Freelance Solidwork designer jobs

I'm seeking a skilled professional to turn a hand-drawn sketch into a plastic prototype for product development.

Key Requirements:
- Proficiency in interpreting hand-drawn sketches and translating them into functional prototypes.
- Extensive experience in product development prototyping.
- Strong skills in working with plastic materials.

Ideal Candidates:
- Those with a portfolio of previous product prototypes made from hand-drawn sketches.
- CAD professionals who can convert sketches into CAD files for precise prototyping.
- Individuals with a background in product design.

Skills: CAD/CAM, Solidworks, AutoCAD, Product Design, 3D Modelling

We are developing a cutting-edge modular plug-and-play system designed for both educational and commercial applications. This product combines intelligent hardware with AI-driven software to create a versatile platform for learning, prototyping, and building advanced machines and devices.

We are looking for an experienced product designer with a strong background in hardware design, modular systems, and user-centric interfaces. The ideal candidate will collaborate with us to refine the design, ensure seamless integration of components, and create prototypes.

Responsibilities:

Design and prototype modular hardware components (e.g., core modules, sensors, robotic arms, cameras).
Collaborate on integrating hardware with software functionalities.
Develop CAD designs and technical documentation for manufacturing.
Ensure designs prioritize ease of assembly, scalability, and user experience.
Provide input on aesthetic, functional, and ergonomic aspects of the system.
Requirements:

Proven experience in product design, with a focus on modular or mechatronic systems.
Expertise in CAD software (e.g., SolidWorks, Fusion 360).
Understanding of hardware-software integration principles.
Familiarity with AI-powered systems is a plus.
Strong communication skills and ability to work collaboratively.
What We Offer:

Opportunity to work on an innovative product at the intersection of education and industry.
Collaboration with a visionary team.
Flexibility in working hours and location (in-person meetings possible if in Shenzhen).
Project Scope:
This is a mid-to-long-term project with potential for ongoing collaboration. The immediate focus is on designing and prototyping key components, with opportunities for involvement in subsequent stages like testing and manufacturing.

If you are passionate about designing transformative products and have the expertise to bring concepts to life, we’d love to hear from you!

How to Apply:
Please submit your portfolio highlighting relevant experience, along with a brief description of why you’re interested in this project.

Skills: Product Design, 3D Modeling, Product Development, Electrical Engineering, 3D Design

Hi Ikbal,
I have attached a plan of the microbat box design. The orange highlighted edges are to be square dovetail joins. The thickness of the timber ply sheet is 9mm. The pine timber plywood sheet is 2400mm x 1200mm.
A description of each piece to make a box is as follows:
Rear Back (1 piece): 380mm x 150mm. 30mm from the top is a 1mm deep groove. A 10mm hole is central within this area. From the base are four 1mm deep grooves 25mm apart. No doveltail edges.
Front (1 piece): 250mm x 150mm. Dovetail edges to all sides.
Back (1 piece): 250mm x 150mm. Dovetail edges to three sides.
Sides (2 pieces): 250mm 150mm. Dovetail edges to all sides.
Top (1 piece): 150mm x 150mm. Dovetail edges to all sides.
Base (1 piece): 150mm x 121mm. Dovetail edges to three sides.
Please provide a quote to design the digital CnC Router file to cut as many pieces as possible to construct complete boxes from each plywood sheet.
Regards, Jeff

Skills: 3D Modeling, CAD Drafting, CAD, SolidWorks, Autodesk AutoCAD, CAD & CAM Software, CNC Programming, Mechanical Engineering, Adobe Premiere Pro, Mechanical Design, 3D Drawing, Product Design, Laser Cutting & Engraving Software, 3D Printing, Robotic Process Automation

The project involves designing a portable wind-powered pump system to transfer water from a lake or river to a campsite. It focuses on a drag-type rotor for the wind system and a peristaltic pump for water transfer. The system must be:

Portable: Easy to assemble, disassemble, and transport.
Sustainable: Operates on wind power and meets environmental constraints.
Low-cost: Aimed at practicality for camping and outdoor applications.

