What should I focus on for The Institute of the Motor Industry Vocational Agriculture?

Always refer to the specific assessment criteria and evidence requirements in the EPA plan

What should I focus on for The Institute of the Motor Industry Vocational Agriculture? (2)

Prioritize safety observations and risk assessments in every task demonstration

What should I focus on for The Institute of the Motor Industry Vocational Agriculture? (3)

Use structured fault-finding sheets to demonstrate methodical approach

What should I focus on for The Institute of the Motor Industry Vocational Agriculture? (4)

Provide photographic evidence and written annotations to support your portfolio

What should I focus on for The Institute of the Motor Industry Vocational Agriculture? (5)

Always cross-reference your findings with the machine’s workshop manual or electronic service data before making conclusions.

What are common mistakes in The Institute of the Motor Industry Vocational Agriculture?

Neglecting to isolate machinery from power sources before commencing repairs

What are common mistakes in The Institute of the Motor Industry Vocational Agriculture? (2)

Misinterpreting diagnostic fault codes without consulting technical data

What are common mistakes in The Institute of the Motor Industry Vocational Agriculture? (3)

Overlooking routine calibration of diagnostic equipment

Agriculture

The Institute of the Motor Industry

Vocational

Specification: 603/4205/5

The THE-INSTITUTE-OF-THE-MOTOR-INDUSTRY Vocational Agriculture specification covers 40 topics with 116 learning objectives (603/4205/5). Use the topic browser below to explore subtopics, exam tips, common mistakes, and key terminology for each area of the course.

This subject will help you develop key knowledge and skills required for exam success.

Units

116

Learning Outcomes

325

Assessment Guidance

358

Key Skills

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Key Features

Master key concepts
Develop exam technique
Apply knowledge effectively

Common Exam Mistakes

Pitfalls to avoid in your exams

•Neglecting to isolate machinery from power sources before commencing repairs
•Misinterpreting diagnostic fault codes without consulting technical data
•Overlooking routine calibration of diagnostic equipment
•Failing to report minor defects that could escalate into major failures
•Overlooking preliminary safety checks such as lock-out/tag-out procedures or verifying machine stability before testing.
•Misinterpreting diagnostic outputs by failing to account for normal variations due to load, temperature, or machine age.
•Relying on memory instead of technical data, leading to incorrect threshold judgments (e.g., acceptable hydraulic pressure drop).
•Providing generic recommendations without tailoring them to the specific machine model, service history, or operating environment.

Top Examiner Tips

Expert advice for exam success

•Always refer to the specific assessment criteria and evidence requirements in the EPA plan
•Prioritize safety observations and risk assessments in every task demonstration
•Use structured fault-finding sheets to demonstrate methodical approach
•Provide photographic evidence and written annotations to support your portfolio
•Always cross-reference your findings with the machine’s workshop manual or electronic service data before making conclusions.
•Structure your inspection narrative to show end-to-end traceability: from initial observation to test result to final recommendation.
•When presenting recommendations, explicitly link each action to the identified fault and justify it in terms of safety, efficiency, or regulatory compliance.
•When preparing evidence, use real workplace examples that show a sequence of actions: the situation, your communication approach, and the positive result.

Qualification Units

40 units

How this qualification is graded

Vocational qualifications are marked against criteria, not an exam percentage. Each unit is assessed across three bands - build up from Pass by applying your knowledge to realistic workplace scenarios.

Pass

Accurately describe and explain the core knowledge for the unit and link it to the given scenario.

Merit

Apply and analyse that knowledge in detail, showing why it matters in the workplace context.

Distinction

Evaluate and justify decisions, weigh up alternatives and make well-reasoned professional recommendations.

IMI Level 3 Land-based Service Engineering - Technician End Point Assessment - Core Content

This subtopic covers the fundamental competencies required for a Land-based Service Engineering Technician, including the maintenance, fault diagnosis, and repair of agricultural and horticultural machinery. It emphasizes practical application of engineering principles, adherence to health and safety regulations, and the use of diagnostic tools. Mastery of this core content ensures technicians can effectively service complex machinery in real-world land-based environments.

