Agricultural Systems
Bring planter, sprayer, grain-harvester header and tractor mechanisms into a year-round teaching environment. Combine practical platforms, simulation and course resources around the school’s syllabus and site conditions.
The Training Route
Connect machine structures and operating principles with adjustment, inspection and measured tasks on the selected agricultural teaching platforms.
Study the selected seeding mechanism and complete its approved set–measure–verify exercise with the supported seed types.
Record the setting, test conditions and measured result for the seeding task.
Relate the selected sprayer’s structure and operating principles to its approved adjustment and measurement exercise.
Document the setting and measured result using the permitted demonstration medium.
Study harvesting and feeding mechanisms on the selected header teaching platform and carry out the specified inspection tasks.
Explain the represented mechanism and record the checks completed on that platform.
The Equipment Combination
Select separate seeding, spraying or grain-harvester header platforms against the required mechanisms. The documented header represents crop gathering, cutting and transfer; tractor teaching and simulation resources are scoped for the selected project.
| Item | Teaching Configuration |
|---|---|
| Machine coverage | Separate teaching platforms for precision seeding, pesticide spraying and grain-harvester header mechanisms; select the actual mechanisms required by the syllabus. |
| Header scope | The documented grain-harvester platform covers the reel, reciprocating cutter, auger and visible transmission. Threshing, separation and cleaning are outside this configuration; any additional teaching systems must be specified separately. |
| Package structure | Teaching equipment, confirmed simulation titles and digital course resources; list included hardware, licenses, languages and instructor training. |
| Whole-vehicle reference | Tractor teaching and training platform in the Côte d’Ivoire Luban Workshop contract. |
| Simulation reference | BT-NJVR-01 agricultural machinery simulation; confirm modeled machines, tasks, PC or immersive delivery, license quantity and computer requirements. |
| Practical tasks | Structure and operating principles, approved adjustment, maintenance inspection, measurements and fault diagnosis. |
| Site requirements | Confirm machine envelope, floor loading, access route, power, guards and any fluid-handling arrangements before selecting a teaching room. |
| Delivery scope | Domestic training labs and overseas TVET projects, with transport, commissioning, manuals and teacher preparation defined by agreement. |
From Equipment to Teaching
Organize learners around mechanism study, supervised adjustment and recorded results, with room access, demonstration materials and teaching resources matched to each chosen platform.
Select machine-specific teaching mechanisms against the syllabus and site survey. Plan station provision, operating space and practical rotations across the academic timetable so learners can repeat the required tasks within the available teaching environment.
Introduce mechanisms through simulation and isolated component study before supervised work on guarded equipment. Use the approved procedure and permitted demonstration fluid; any field activity needs its own supervision and risk assessment.
Use the selected planter or sprayer’s approved set–measure–verify exercise to connect adjustment with a measured result. Record conditions and acceptance criteria, and confirm the supported seed types, spray media and instruments before the lesson.
Plan task sheets, licensed simulation, manuals, commissioning and instructor training alongside the chosen equipment. Agree language, localization and ongoing support before shipment so the delivered mechanisms are supported by resources teachers can use.
Select the seeding, spraying or header mechanism required by the syllabus. Connect structure recognition with the platform’s approved adjustment, inspection and measurement tasks.
Add matching simulation and course resources for preparation and repetition. Confirm the installation envelope, guards, demonstration materials and instructor training for each selected platform.
Project Experience & References
Industry roles and partner references provide context; the named Côte d’Ivoire contract records tractor teaching and agricultural simulation delivery.
In January 2024, Baitong Kexin won the Côte d’Ivoire Luban Workshop equipment contract for RMB 3,729,200, covering ten line items including the tractor whole-vehicle training platform and BT-NJVR-01 simulation, working with Heilongjiang Agricultural Engineering Vocational College.
The preceding November 2023 vice-ministerial visit included a demonstration of the company’s simulation systems. The present catalog also includes distinct planter, sprayer and grain-harvester header teaching products.
Request the January 2024 contract award record and the relevant item schedule. For a new project, review a demonstration of the selected machine platform, its adjustment tasks, teaching resources and compatible simulation.
Acceptance should identify the exact mechanisms, instruments, approved materials, software licenses, language and instructor-training deliverables. A previous contract value is evidence of that project, not a price for a new laboratory.
Application FAQs
No. The documented trainer covers crop gathering, cutting and transfer through its reel, reciprocating cutter and auger. Threshing, separation and cleaning are outside its scope; any additional teaching systems must be specified separately.
The named evidence identifies a tractor training platform and BT-NJVR-01 simulation within ten line items. It does not establish that every planter, sprayer or grain-harvester header product in today’s catalog was included.
Provide the machine topics, learner level, class size, room and access dimensions, utilities, destination, resource languages and desired assessment tasks. Identify whether field demonstration equipment is a separate part of the program.