Skills: Engineering, Solidworks, Mechanical Engineering, Finite Element Analysis, Product Design

We are seeking an experienced designer to create a functional and efficient parking lot layout for an electric vehicle (EV) charging warehouse. The design should maximize parking space utiltization while ensuring easy access to charging stations and parking spots. The project involves understanding the flow of vehicles and optimizing the layout for safety and convenience. If you have a background in urban planning or civil engineering, and experience in designing similar facilities, we would love to hear from you. We need to provide walking aisles to drivers as well provide bollard to the chargig in the first row and refine the layout so Rivian EV9 are parked in the provided space. We have an layout we came out buy we need to refine details of the layout. ACAD dwgs or pdf file can be provided.

Please respond with sample of projects done..

Relevant Skills:
- Urban Planning
- Civil Engineering
- Landscape Architecture
- AutoCAD or similar design software
- Knowledge of EV charging infrastructure

Skills: Autodesk AutoCAD, Architectural Design, 3D Modeling, SolidWorks, Architectural Rendering

I want to set up a studio where people can stand (or whatever) while cameras capture them from all sides.
Then I need to make a color plastic model with that information. Say 8 inches to 12 inches tall.

Skills: Solidworks, 3ds Max, 3D Modelling

We are seeking an experienced industrial designer to create an innovative casing for a compact offline communicator device. The design should be sleek, functional, and tailored to enhance usability while ensuring durability. The ideal candidate will have a strong background in product design, particularly for electronic devices, and should be able to provide prototypes and detailed specifications. Collaboration and clear communication are essential as we aim to bring this project to life efficiently.

Skills: 3D Design, 3D Modeling, Industrial Design, Product Design, SolidWorks

3d model solidworks blender

long term tasks every week

Skills: Solidworks, 3ds Max, 3D Modelling, Blender

I'm looking for an experienced SolidWorks professional who can assist me with 3D modeling, simulation and analysis, particularly focusing on structural analysis and stress analysis.

Key Responsibilities:
- 3D Modeling: Creating detailed and precise models of various components.
- Simulation and Analysis: Conducting necessary simulations on the models to assess their performance under different conditions.
- Structural Analysis: Specifically focusing on stress analysis of the models.

Ideal Skills:
- Proficiency in SolidWorks: Extensive experience in 3D modeling and simulations using SolidWorks.
- Understanding of Structural Analysis: Strong knowledge and experience in conducting structural analysis and stress testing.
- Attention to Detail: Ability to create precise models and conduct thorough simulations.

Please submit your bid if you have the necessary skills and experience.

Skills: CAD/CAM, Solidworks, Mechanical Engineering, Finite Element Analysis, 3D Modelling

Are you experienced in the robotics field? I am a recent graduate in mechatronic engineering looking to transition into robotics. I need expert consultation on suitable courses, job opportunities, and key skills to develop in this dynamic industry. Your guidance will help me understand the best pathways to embark on my robotics career and the latest trends. Let's connect and shape a learning plan tailored to my background and aspirations.

Skills: Mechanical Engineering, Mechanical Design, Engineering Design, SolidWorks, Product Design

I have an STL file of a jet engine blade, I want an amendment doing to add a 5 mm line and one at 6mm that follows the profile of the blade like in the photo and a little stand like in the photo for the blade to slot into.

Skills: CAD/CAM, 3D Rendering, Solidworks, 3D Modelling, 3D Animation

We are looking for an Aerospace Engineer expert that specializes in wing, tail, and hull builds. We have a 3D CAD model with the following specs.

Wing:
1. Area and aspect ratio: Same as Cessna 152
2. Airfoil: NACA 2412 same as Cessna 337
Skymaster (for lift/drag and
higher cruise
speed)
3. Aileron size (5 ft x 1.5 ft) and location is based on the Cessna 337 Skymaster.

Tail: Similar twin-boom tail configuration and surface areas as the Cessna 337 Skymaster, but symmetrical top & bottom.

Need to configure the unit for a pusher prop: 100hp
Rotax 912S3 horizontally opposed four-cylinder geared piston engine. Same engine used on the twin-engine Tecnam P2006T.

In addition to the pusher prop provided need to provide us with alternative options and justification for the selection.

We have two types of electric motors for vertical lift. You will need to configure the unit for both types of motors.