IMI Level 3 Land-based Service Engineering - Technician End Point Assessment

6 learning outcomes8 guidance points

Inspect and Test Land-based Machinery and Equipment

This element covers the systematic inspection and testing of land-based machinery and equipment, including agricultural, horticultural, and forestry applications. Learners develop practical skills in using diagnostic tools and techniques to assess mechanical, hydraulic, electrical, and safety systems, ensuring optimal performance and legislative compliance. The emphasis is on interpreting findings accurately to formulate justified, cost-effective recommendations for repair, maintenance, or operational adjustments.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes7 guidance points

Establish and maintain effective working relationships with others

This subtopic focuses on developing the interpersonal skills and professional behaviours needed to form positive working relationships in land-based engineering environments. It covers communication, teamwork, and understanding organisational values to ensure efficient and safe operations. Applying these practices leads to improved collaboration, reduced conflict, and enhanced service delivery in workshops or on-site settings.

IMI Level 2 Diploma in Work-based Land-based Engineering Operations , IMI Level 2 Diploma In Work-based Land-based Engineering Operations Power Equipment , IMI Level 2 Diploma in Land-Based Technology (VRQ)

3 learning outcomes22 guidance points3 criteria

IMI Level 2 Land-based Service Engineering - Service Engineer End Point Assessment - Core Content

This core content underpins the End-Point Assessment for Land-based Service Engineering, covering essential technical knowledge and practical skills required to inspect, diagnose, and repair agricultural machinery. It integrates health and safety legislation, workshop practices, and the servicing of key systems such as engines, hydraulics, and electrics. The focus is on applying diagnostic reasoning and methodical repair procedures in real-world agricultural settings.

IMI Level 2 Land-based Service Engineering - Service Engineer End Point Assessment

6 learning outcomes9 guidance points

Environmental and Land-based Business

This element introduces learners to the structure and scope of the environmental and land-based sector, focusing on the practical application of industry knowledge, legal compliance, and business operations. It equips candidates with the foundational understanding required to operate effectively within land-based technology businesses, from legislative adherence to routine administrative tasks.

IMI Level 2 Diploma in Land-Based Technology (VRQ)

1 learning outcomes6 guidance points

Land-based Engineering Operations - Service and Repair Engines and Components

This subtopic focuses on the fundamental principles of internal combustion engines used in land-based technology, including two-stroke, four-stroke spark ignition, and compression ignition engines. Learners will acquire the knowledge to identify components, explain their functions, and perform routine service and repair tasks such as inspections, replacements, and adjustments, ensuring safe and effective engine operation in agricultural machinery.

IMI Level 2 Diploma in Land-Based Technology (VRQ), IMI Level 3 Diploma in Work-based Land-based Engineering Operations , IMI Level 2 Diploma in Work-based Land-based Engineering Operations +1 more

4 learning outcomes32 guidance points4 criteria

Monitor and Maintain Health and Safety in a Land-based Engineering Work Area

This subtopic focuses on the practical application of health and safety monitoring and maintenance within a land-based engineering environment, specifically when working with power equipment such as agricultural machinery. Learners will develop the ability to identify hazards, conduct risk assessments, and implement control measures, ensuring compliance with legislation like PUWER and the Health and Safety at Work Act. Effective monitoring routines and maintenance of safety protocols are critical to prevent accidents and promote a safety culture in the workplace.

