and samples) to maintain data consistency.
💡Before starting excavation, thoroughly review the Written Scheme of Investigation (WSI) and ensure all required equipment is calibrated and functional.
💡Practice completing context sheets under time pressure, as on-site conditions often demand simultaneous excavation and recording.
💡Develop a systematic approach to photography by including clear scales, north arrows, and context labels in every shot, and maintain a photo register.
💡Build a portfolio with a wide range of evidence: include dated photographs of you wearing PPE, signed witness statements from supervisors confirming your safe practices, and copies of completed risk assessments or incident reports where you contributed.
💡During professional discussions or oral questioning, use the STAR method (Situation, Task, Action, Result) to structure examples of how you handled a health and safety challenge, emphasizing your direct involvement and decision-making.
💡Familiarize yourself thoroughly with your organisation’s specific health and safety policy and emergency plan, as NVQ assessments often require you to explain how these apply to your daily routines.

Common Mistakes

Pitfalls to avoid in your exam answers

Confusing self-assessment with a simple list of tasks performed, rather than an honest evaluation of proficiency levels against specific archaeological skills and knowledge.
Believing that personal development is limited to attending formal training courses, while overlooking valuable on-the-job learning, reflective practice, and mentoring relationships.
Failing to consider the 'protect the interests of others' aspect, such as neglecting to mention how personal competence impacts team safety, site conservation, or the well-being of volunteers and the public.
Submitting feedback evidence that is generic or unactionable, without demonstrating how it was specifically used to change behaviour or improve competence.
Overlooking the impact of light exposure, particularly UV radiation, on organic archaeological materials like textiles or wood, leading to accelerated fading and embrittlement.
Assuming that a stable environment is sufficient without continuous monitoring, not recognizing that seasonal changes or equipment failure can cause rapid deterioration.
Using inappropriate protective materials, such as non-archival plastics that off-gas harmful chemicals, due to a lack of understanding of material compatibility.
Failing to consider the specific needs of different materials within a mixed collection, applying a one-size-fits-all environmental approach that can harm sensitive items.
Assuming all items can be handled in the same way, ignoring unique vulnerabilities such as flaking paint, metal corrosion, or organic decay.
Using standard packing materials like newspaper, bubble wrap, or adhesive tapes that can cause chemical damage or leave residues on artefact surfaces.
Failing to document the condition of items before and after transportation, making it impossible to prove that damage did not occur during the process.
Overlooking manual handling regulations and risking personal injury or item damage by not seeking assistance for heavy or awkwardly shaped objects.
Neglecting to monitor environmental parameters during transit, leading to potential damage from excessive heat, cold, or humidity.
Confusing non-intrusive methods with intrusive ones, such as assuming geophysical survey involves excavation or ground disturbance.
Failing to calibrate equipment properly before use, leading to systematic errors in data (e.g., forgetting to zero a magnetometer or incorrectly setting probe spacing on a resistivity meter).
Inadequate annotation or labelling of records, resulting in data that cannot be reliably linked to specific grid locations or survey transects.
Assuming all items can be handled with bare hands; not recognizing that oils and acids from skin can damage certain materials.
Over-packing or under-packing: using too much or too little cushioning, leading to movement or pressure damage during transit.
Neglecting to record environmental data during transport, leading to lack of accountability if damage occurs.
Failing to consult conservation specialists when required, especially for very fragile or unstable items.
Initiating cleaning or repair without first stabilising fragile areas, risking further material loss.
Using generic household products instead of conservation-grade materials, leading to irreparable damage such as staining or accelerated corrosion.
Assuming all ceramic fragments fit together perfectly and forcing joins during reconstruction, causing edge abrasion.
Over-reliance on adhesive alone for structural repairs, neglecting to use dowels or fills where needed for weight-bearing objects.
Failing to photo-document the object before, during, and after treatment, thereby lacking a defensible record of the intervention.
Assuming that all archaeological items can be stored at a single, universal set of environmental parameters without considering material-specific degradation mechanisms.