Our selection process:
1. Review submissions
2. Send first round of messages to inquire more about professionals expertise, experience, and ability.
3. Second round of messages that explains our project more in detail and outlines expectations.
4. NDA is provided.
5. Provide our 3D CAD files and documentation.
6. Select professional

Skills: Mechanical Engineering, SolidWorks, 3D Modeling, Mechanical Design

I need an experienced automotive engineer to create detailed technical drawings for a powertrain replacement on a 24-gauge passenger train. We're transitioning from an outdated inline 4-cylinder gasoline engine to a more powerful and reliable 4BT Cummins Turbo Diesel engine.

Key components to focus on:
- Engine mounts and supports
- Exhaust and intake systems
- Cooling and fuel systems

The main objective of this project is to ensure structural integrity for regulatory compliance. The new powertrain is expected to enhance durability and performance, but we need to guarantee that all changes meet stringent safety and reliability standards.

Your expertise will be critical in:
- Designing components that can withstand the increased torque and power of the 4BT
- Ensuring all parts are compatible and can be sourced easily
- Creating designs that will pass regulatory oversight without issue

Ideal candidates should have a strong background in automotive engineering, particularly in powertrain design and train systems. Experience with creating technical drawings for similar projects will be a significant advantage.

Skills: CAD/CAM, Solidworks, AutoCAD, Manufacturing Design, Product Design

I'm looking for a skilled CAD designer to transform an image of a ring into a highly intricate CAD model with fine details. The model will be used for 3D printing, so precision and attention to detail are crucial.

Key aspects of the project:
- The CAD model needs to capture a detailed design with texture, replicating the intricacies of the original ring image.
- The final deliverables should be in STL and OBJ file formats.
- The ring is to be a US size 7 with a 1.5 carat cushion shaped diamond.

Ideal candidates should have extensive experience in CAD design, particularly for 3D printing, and a keen eye for detail. Please provide examples of similar projects you've completed in your proposal.

Skills: CAD/CAM, 3D Rendering, Solidworks, 3D Modelling, 3D Animation

I'm seeking a skilled CAD designer with experience in designing for aerodynamics, specifically for an F1 car.

- The designs will need to be manufacturing-ready, not just conceptual or detailed.
- You will be utilizing complete design data that I have available.

Ideal applicants will have a robust background in CAD design, particularly with aerodynamics, and prior experience in motorsports engineering will be a significant advantage. Please provide examples of your previous work in your application.

Skills: CAD/CAM, Solidworks, Mechanical Engineering, Manufacturing Design, Product Design

I need a highly detailed 3D model of an autonomous rover for prototyping purposes. This model should incorporate all components of the rover, as precision and completeness are key for this project.

Ideal skills and experience for the job:
- Expertise in 3D modeling software
- Prior experience in designing models for prototyping
- Strong attention to detail and understanding of complex structures.

While I haven't specified a particular software for this task, proficiency in a variety of 3D modeling tools will be beneficial. The primary aim of this project is to create a model that is as accurate and comprehensive as possible for effective prototyping.

Skills: 3D Rendering, Solidworks, 3D Modelling, 3D Design, CATIA

I have a requirement of a design which is attached below. I need your expertise as per my requirement.

Skills: Laser Cutting & Engraving Software, Adobe Photoshop, Inkscape, Laser Engraving, SolidWorks, Autodesk Fusion 360, CNC Programming, Adobe Illustrator, Signage

We are seeking a skilled designer to create a comprehensive 3-part design for a 2 cubic yard metal sheet dumpster. This project involves conceptualizing and drafting designs that are not only functional but aesthetically appealing. The ideal candidate should have experience in metal fabrication design and be able to provide detailed specifications for manufacturing, particularly in the making of metal sheet press mould.
Attached are some photos of existing metal sheet dumpsters to give a clear view of the product to be designed.
Please submit your portfolio showcasing relevant previous work. Attention to detail and adherence to project specifications are crucial for this role.

Skills: Graphic Design, Adobe Illustrator, Autodesk AutoCAD, SolidWorks, Adobe Photoshop, Product Design, 3D Design, 3D Modeling

Title: Part-Time 3D CAD Designer for Automotive Parts (Atlanta, GA)

Description:
We are seeking a talented and detail-oriented 3D CAD Designer with experience in automotive part design to join our team on a part-time basis. This role involves creating precise and innovative 3D models for automotive components, working closely with our team to bring designs to life.