IMI Level 2 Diploma In Work-based Land-based Engineering Operations Power Equipment , IMI Level 2 Diploma in Work-based Land-based Engineering Operations , IMI Level 2 Diploma in Land-Based Technology (VRQ)

3 learning outcomes26 guidance points3 criteria

Service and Repair Hydraulic Systems and Components on Land-based Equipment

This subtopic covers the essential knowledge and hands-on skills required to safely service, maintain, and repair hydraulic systems on agricultural and land-based machinery. Learners will explore the construction and operational principles of hydraulic components such as pumps, valves, cylinders, and motors, and how they integrate within circuit systems to perform work. Mastery of these concepts ensures technicians can diagnose faults, conduct routine service, and restore hydraulic system functionality, which is critical for machinery reliability and operational efficiency.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations , IMI Level 2 Diploma in Work-based Land-based Engineering Operations , IMI Level 2 Diploma In Work-based Land-based Engineering Operations Power Equipment +1 more

4 learning outcomes27 guidance points4 criteria

Land-based Engineering Operations - Understand how to Use, Service and Maintain Tools and Equipment

This element focuses on the essential skills and knowledge required for competent operation, selection, and upkeep of hand tools, power tools, and workshop equipment used in land-based engineering. Learners develop the ability to match tools to specific tasks, apply safe working practices, and perform routine servicing to ensure equipment reliability and longevity in agricultural and horticultural settings.

IMI Level 2 Diploma in Land-Based Technology (VRQ), IMI Level 2 Diploma In Work-based Land-based Engineering Operations Power Equipment , IMI Level 2 Diploma in Work-based Land-based Engineering Operations

3 learning outcomes26 guidance points3 criteria

Service and Repair Braking Systems on Land-based Equipment

This subtopic covers the essential knowledge and skills required to service and repair braking systems on land-based equipment, including understanding their construction, function, and operation. Learners will develop the ability to identify faults and perform effective repairs, ensuring machinery operates safely and efficiently in agricultural and land-based environments. The focus is on practical competence and underpinning knowledge for diagnostic and rectification tasks.

3 learning outcomes24 guidance points3 criteria

Service and Repair of Land-based Air Conditioning, Climate Control and Refrigeration Plant and Equipment

This element covers the principles and practical servicing of air conditioning, climate control, and refrigeration systems used in agricultural and land-based machinery. Learners must understand system components, refrigerants, and safety procedures to perform maintenance, diagnose faults, and repair these systems effectively, ensuring operator comfort and proper storage conditions for perishable goods.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes10 guidance points

Monitor the Handover and Installation of Land-based Equipment

Monitoring the handover and installation of land-based power equipment involves overseeing the correct setup, commissioning, and customer orientation for machinery such as tractors, mowers, and harvesters. It ensures equipment is installed per manufacturer specifications, safety checks are completed, and the end-user is trained in safe operation and basic maintenance. This process is critical for warranty compliance, customer satisfaction, and operational reliability in agricultural and grounds care settings.

IMI Level 2 Diploma In Work-based Land-based Engineering Operations Power Equipment , IMI Level 3 Diploma in Work-based Land-based Engineering Operations

2 learning outcomes14 guidance points2 criteria

Service and Repair Pneumatic Systems and Components for Land-based Equipment

This unit covers servicing and repairing pneumatic systems on land-based equipment. Learners understand system construction, function, and perform practical maintenance operations.

9 learning outcomes31 guidance points4 criteria

Land-based Engineering Operations – Use Calculations

This subtopic covers the application of mathematical calculations to support engineering principles in land-based technology. Learners develop the ability to solve practical problems such as determining gear ratios, hydraulic pressures, engine displacements, and load capacities. Mastery of these calculations is essential for diagnosing faults, specifying components, and ensuring safe operation of agricultural and groundcare machinery.

IMI Level 2 Diploma in Land-Based Technology (VRQ), IMI Level 3 Diploma in Work-based Land-based Engineering Operations

2 learning outcomes14 guidance points2 criteria

Service and Repair Clutches, Fluid Flywheels and Torque Convertors on Land-based Equipment

This element focuses on the servicing and repair of clutches, fluid flywheels, and torque converters used in land-based equipment such as tractors, combines, and telehandlers. Learners must understand the construction and operational principles to diagnose faults, perform adjustments, and replace components, ensuring power transmission efficiency and preventing premature failure in agricultural machinery.