Failing to distinguish between immediate storage needs post-excavation and long-term curation requirements, leading to inappropriate choices like using non-archival packing materials.
Misinterpreting monitoring data—for example, conflating temperature and relative humidity interdependencies or ignoring seasonal drift—and not taking timely corrective action.
Overlooking the impact of light exposure on organic materials, or only considering visible light while neglecting UV and IR radiation.
Misinterpreting the customer's question, leading to provision of irrelevant data; failing to confirm understanding before research.
Relying on a single, possibly outdated source without cross-referencing, resulting in incomplete or inaccurate information.
Overloading the customer with raw archaeological data without summarising or contextualising, making the information inaccessible.
Neglecting to consider confidentiality or ownership issues when sharing detailed site location data.
Assuming a one-size-fits-all approach to storage conditions, ignoring the diverse requirements of metals, organics, ceramics, etc.
Overlooking the long-term maintenance and monitoring needs of the accommodation environment after initial setup.
Failing to document accommodation decisions and justifications, leading to gaps in the item's provenance and care history.
Confusing temporary packaging for excavation with permanent storage solutions, neglecting archival-grade materials.
Relying solely on a single type of source (e.g., only online databases) without considering physical archives or expert consultation, leading to incomplete or biased information.
Failing to critically evaluate the reliability and provenance of sources, such as treating an undated and unverified personal blog as authoritative evidence.
Mishandling quantitative data by not checking for errors or inconsistencies (e.g., incorrect grid references) before analysis.
Poor referencing practices, including missing citations for maps, photos, or unpublished reports, which can undermine the credibility of the research.
Overlooking the temporal and cultural context when interpreting finds, resulting in anachronistic conclusions (e.g., assuming a modern tool mark implies ancient activity).
Assuming that formal training is the only way to develop skills, ignoring on-the-job learning and reflective practice.
Failing to document contingency plans for time/resource management, leading to incomplete evidence for assessment.
Overlooking the need to actively engage with community representatives or ignoring environmental impact, thus not fully meeting the protection criterion.
Misidentifying artefact typologies due to insufficient reference to established classification guides.
Failing to update records consistently, leading to data redundancy or loss of provenance information.
Not agreeing methods with the project director or curator before starting data compilation.
Failing to distinguish between different contexts due to similar soil colors or textures, leading to incorrect grouping of deposits.
Inaccurate recording of levels (depth below temporary bench mark) or coordinates, resulting in spatial data errors.
Using arbitrary spits in stratigraphically complex areas where natural layering is evident, which can damage archaeological integrity.
Omitting to document the relationships between contexts (e.g., 'cuts', 'fills under') in the written record, causing incomplete stratigraphic narratives.
Assuming that archaeological work is low-risk and neglecting to wear PPE like hard hats near excavations or hi-vis near machinery.
Failing to report near-misses or minor incidents, underestimating their importance for preventing future accidents.
Not knowing the specific location of first aid kits, fire extinguishers, or emergency exits, relying on colleagues instead of personal familiarity.
Leaving equipment unattended or site access points unsecured during breaks, assuming security is solely the responsibility of a designated person.
Confusing different types of fire extinguishers and their appropriate uses, potentially endangering themselves and others in a fire emergency.

Frequently Asked Questions

Common questions students ask about this topic

Key Terminology

Essential terms to know

Know how to make judgements about their own level of competence, Know how to gain feedback from colleagues to support personal development, Know the key competences needed by managers working in archaeological operations, Know how personal development can contribute to the success of the organisation

Be able to control the environment to preserve and protect items, Be able to monitor and modify the environment and the condition of an item, Know how to develop a framework for the protection of an item, Know how to apply methods for the protection of an item

Know how to identify the handling requirements of an archaeological item, Know how to pack an archaeological item for transportation to a new location, Know how to monitor the transportation of items, Know how to monitor the installation of items within a new location