Details:
• Hours: 5–10 hours per week
• Location: Must be based in Atlanta, Georgia, USA
• Duration: Ongoing, part-time engagement

Responsibilities:
• Design and refine automotive parts using industry-standard CAD software
• Collaborate with the team to ensure designs meet performance, aesthetic, and manufacturability requirements
• Revise designs based on feedback and evolving project needs
• Ensure all designs adhere to industry standards and regulations

Requirements:
• Proficiency in 3D CAD software (e.g., SolidWorks, AutoCAD, or similar)
• Experience in automotive part design
• Strong attention to detail and ability to produce high-quality designs
• Excellent communication skills for collaboration and feedback
• Availability to work 5–10 hours per week
• Based in Atlanta, GA, with the ability to occasionally meet in person if needed

Preferred Skills:
• Familiarity with materials and manufacturing processes for automotive components
• Knowledge of design for manufacturability (DFM) principles
• Previous experience working on freelance or contract design projects

How to Apply:
If you’re passionate about automotive design and meet the qualifications above, we’d love to hear from you! Please submit your portfolio showcasing relevant projects along with a brief introduction about your experience and availability.

Skills: CAD/CAM, Solidworks, AutoCAD, Product Design, 3D Modelling

We have a SolidWorks model of a construction project that includes weldments and sheet metal parts. We are looking for someone to create detailed production drawings, including cut lists and laser-cut files. This is a recurring job with long-term potential, as we have many upcoming projects in the pipeline.

Skills: SolidWorks

I'm looking for a skilled 3D designer with a deep understanding of traditional Indian home temple aesthetics to create a compact 3D model for me. The specified dimensions of the temple are 60x60x40 cm. The design should emulate wood and incorporate intricate carvings inspired by floral patterns, a common motif in traditional designs.

Key requirements:
- The model must include designated spaces for idols and framed pictures, and a drawer for storing pooja items.
- There should be a pull-out platform for pooja rituals.
- The temple should be freestanding with a domed top.
- The model needs to be in free parts for easy assembly.
- The finish of this wooden emulation should be matte.

Ideal skills for this job include proficiency in 3D modeling software, experience with intricate design work, and a solid understanding of traditional Indian aesthetics.

Skills: 3D Rendering, Solidworks, Product Design, 3D Modelling, 2D Drawing

I am experiencing some issues with my SolidWorks assemblies which need to be addressed. The main issue is incorrectly constrained components. In addition, I need someone to rename files following a project-based naming scheme and make minor adjustments to the design of existing components.

Key Tasks:
- Fix incorrectly constrained components in SolidWorks assemblies
- Rename files according to a project-based naming scheme
- Make minor design adjustments to existing components

Ideal candidate will have:
- Proficiency in SolidWorks
- Experience with design modifications
- Good understanding of project-based naming conventions
- Attention to detail
- Strong problem-solving skills

Skills: CAD/CAM, Solidworks, Mechanical Engineering, AutoCAD, Manufacturing Design

I'm in need of a skilled mechanical engineer with solid experience in product design and finite element analysis (FEA) in Solidworks. The project primarily revolves around product design.

Ideal Skills and Experience:
- Proficient in Solidworks
- Extensive background in product design
- Experienced in finite element analysis (FEA)
- Capable of detailed engineering and prototyping
- Good communication skills for collaboration and updates

Skills: Solidworks, Mechanical Engineering, Finite Element Analysis, Manufacturing Design, Product Design

I need to have a cover designed for a jet ski hull. The 3D model of the jet ski is attached, and the first step is to create a model for the upper half that will align with the bolt holes, and lower half. Next, we'll have to work together on the actual shape of the top half, as it extends from the bolt holes.

Skills: SolidWorks, 3D Modeling, CAD & CAM Software, 3D Design, Mechanical Engineering

We are looking for an experienced CAD designer to convert a 3D STEP file of a textile prototype into accurate 2D CAD drawings. These drawings will be used by our textile manufacturer to create production patterns. It is essential that all dimensions are extracted precisely from the 3D model to ensure a high-quality outcome.
It is just one round object.

- Experience with 3D CAD software
- Proven ability to convert 3D models into accurate 2D production-ready drawings.
- Familiarity with creating patterns specifically for textiles.
Ability to maintain original dimensions and scaling from the 3D file.
- Attention to detail and ability to follow project specifications.