3 learning outcomes23 guidance points3 criteria

Provide Customer Care within Land-based Engineering Operations

This element focuses on delivering effective customer care within land-based engineering operations, covering the principles and practical application of maintaining professional relationships, managing service expectations, and resolving issues. Learners will demonstrate how to communicate technical information clearly, uphold organisational standards, and ensure customer satisfaction when dealing with power equipment services, repairs, or advice in a work-based environment.

IMI Level 2 Diploma In Work-based Land-based Engineering Operations Power Equipment , IMI Level 3 Diploma in Work-based Land-based Engineering Operations

2 learning outcomes18 guidance points2 criteria

Maintain and develop personal performance

This subtopic focuses on the principles and practices of continuous self-improvement in a land-based engineering context. Learners explore methods for evaluating their own technical competencies and soft skills, setting targeted development goals, and actively managing their professional growth to enhance workshop performance and career progression.

3 learning outcomes20 guidance points3 criteria

Service and Repair Electrical Systems on Land-based Equipment

This subtopic focuses on the practical skills and underpinning knowledge required to diagnose, service, and repair electrical systems in land-based equipment such as tractors, harvesters, and sprayers. Learners will develop competence in testing, removing, and replacing components like batteries, alternators, starters, and wiring harnesses, while understanding the principles of circuit operation and safety procedures. Mastery of these skills ensures machinery reliability and minimizes costly downtime in agricultural and horticultural operations.

3 learning outcomes27 guidance points3 criteria

Service and Repair Powershift, Hydrostatic and CVT Transmissions on Land-based Equipment

This subtopic covers the practical skills and theoretical knowledge required to diagnose, service, and repair powershift, hydrostatic, and continuously variable transmissions (CVTs) commonly found in agricultural and land-based equipment. Learners will develop an understanding of hydraulic and mechanical principles, electronic control systems, and the specific maintenance procedures necessary to ensure reliable transmission performance in demanding operational environments.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes8 guidance points

Service and Repair Suspension Systems on Land-based Equipment

This element focuses on the maintenance and repair of suspension systems in land-based engineering, including agricultural tractors, harvesters, and construction plant. It covers the operating principles of leaf spring, coil spring, hydraulic, and pneumatic suspension types, and develops the practical skills to diagnose faults, replace components, and ensure vehicle stability and operator safety through correct servicing procedures.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

5 learning outcomes8 guidance points

Understand and Follow Organisational Procedures within Land based Engineering Establishments

This subtopic focuses on the essential organisational procedures within land-based engineering workplaces, ensuring technicians comply with health and safety, quality standards, and operational protocols. Learners must demonstrate the ability not only to identify but also to consistently apply these procedures in their daily roles, from equipment maintenance to customer interactions. Mastery of this element underpins safe, efficient, and legally compliant practice in agricultural, construction, and groundcare engineering environments.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes6 guidance points

Service and Repair Land-based Cutting and Mowing Equipment

This subtopic covers the essential knowledge and practical skills required to service and repair land-based cutting and mowing equipment such as mowers, flail cutters, and hedge trimmers. Learners must understand the mechanical construction, operating principles, and the impact of working conditions on machine performance. Mastery ensures equipment reliability, safety, and compliance with manufacturer specifications.

3 learning outcomes24 guidance points3 criteria

Service and Repair Land-based Harvesting and Processing Equipment

This topic covers servicing and repairing land-based harvesting and processing equipment, including performing operations and understanding procedures.

3 learning outcomes22 guidance points3 criteria

Service and Repair Land-based Soil Preparation and Plant Establishment Equipment

This element focuses on the practical skills and underpinning knowledge required to service, repair, and set up land-based equipment used for soil preparation, cultivation, and plant establishment. Learners must understand the construction, function, and operation of machinery such as ploughs, cultivators, seed drills, and planters, as well as the environmental and mechanical factors that influence their performance in the field.

