Effective Methods to Complete SolidWorks Design and Assembly Tasks
- Start Before You Start – Understand What’s Expected
- Break the Assignment into Mini Tasks
- Make the Sketch the Strongest Part of the Model
- Use the Right SolidWorks Tools Based on Geometry
- Assembly Tips – Avoid Mating Mistakes!
- Motion Study or Simulation (If Assignment Includes This)
- Create Drawings the Examiner Will Love
- Organize Assignment Files Smartly
- Final Check Before Submission
- Most Common Mistakes (Avoid These!)
- Bonus: Smart Tricks to Save Time
- When Should You Ask for Help?
- Final Words of Motivation
If you’ve ever stared at a SolidWorks assignment thinking, “Where do I even begin?”, you’re definitely not alone. Many students experience the same frustration, especially when assignments involve complex 3D modeling, multi-body parts, assembly constraints, motion studies, simulation analysis, or detailed technical drawings. It’s completely natural to feel overwhelmed, particularly when deadlines are fast approaching and every feature seems more confusing than the last. In such situations, students often turn to the internet searching “Do My SolidWorks Assignment” or seek help from a “Product Design Assignment Help Expert” to get expert guidance and avoid losing marks due to errors. The good news is that with the right approach and a clear strategy, you can tackle even the most challenging SolidWorks assignments efficiently. This blog will walk you through practical steps and proven methods used in real university-level engineering and product design projects, helping you understand how to begin, what to prioritize, and how to complete your assignment smartly—without unnecessary stress.
Start Before You Start – Understand What’s Expected
Before opening SolidWorks, read the assignment carefully.
Ask yourself:
- How many parts does the assignment require?
- Do I need to assemble them?
- Is motion study, stress analysis, or technical drawing required?
- Does the assignment mention material selection, tolerances, or manufacturing constraints?
Tip: If the assignment seems complex, write down a sequence of what you need to do. Students who plan first usually finish faster.
Break the Assignment into Mini Tasks
Instead of modeling everything in one go, divide the model into smaller parts or features.
| If your assignment includes | Best approach to take |
|---|---|
| One object with many shapes | Use multi-body or advanced features |
| Multiple components | Design each part separately, then assemble |
| Complex geometry | Start with basic shapes, then add complexity |
| Repeating patterns | Use Pattern or Mirror tools instead of redrawing |
Start with the main base structure, then add cutouts, extrusions, fillets, and holes.
Make the Sketch the Strongest Part of the Model
Think of the sketch as the foundation of your design.
- Fully define all sketches
- Use relations like horizontal, vertical, symmetric
- Apply proper dimensions (mm or inches as per assignment)
- Don’t add unnecessary constraints—avoid overdefining
Remember: If your sketch is wrong, the entire model may fail later.
Use the Right SolidWorks Tools Based on Geometry
Instead of trying random features until it works, choose features based on what you’re trying to build.
| Model Requirement | Use This Feature |
|---|---|
| Straight shapes | Extrude |
| Circle-based part | Revolve |
| Curved flow shapes | Loft or Sweep |
| Hollow parts | Shell |
| Intersecting bodies | Combine or Intersect |
| Repetitive cutouts | Pattern Body or Pattern Feature |
If you're unsure what feature to use, look at real engineering references or part catalogs.
Assembly Tips – Avoid Mating Mistakes!
Assembly is usually where most students get stuck.
Use these mates:
- Coincident – for surfaces touching
- Concentric – for shafts and holes
- Distance or Angle mate – to control spacing
- Limit mate – to restrict movement if needed
Avoid using too many mates. If parts start turning red or cause rebuild errors, stop and correct the previous step.
Motion Study or Simulation (If Assignment Includes This)
Some assignments require you to show how the model works, or analyze load and stress.
- Use Motion Study for movement (gears, sliders, motors)
- Use Simulation / FEA to check strength
- Apply materials exactly as specified
- Add loads and supports realistically
If your simulation shows extreme stress, your model or constraints may be wrong. Sometimes small geometry edits solve big problems.
Create Drawings the Examiner Will Love
Even if the model is perfect, marks are often lost due to weak drawings. Here's how to get full marks:
- Include front, top, side & isometric views
- Add all required dimensions
- Use GD&T symbols if mentioned
- Add material, tolerance, title block & scale
- For assemblies → include Exploded View + BOM
Export as PDF if the submission requires.
Organize Assignment Files Smartly
A neat folder not only helps during submission but also makes your work professional.
Final Submission Folder:
- Parts (.SLDPRT files)
- Assembly (.SLDASM)
- Drawings (.SLDDRW / PDF)
- Simulations / Motion Study
- Final Report or Instruction Sheet
Also export STEP/IGES files if your professor needs external viewing.
Final Check Before Submission
| Final Checklist | Completed? |
|---|---|
| All sketches fully defined | ☐ |
| Feature tree properly named | ☐ |
| Assembly has no unsolved mates | ☐ |
| Simulation or motion completed | ☐ |
| All drawings verified | ☐ |
| Saved in required formats | ☐ |
If most boxes are unchecked… you still have work to do.
Most Common Mistakes (Avoid These!)
- Starting with complex geometry instead of a base
- Forgetting to switch units (mm/inches)
- Not fixing under-defined sketches
- Adding fillets in early stages
- Over-mating and breaking assemblies
- Skipping exploded view or report
About 60% of SolidWorks assignment marks are lost due to these issues.
Bonus: Smart Tricks to Save Time
| Instead of | Do This |
|---|---|
| Drawing shapes repeatedly | Use Mirror or Linear Pattern |
| Guessing motion movement | Watch motion graphs |
| Redoing sketches | Use reference geometry |
| Applying material later | Assign right at the beginning |
| Rebuilding model manually | Use Design Table if parameters change |
When Should You Ask for Help?
- If you’ve spent more than 2–3 hours solving assembly errors
- When simulation keeps failing
- If the model doesn’t update correctly after changes
- If you're unsure whether it meets grading criteria
- Just before submission deadline (but sooner is better!)
That’s when many students choose to get professional guidance.
Final Words of Motivation
Don’t worry if your current model isn’t perfect—SolidWorks is something you master with practice and the right guidance. Every engineer has been where you are right now.
Think like an engineer, plan like a designer, and model like a pro.
Your assignment is not just about passing—it’s preparing you for real-world design problems.