Skills: 2D Design, SolidWorks, 3D Design, CAD

1. Introduction:
The attached dataset provides a comprehensive analysis of electric vehicle (EV) charging patterns and user behavior. It contains 1,320 samples of charging session data, including metrics such as energy consumption, charging duration, and vehicle details. Each entry captures various aspects of EV usage, allowing for insightful analysis and predictive modeling.



Key Features:

User ID: Unique identifier for each user.
Vehicle Model: Model of the electric vehicle being charged (e.g., Tesla Model 3, Nissan Leaf).
Battery Capacity (kWh): Total battery capacity of the vehicle in kilowatt-hours.
Charging Station ID: Unique identifier for the charging station used.
Charging Station Location: Geographic location of the charging station (e.g., New York, Los Angeles).
Charging Start Time: Timestamp indicating when the charging session began.
Charging End Time: Timestamp indicating when the charging session ended.
Energy Consumed (kWh): Total energy consumed during the charging session, measured in kilowatt-hours.
Charging Duration (hours): Total time taken to charge the vehicle, measured in hours.
Charging Rate (kW): Average power delivery rate during the charging session, measured in kilowatts.
Charging Cost (USD): Total cost incurred for the charging session, measured in US dollars.
Time of Day: Time segment when the charging occurred (e.g., Morning, Afternoon).
Day of Week: Day of the week when the charging occurred (e.g., Monday, Tuesday).
State of Charge (Start %): Battery charge percentage at the start of the charging session.
State of Charge (End %): Battery charge percentage at the end of the charging session.
Distance Driven (since last charge) (km): Distance traveled since the last charging session, measured in kilometers.
Temperature (°C): Ambient temperature during the charging session, measured in degrees Celsius.
Vehicle Age (years): Age of the electric vehicle, measured in years.
Charger Type: Type of charger used (e.g., Level 1, Level 2, DC Fast Charger).
User Type: Classification of user based on driving habits (e.g., Commuter, Long-Distance Traveler).


2. Project Requirements:
· A complete data analysis of the attached dataset is required.

· Read the file using Python programming language (Jupyter Notebook IDE), perform exploratory analysis on the dataset features, and get as much information as you can using the pandas library.

· Check for null values in the dataset, if any, replace numerical variables with the mean value, and categorical variables with the mode, or any other justified decision.

· Use distribution and categorical plots in the seaborn/matplotlib libraries for univariate and multivariate parameters to get statistical insights.

· Present a report with the whole process, the figures, and your own conclusions in PDF format.

· Submit the report document in PDF format, the jupyter notebook file as softcopy

https://www.kaggle.com/datasets/valakhorasani/electric-vehicle-charging-patterns?resource=download

Skills: 3D Design, 3D Modeling, SolidWorks, Machine Design, 3D Animation, Blender, PCB Design, Product Design, Mechatronics, 3D Printing, 3D Model, CFD Analysis, Embedded System, Arduino IDE, CAD & CAM Software

We are seeking a skilled professional to create injection mold dies for two specific parts required in one assembly. The ideal candidate should have experience in designing molds that ensure precision and efficiency. Your work will directly impact the production process, and we are looking for someone who can deliver high-quality designs within the specified timeframe. Please include examples of your previous mold design projects in your proposal. The material to be molded will most likely be ABS plastic.

Skills: SolidWorks, 3D Modeling, Mechanical Design, Mechanical Engineering, Product Design

1. Introduction:
The attached dataset provides a comprehensive analysis of electric vehicle (EV) charging patterns and user behavior. It contains 1,320 samples of charging session data, including metrics such as energy consumption, charging duration, and vehicle details. Each entry captures various aspects of EV usage, allowing for insightful analysis and predictive modeling.



