Remote
Work location
Drivable Shopping Cart Ended
About the job
I seek an experienced CAD designer to model a drivable four-wheel mobility shopping cart, precisely based on an existing isometric sketch. The designer must deliver a simulation-ready assembly that meets the highest standards for technical drawing and complexity.
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separate components.
2. Design Complexity: The design must be complex, incorporating two or more features created using advanced 3D modelling functions. Examples include: 3D sketching, loft with curved path, and surface modification.
3. Modeling Annotation: These advanced features must be annotated in the views, describing the tools that have been used.
4. View Provision: The report requires three or more orthogonal views (Front, Top, Side) of the whole assembly and one isometric view of each individual component.
##Technical Drawings & BOM:
1. BOM & Exploded View: Provide a clear Exploded View with a corresponding Bill of Materials (BOM), accurately showcasing the whole assembly.
2. Component Drawings: Submit a complete set of detailed 2D drawings for each of the five components.
3. View Detail: Each component drawing must include Top, Side, Front, and isometric views with full dimensioning and detailing.
4. Drawing Standards: All drawings must adhere to the AS1100 standard, including correct third-angle projection.
5. Tolerancing and Datum: Individual tolerances must be specifi... read more
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separate components.
2. Design Complexity: The design must be complex, incorporating two or more features created using advanced 3D modelling functions. Examples include: 3D sketching, loft with curved path, and surface modification.
3. Modeling Annotation: These advanced features must be annotated in the views, describing the tools that have been used.
4. View Provision: The report requires three or more orthogonal views (Front, Top, Side) of the whole assembly and one isometric view of each individual component.
##Technical Drawings & BOM:
1. BOM & Exploded View: Provide a clear Exploded View with a corresponding Bill of Materials (BOM), accurately showcasing the whole assembly.
2. Component Drawings: Submit a complete set of detailed 2D drawings for each of the five components.
3. View Detail: Each component drawing must include Top, Side, Front, and isometric views with full dimensioning and detailing.
4. Drawing Standards: All drawings must adhere to the AS1100 standard, including correct third-angle projection.
5. Tolerancing and Datum: Individual tolerances must be specifi... read more
I seek an experienced CAD designer to model a drivable four-wheel mobility shopping cart, precisely based on an existing isometric sketch. The designer must deliver a simulation-ready assembly that meets the highest standards for technical drawing and complexity.
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separate components.
2. Design Complexity: The design must be complex, incorporating two or more features created using advanced 3D modelling functions. Examples include: 3D sketching, loft with curved path, and surface modification.
3. Modeling Annotation: These advanced features must be annotated in the views, describing the tools that have been used.
4. View Provision: The report requires three or more orthogonal views (Front, Top, Side) of the whole assembly and one isometric view of each individual component.
##Technical Drawings & BOM:
1. BOM & Exploded View: Provide a clear Exploded View with a corresponding Bill of Materials (BOM), accurately showcasing the whole assembly.
2. Component Drawings: Submit a complete set of detailed 2D drawings for each of the five components.
3. View Detail: Each component drawing must include Top, Side, Front, and isometric views with full dimensioning and detailing.
4. Drawing Standards: All drawings must adhere to the AS1100 standard, including correct third-angle projection.
5. Tolerancing and Datum: Individual tolerances must be specified according to required technical accuracy, along with appropriate datum symbols and referencing.
##Information Sketch:
1. View Completeness: Provide Four detailed views (Front, Side, Top, Isometric) of the final design.
2. Definition & Annotation: All required dimensions are included, and each component is annotated with material specifications and key features. The assembly must be fully defined across different views. read less
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separate components.
2. Design Complexity: The design must be complex, incorporating two or more features created using advanced 3D modelling functions. Examples include: 3D sketching, loft with curved path, and surface modification.
3. Modeling Annotation: These advanced features must be annotated in the views, describing the tools that have been used.
4. View Provision: The report requires three or more orthogonal views (Front, Top, Side) of the whole assembly and one isometric view of each individual component.
##Technical Drawings & BOM:
1. BOM & Exploded View: Provide a clear Exploded View with a corresponding Bill of Materials (BOM), accurately showcasing the whole assembly.