3 learning outcomes21 guidance points3 criteria

Service and Repair Land-based Transport Handling and Storage Equipment

This element focuses on developing the skills to service and repair a range of land-based transport, handling, and storage equipment, such as forklifts, trailers, and conveyors, commonly used in agricultural and horticultural settings. It covers the essential knowledge of their construction, function, and operational principles to diagnose faults effectively. Proficiency in these tasks ensures equipment reliability, safety compliance, and operational efficiency in demanding land-based industries.

3 learning outcomes18 guidance points3 criteria

Service and Repair Mechanical Transmissions on Land-based Equipment

This element covers the essential skills and knowledge for servicing and repairing mechanical transmissions in agricultural and land-based machinery. Learners will explore different types of transmissions, their characteristics, fault diagnosis methods, and safe removal/reinstallation procedures. Mastery enables technicians to restore optimal power transfer and prevent costly operational downtime.

3 learning outcomes23 guidance points3 criteria

Land-based Engineering Operations - Applying Mechanical Principles

This unit equips learners with the core mechanical principles required to safely maintain, diagnose, and repair agricultural and groundcare machinery. Through hands-on application, students learn to calculate forces, understand levers and linkages, and work with power transmission systems such as belts, chains, and hydraulics. Real-world scenarios in tractor and implement servicing reinforce the direct application of these principles to land-based engineering tasks.

3 learning outcomes18 guidance points3 criteria

Land-based Engineering Operations - Perform Thermal Joining Processes

This element focuses on performing thermal joining processes such as welding, brazing, and soldering, and understanding high-temperature techniques essential for repairing and fabricating components in land-based engineering equipment. Learners will apply practical skills and theoretical knowledge to ensure durable, safe joints in agricultural and groundscare machinery contexts.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes7 guidance points

Service and Repair Tyres and Tracks on Land-based Equipment

This unit develops practical competence in servicing and repairing tyres, wheel assemblies, and tracks on agricultural, construction, and groundscare machinery. Learners gain applied knowledge of tyre and track construction, operating principles, and wear characteristics, enabling them to safely remove, inspect, repair, and replace components. Mastery ensures operational safety, extends equipment life, and minimises costly downtime through correct maintenance procedures.

3 learning outcomes22 guidance points3 criteria

Service and Repair Wheeled and Tracked Steering Systems on Land-based Equipment

This subtopic equips learners with the practical skills and theoretical knowledge required to service and repair steering systems on diverse land-based equipment, including tractors, combine harvesters, and tracked excavators. It covers the identification of construction differences between wheeled (e.g., hydraulic power steering) and tracked (e.g., differential steering) systems, diagnosis of common faults such as excessive play or fluid leaks, and execution of corrective procedures to restore safe and efficient operation in accordance with manufacturer specifications.

3 learning outcomes24 guidance points3 criteria

Undertake Work Related Experience in the Land-based Industries

This unit equips learners with the practical skills to navigate and succeed in work placements within the land-based industries, covering everything from understanding diverse job roles to planning personal development and reporting experiences. It bridges classroom theory with real-world application, emphasizing the use of industry-specific documents and reflective practices to enhance employability and career progression.

IMI Level 2 Diploma in Land-Based Technology (VRQ)

1 learning outcomes6 guidance points

Land-based Engineering Operations - Carry out Servicing and Maintenance on Land-based Equipment

This subtopic focuses on the practical competencies and underpinning knowledge required to carry out routine servicing and maintenance of land-based equipment, such as tractors, harvesters, and grounds care machinery. Learners will develop skills in performing inspections, replacing consumables, adjusting components, and documenting work in line with manufacturers' guidelines and health and safety regulations. Mastery of these operations ensures equipment reliability, longevity, and compliance with industry standards.