Key Features:

User ID: Unique identifier for each user.
Vehicle Model: Model of the electric vehicle being charged (e.g., Tesla Model 3, Nissan Leaf).
Battery Capacity (kWh): Total battery capacity of the vehicle in kilowatt-hours.
Charging Station ID: Unique identifier for the charging station used.
Charging Station Location: Geographic location of the charging station (e.g., New York, Los Angeles).
Charging Start Time: Timestamp indicating when the charging session began.
Charging End Time: Timestamp indicating when the charging session ended.
Energy Consumed (kWh): Total energy consumed during the charging session, measured in kilowatt-hours.
Charging Duration (hours): Total time taken to charge the vehicle, measured in hours.
Charging Rate (kW): Average power delivery rate during the charging session, measured in kilowatts.
Charging Cost (USD): Total cost incurred for the charging session, measured in US dollars.
Time of Day: Time segment when the charging occurred (e.g., Morning, Afternoon).
Day of Week: Day of the week when the charging occurred (e.g., Monday, Tuesday).
State of Charge (Start %): Battery charge percentage at the start of the charging session.
State of Charge (End %): Battery charge percentage at the end of the charging session.
Distance Driven (since last charge) (km): Distance traveled since the last charging session, measured in kilometers.
Temperature (°C): Ambient temperature during the charging session, measured in degrees Celsius.
Vehicle Age (years): Age of the electric vehicle, measured in years.
Charger Type: Type of charger used (e.g., Level 1, Level 2, DC Fast Charger).
User Type: Classification of user based on driving habits (e.g., Commuter, Long-Distance Traveler).


2. Project Requirements:
· A complete data analysis of the attached dataset is required.

· Read the file using Python programming language (Jupyter Notebook IDE), perform exploratory analysis on the dataset features, and get as much information as you can using the pandas library.

· Check for null values in the dataset, if any, replace numerical variables with the mean value, and categorical variables with the mode, or any other justified decision.

· Use distribution and categorical plots in the seaborn/matplotlib libraries for univariate and multivariate parameters to get statistical insights.

· Present a report with the whole process, the figures, and your own conclusions in PDF format.

· Submit the report document in PDF format, the jupyter notebook file as softcopy

https://www.kaggle.com/datasets/valakhorasani/electric-vehicle-charging-patterns?resource=download

Skills: Arduino, ESP32, Raspberry Pi, ESP8266, Automation, PCB Design, Mechatronics, Internet of Things Solutions Design, Robotics, Robotic Process Automation, PLC Programming, Python Script, MATLAB, SolidWorks, Hardware Prototyping

I hope this message finds you well.
My name is Monna, and I am responsible for the new product design program at Decomomo.

We are currently looking for an industrial designer for the development of our new collections.

To help us learn more about your expertise and approach, we have a few questions that we’d love for you to answer:

1. Do you have experience designing home goods that require considerations such as weight capacity calculations, product angles, and industrial design elements?

2. We are seeking a designer for a long-term collaboration, with the potential to create 10-20 products per season. Do you typically engage in ongoing product collections, or do you prefer working on individual projects?

3. Have you previously collaborated with companies in the home goods sector? If so, could you provide a portfolio or examples of your work?

4. How do you ensure your designs are aligned with a brand's values, vision, and aesthetics?

We would love to learn more about how your skills and experience align with our goals. Looking forward to hearing from you!

Skills: Rapid Prototyping, Product Design, Mechanical Design, 3D Modeling, 3D Printing, SolidWorks, Injection Mold Design, CAD, Material Design, 3D Rendering, Design for Manufacturing, Quality Control, 3D Design, Mechanical Engineering, Sourcing

We need a skilled professional with extensive experience in 5-axis CNC programming. The project involves working with a CAD model I provide to machine a part from metal intended for a medical device.

We unexpectedly lost our programmer. We have 2 complex jobs for aluminum housings for handheld, powered, medical devices - drill/reamer/saw. These are organic shapes with tight tolerances down to bores at .0005"

We are looking for temporary help and if the fit is right a permanent position. We are located in Fife WA. We are a contract manufacturer that specializes in Orthopedic surgical equipment and tools.

We use Mastercam.
We have models
We are running on running the job on Matsura MX-520's

I will provide models once we get through the introductions and technical requirements. These are customer owned models, and I can't just shotgun them to the internet.

Key Responsibilities:
- Interpret and execute CNC programming on a 5-axis machine.
- Utilize a CAD model for precise machining.
- Ensure the machined part meets medical industry standards.

Ideal Skills & Experience:
- Extensive experience with 5-axis CNC programming.
- Proficient in CNC programming for metal.
- Previous work with parts intended for medical devices.
- Ability to work with and interpret CAD models.

Skills: CAD/CAM, Solidworks, CNC Programming