2. Component Drawings: Submit a complete set of detailed 2D drawings for each of the five components.
3. View Detail: Each component drawing must include Top, Side, Front, and isometric views with full dimensioning and detailing.
4. Drawing Standards: All drawings must adhere to the AS1100 standard, including correct third-angle projection.
5. Tolerancing and Datum: Individual tolerances must be specified according to required technical accuracy, along with appropriate datum symbols and referencing.
##Information Sketch:
1. View Completeness: Provide Four detailed views (Front, Side, Top, Isometric) of the final design.
2. Definition & Annotation: All required dimensions are included, and each component is annotated with material specifications and key features. The assembly must be fully defined across different views. read less
I seek an experienced CAD designer to model a drivable four-wheel mobility shopping cart, precisely based on an existing isometric sketch. The designer must deliver a simulation-ready assembly that meets the highest standards for technical drawing and complexity.
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separat... read more
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separat... read more
I seek an experienced CAD designer to model a drivable four-wheel mobility shopping cart, precisely based on an existing isometric sketch. The designer must deliver a simulation-ready assembly that meets the highest standards for technical drawing and complexity.
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separate components.
2. Design Complexity: The design must be complex, incorporating two or more features created using advanced 3D modelling functions. Examples include: 3D sketching, loft with curved path, and surface modification.
3. Modeling Annotation: These advanced features must be annotated in the views, describing the tools that have been used.
4. View Provision: The report requires three or more orthogonal views (Front, Top, Side) of the whole assembly and one isometric view of each individual component.
##Technical Drawings & BOM:
1. BOM & Exploded View: Provide a clear Exploded View with a corresponding Bill of Materials (BOM), accurately showcasing the whole assembly.
2. Component Drawings: Submit a complete set of detailed 2D drawings for each of the five components.
3. View Detail: Each component drawing must include Top, Side, Front, and isometric views with full dimensioning and detailing.
4. Drawing Standards: All drawings must adhere to the AS1100 standard, including correct third-angle projection.
5. Tolerancing and Datum: Individual tolerances must be specified according to required technical accuracy, along with appropriate datum symbols and referencing.
##Information Sketch:
1. View Completeness: Provide Four detailed views (Front, Side, Top, Isometric) of the final design.
2. Definition & Annotation: All required dimensions are included, and each component is annotated with material specifications and key features. The assembly must be fully defined across different views. read less
##CAD Model & Assembly:
1. Assembly Completeness: The final artifact must be a complete assembly consisting of at least five separate components.
2. Design Complexity: The design must be complex, incorporating two or more features created using advanced 3D modelling functions. Examples include: 3D sketching, loft with curved path, and surface modification.
3. Modeling Annotation: These advanced features must be annotated in the views, describing the tools that have been used.
4. View Provision: The report requires three or more orthogonal views (Front, Top, Side) of the whole assembly and one isometric view of each individual component.
##Technical Drawings & BOM:
1. BOM & Exploded View: Provide a clear Exploded View with a corresponding Bill of Materials (BOM), accurately showcasing the whole assembly.
2. Component Drawings: Submit a complete set of detailed 2D drawings for each of the five components.
3. View Detail: Each component drawing must include Top, Side, Front, and isometric views with full dimensioning and detailing.
4. Drawing Standards: All drawings must adhere to the AS1100 standard, including correct third-angle projection.
5. Tolerancing and Datum: Individual tolerances must be specified according to required technical accuracy, along with appropriate datum symbols and referencing.
##Information Sketch:
1. View Completeness: Provide Four detailed views (Front, Side, Top, Isometric) of the final design.
2. Definition & Annotation: All required dimensions are included, and each component is annotated with material specifications and key features. The assembly must be fully defined across different views. read less
Things to know
Any
Skill Level
Open budget
Hourly
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
2D & 3D CAD Design
3D Assembly Design
3D CAD Modelling
Job categories
Prototype Design Services
Product Engineering Services
Industrial Design Services
Automotive Design
Gadgets Design
+2 more
About the client
Payment not ready
India (03:59 pm)
Posted
Active
Job activity
26 Applicants
0 interviews in progress
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