Francisco C. Profile | Freelancer

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$20 USD / hour

Flag of PHILIPPINES

tagum city,

$20 USD / hour

It's currently 2:10 PM here

Joined May 3, 2018

0 Recommendations

Francisco C.

@fmcanezo

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(0 reviews)

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$20 USD / hour

Flag of PHILIPPINES

tagum city,

$20 USD / hour

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Autodesk Inventor Professional, Revit, Autocad, 2D & 3D Design Specialist

AUTODESK INVENTOR PROFESSIONAL and AUTOCAD 2D/3D DESIGN SPECIALIST I am a mechanical engineer with highly skilled in 3D modelling, let me build your imagination into accurate and magnificent solution. Let me show and compete my skills by helping clients in their designing needs. Excellent in 2D design conversion to 3D modeling such as house model and structure using Revit or Autocad. Designing Engine parts, Frame Structure, Tanks , pipe routing and integrate parts into assembly using Autodesk Inventor. ➢ 9 Years experience in Piping/Project Engineer. I am also working as Piping Supervisor/Permit Applicant and Static Supervisor. ➢ Knowledgeable in computer software such as: AutoCAD 3D and 2D, Excel, Navis-Work, MS Word, Fusion 360, Autodesk Revit, Autocad Plant 3D, and Autodesk Inventor. ➢ Proficient in AutoCAD (2016) / Inventor Professional 2D and 3D design drawings such as machine parts, pipe, structure, house model, and CAD works.

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Portfolio

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

1. Dimensions should be in inches.
2. Use:
a. The appropriate template attached.
b. The appropriate sheet format including the date, material, part name. Include the mass of each part.
3. Create all needed, Orthographic, Auxiliary, Detail and Section views. Each drawing must include all the information required to fabricate the part. Views must be positioned correctly. Minimum three views per part.
4. All needed dimensions and notes. Avoid redundant dimensions.
5. All needed visible, hidden, center and section lines.
6. Create an Assembly Drawing and an Exploded Assembly Drawing. Include a parts list on the unexploded version with balloons, name, quantities, mass, and materials.

CHAIN PROJECT PROPOSAL BY CLIENT

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

ENGINE PARTS DESIGN AND ASSEMBLY USING INVENTOR PROFESSIONAL

V12 ENGINE DESIGN INVENTOR PROFESSIONAL

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Furniture Design

Autodesk Inventor

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