Be able to prepare for investigation operations, Be able to observe and record measurements when implementing non-intrusive investigations, Be able to prepare records and schedules, Know how to implement non-intrusive investigations, Know the different techniques applicable to non-intrusive investigations, Know how to prepare records of non-intrusive investigations

Be able to identify the handling requirements of an item, Be able to pack an item for transportation to a new location, Be able to monitor the transportation of items, Be able to monitor the installation of items within a new location

Be able to apply routine stabilisation techniques, Be able to implement routine cleaning and repair techniques, Know how to apply routine stabilisation techniques, Know how to follow a conservation plan, Know how to treat the deterioration of an item, Know how to implement routine cleaning and repair, Know how to evaluate the effectiveness of a treatment

Be able to identify the appropriate environment in which to maintain and protect items, Be able to control the environment to preserve and protect items, Know about the different environments applicable to archaeological items, Know how to monitor the suitability of the storage environment

Be able to interpret customers requests for information on the material remains of past communities, Be able to access data sources and compile data on the material remains of past communities, Be able to collate and present data to meet customers’ requirements, Know how to interpret customers requests for information on the material remains of past communities, Know how to access data sources and compile data on the material remains of past communities, Know how to collate and present data to meet customers requirements

Be able to identify the accommodation requirements of an item, Be able organise the preparation of facilities to accommodate items, Know how to identify the accommodation requirements of archaeological items, Know how to organise the preparation of facilities to accommodate archaeological items

Be able to identify the sources and availability of information, Be able to collect information to achieve research objectives, Be able to analyse research information, Be able to report results, Know how to apply procedures for the collection and presentation of information

Be able to develop their own knowledge and skills to improve performance, Be able to manage their time and resources to meet objectives, Be able to protect individual and community interests

Be able to classify and compile data on the material remains of past communities, Be able to maintain data and records on the material remains of past communities, Know how to agree methods for classifying and compiling data on the material remains of past communities, Know how to maintain data and records on the material remains of past communities

Be able to prepare for investigation operations, Be able to undertake intrusive investigations, Be able to prepare records and schedules, Know how to implement intrusive investigations, Know the different techniques applicable to intrusive investigations, Know how to prepare records of intrusive investigations

Be able to operate safely in the workplace, Be able to effectively respond to emergencies, Be able to assist in ensuring the security of the workplace, Know how to apply organisation procedures to ensure health and safety, Know how to effectively respond to emergencies, Know how to assist with the security of the workplace

Ready to test yourself?

Practice questions tailored to this topic

Pearson EDI Level 3 NVQ Certificate in Archaeological Practice

Subtopics in this area

Topic Overview

What You Need to Demonstrate

Marking Points

Examiner Tips

Common Mistakes

Frequently Asked Questions

Key Terminology

Ready to test yourself?

Related Topics in PEARSON-EDI vocational Applied Science

Apply preventative care procedures to items

Classify, compile and maintain data on the material remains of past communities

Contribute to health and safety when conducting archaeological operations

Contribute to intrusive investigations in archaeological operations

Pearson EDI Level 3 NVQ Certificate in Archaeological Practice

Subtopics in this area

Topic Overview

What You Need to Demonstrate

Marking Points

Examiner Tips

Common Mistakes

Frequently Asked Questions

What is the difference between an NVQ and a traditional A-level in archaeology?

How long does it take to complete the Level 3 NVQ Certificate in Archaeological Practice?

Can I use this NVQ to get into university for archaeology?

What kind of jobs can I get with this qualification?

Do I need to find my own work placement to do the NVQ?

Is the NVQ recognized by professional bodies like the Chartered Institute for Archaeologists?

Key Terminology

Ready to test yourself?

Related Topics in PEARSON-EDI vocational Applied Science

Apply preventative care procedures to items

Classify, compile and maintain data on the material remains of past communities

Contribute to health and safety when conducting archaeological operations

Contribute to intrusive investigations in archaeological operations