3 learning outcomes24 guidance points3 criteria

Introduction to Land-based Machinery Operations

This element introduces learners to the foundational principles and practices of operating land-based machinery, emphasizing safety, preparation, operation, and maintenance. It equips individuals with the skills to perform pre-use checks, operate machinery competently in agricultural contexts, and carry out routine upkeep, ensuring operational efficiency and adherence to industry safety standards.

IMI Level 2 Diploma in Land-Based Technology (VRQ)

1 learning outcomes9 guidance points

Introduction to Land-based Workshop Practice

This subtopic establishes foundational workshop competencies essential for maintaining and repairing land-based machinery and installations. Learners gain practical skills in safely operating hand and power tools, performing basic welding and cutting, and applying routine maintenance techniques, all underpinned by rigorous health and safety protocols. The focus is on developing safe, methodical work habits that directly apply to real-world agricultural and land-based engineering environments, ensuring learners can contribute effectively from day one.

IMI Level 2 Diploma in Land-Based Technology (VRQ)

1 learning outcomes9 guidance points

Land-based Engineering Operations - Material Preparation, Shaping and Assembling

This subtopic focuses on the essential practical skills and underpinning knowledge required to prepare, shape, and assemble materials used in land-based engineering operations. Learners will develop competence in cutting, bending, filing, and joining metal and other materials to produce components, ensuring accurate measurements and safe working practices. These skills are directly applicable to the maintenance, repair, and manufacture of power equipment such as tractors and machinery used in agriculture and horticulture.

3 learning outcomes21 guidance points3 criteria

Land-based Engineering Operations - Perform Thermal Joining and Cutting Processes

This subtopic focuses on the practical application of thermal joining techniques such as oxy-acetylene welding, brazing, and soldering, alongside thermal cutting methods including manual oxy-fuel and plasma arc cutting, within a land-based engineering context. Learners will develop competence in setting up equipment, selecting appropriate consumables, and executing safe, effective procedures on typical agricultural and construction machinery components, ensuring structural integrity and repair quality.

3 learning outcomes22 guidance points3 criteria

Maintain Electronic Control and Monitoring Systems on Land-based Equipment

This subtopic focuses on the diagnosis, repair and maintenance of electronic control units (ECUs), sensor networks and monitoring displays integral to modern agricultural machinery. Learners develop the ability to interpret fault codes, use specialist diagnostic software, and perform component replacement and calibration to ensure machinery operates efficiently and meets safety standards. Practical application includes reducing downtime and enhancing precision in land-based operations.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes8 guidance points

Land-based Engineering Operations - Service and Repair Cooling and Lubrication Systems

This subtopic covers the fundamental principles and components of cooling and lubrication systems in land-based equipment such as tractors and agricultural machinery. Learners will develop the skills to diagnose faults, perform routine servicing, and complete repair operations to maintain system integrity and prevent engine damage. Understanding these systems ensures efficient temperature regulation and reduced friction, critical for reliable machine operation in demanding environments.

10 learning outcomes24 guidance points3 criteria

Recognise and Reduce Risks in the Land-based Engineering Work Area

This element focuses on the essential skill of identifying hazards and controlling risks in the land-based engineering environment, encompassing workshops, field service, and machinery handling. Learners will develop the ability to conduct dynamic risk assessments, understand legal duties under health and safety legislation, and implement appropriate control measures to prevent accidents and ensure a safe working culture.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes5 guidance points

Refrigerant Handling

This unit covers the safe and legal handling of refrigerants in land-based machinery, focusing on compliance with F-Gas regulations and environmental protection. Learners will develop practical skills in recovering, recycling, and charging refrigerants, alongside completing mandatory documentation to demonstrate traceability and prevent atmospheric release. Understanding the environmental impact of refrigerants and the legal consequences of non-compliance is essential for professional practice in agricultural and construction equipment maintenance.

IMI Level 3 Diploma in Work-based Land-based Engineering Operations

1 learning outcomes10 guidance points

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