Product Features

MultiSoftware Compatibility

Interfaces with SOLIDWORKS 2025 and the Office suite, supporting the reading, writing, and export of models, engineering drawings, and simulation reports.

Theoretical ComputerBased Examination Simulation Module

Builtin question bank with more than 600 singlechoice, multiplechoice and truefalsequestions. It simulates the theoretical computerbased test for the final round withautomatic scoring and incorrect-answer review and collection functions.

TaskOriented Practical Training

Covers digital innovation design of parts and mechanism products, reproducing the complete training workflow across seven tasks, including part modeling and lightweight performance optimization.

Digitalized Scoring System

Embeds the original evaluation scoring rules, distinguishing between objective measurement scoring and subjective grading.

OneClick Export of Training Deliverables

Supports batch export of 3D models, engineering drawings, simulation results and design reports, meeting submission requirements for oncampus practical training andprecompetition simulation practice.

Multigroup Teaching Adaptation

Enables switching between training modes for different participant groups, differentiating dualtask training for student groups and singlemechanismtask training for the teacher group.

Specifications

Software Configuration

Category	Name	Version Requirement
Operating System	Windows	64bit Windows 11
Core Design Software	SOLIDWORKS	Version 2025 with genuine activated license, Simulation and Motion addins enabled
Training Platform	Product Digital Innovation Design Training Platform	V1.0
Browser	Google Chrome	V131 or above
Supporting Software	Microsoft Office	2007 or above
Document Reader	Adobe Reader	Any version

Hardware Configuration (Recommended)

Device	Parameters
Processor	Intel Core i7 or higher, supporting AVX2 instruction set
Memory	16 GB DDR4 or above
Storage	≥10 GB available storage space
Graphics Card	Discrete graphics card with 4 GB or higher dedicated video memory, compatible with OpenGL4.0 and DirectX12; supports NVIDIA / AMD / Intel Arc discrete GPUs. Intel integrated chipsets are not supported.
Monitor	21.5inch or larger, resolution 1920×1080 or higher; dualscreen display is preferred

Application Scenarios

Oncampus Classroom Teaching.

• Deliver lectures for mechanical design and mechanical CAD/CAM courses.
• Teach courses covering 3D modeling, assembly design, engineering drawing, finite element analysis and multibody dynamics simulation.

Skill Assessment and Evaluation.

• Final course examinations and periodic skill assessments for campus courses.
• Automatically administer computer-based theoretical tests, distribute practical tasks, generate training scores in accordance with competition standards and produce student competency analysis reports.

Teaching Research & Teacher Training.

• Improve competitionrelated competencies for teachers in the teacher group.
• Develop teaching cases for lightweight innovative design, geometric reconstruction and mechanism dynamics simulation.
• Study scoring standards and compile practicaltraining task documents.

Vocational Skills Development.

• Carry out job‑oriented competency training for product digital innovation design.
• Align with industry technical specifications for mechanical CAD 3D modeling and finite element analysis.
• Deliver practical training targeted at real‑world job capability requirements.

F&Q

1. Is SOLIDWORKS required to be installed?

A: This is a teaching and training management platform. A properly licensed and activated copy of SOLIDWORKS 2025 (including Simulation and Motion addins) must be preinstalled locally. The platform implements task distribution, questionbank training, scoring reference and deliverable management.

2. Which teaching groups is the platform suitable for?

A: The platform adapts to mechanical design and manufacturing related programs at secondary-vocational, higher-vocational and undergraduate levels. It also supports teacher teaching-research training and vocational skill improvement, with switchable difficulty levels and task modes for different learner groups.

3. Can models and reports generated in training be exported?

A: Yes. Batch export is available for 3D models, PDF engineering drawings, simulation results and design reports for campus file archiving.

4. Are design models and documents exportable after training?

A: Full‑set deliverables including 3D models, PDF engineering drawings, simulation analysis results and design reports can be exported in batches. Exported files fully comply with competition submission specifications for campus archive and simulated‑contest submission.