Become Expert in Fabrication Layout or Flat Pattern Development

If you are looking to become an expert in "Fabrication Layout Development or Flat Pattern Layout Development", take action to gain in-depth knowledge of Fabrication Layout and Flat Pattern Layout Development for all fabrication shapes — whether you are a fresher or a working professional in the fabrication of Process Equipment, Sheet Metal, Insulation, or Ducting Industry.

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This Unique 70 Days "Master in Fabrication Layout" Course will turn you into an expert in Flat Pattern Fabrication Layout Development of all shapes used in Process Equipment Fabrication, Sheet Metal Fabrication, Ducting Fabrication, and Insulation Industry — even if you are just starting your career in the field of fabrication.

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Benefits of This Course

Unique 21 Days Video Course
Certificate of Completion
Pre-Recorded Video Content
Learn Anywhere, Anytime
Learn on Any Device
Value for Money
Instant Support

Syllabus of This Course

Day 1: Introduction to Fabrication Layout Development or Flat Pattern Layout Development. Course structure overview.

Day 2: Pipe or Shell Flat Pattern Layout — Marking / Geometrical Method (concepts).

Day 3: Pipe or Shell Flat Pattern Layout — Numerical Calculation Method (concepts).

Day 4: Pipe or Shell — Practical example solution (layout development).

Day 5: Truncated Pipe Layout — Marking / Geometrical Method (concepts).

Day 6: Truncated Pipe Layout — Numerical Calculation Method (concepts).

Day 7: Truncated Pipe — Practical example solution.

Day 8: Pipe-to-Pipe Intersection (Equal Diameters) — Marking / Geometrical Method.

Day 9: Pipe-to-Pipe Intersection (Equal Diameters) — Numerical Calculation Method.

Day 10: Pipe-to-Pipe Intersection (Equal Diameters) — Practical example solution.

Day 11: Pipe-to-Pipe Intersection (Unequal Diameters) — Marking / Geometrical Method.

Day 12: Pipe-to-Pipe Intersection (Unequal Diameters) — Numerical Calculation Method.

Day 13: Pipe-to-Pipe Intersection (Unequal Diameters) — Practical example solution.

Day 14: Pipe-to-Pipe Intersection (Offset Centers) — Marking / Geometrical Method.

Day 15: Pipe-to-Pipe Intersection (Offset Centers) — Numerical Calculation Method.

Day 16: Pipe-to-Pipe Intersection (Offset Centers) — Practical example solution.

Day 17: Pipe-to-Cone Intersection (Perpendicular to Axis) — Marking / Geometrical Method.

Day 18: Pipe-to-Cone Intersection (Perpendicular to Axis) — Numerical Calculation Method.

Day 19: Pipe-to-Cone Intersection (Perpendicular to Axis) — Practical example solution.

Day 20: Pipe-to-Cone Intersection (Parallel to Axis) — Marking / Geometrical Method.

Day 21: Pipe-to-Cone Intersection (Parallel to Axis) — Numerical Calculation Method.

Day 22: Pipe-to-Cone Intersection (Parallel to Axis) — Practical example solution.

Day 23: Full Cone Layout — Marking / Geometrical Method (concepts).

Day 24: Full Cone Layout — Numerical Method when diameter & height known.

Day 25: Full Cone Layout — Numerical Method when diameter & cone angle known.

Day 26: Full Cone — Practical example solution.

Day 27: Truncated Cone Layout — Marking / Geometrical Method.

Day 28: Truncated Cone Layout — Numerical Calculation Method.

Day 29: Truncated Cone — Practical example solution.

Day 30: Multi-Level Cones — Marking / Geometrical Method (concepts).

Day 31: Multi-Level Cones — Numerical Calculation Method.

Day 32: Multi-Level Cones — Practical example solution.

Day 33: Eccentric Cone Layout — Marking / Geometrical Method.

Day 34: Eccentric Cone Layout — Numerical Calculation Method.

Day 35: Eccentric Cone — Practical example solution.

Day 36: Multi-Level Eccentric Cones — Marking / Geometrical Method.

Day 37: Multi-Level Eccentric Cones — Numerical Calculation Method.

Day 38: Multi-Level Eccentric Cones — Practical example solution.

Day 39: Tori Cone with Knuckle Radius at Large End — Marking / Geometrical Method.

Day 40: Tori Cone (Knuckle at Large End) — Numerical Calculation Method.

Day 41: Tori Cone (Knuckle at Large End) — Practical example solution.

Day 42: Tori Cone with Knuckle Radius at Both Ends — Marking / Geometrical Method.

Day 43: Tori Cone (Knuckle at Both Ends) — Numerical Calculation Method.

Day 44: Tori Cone (Knuckle at Both Ends) — Practical example solution.

Day 45: Square→Round or Rectangular→Round Layout — Marking / Geometrical Method.

Day 46: Square→Round or Rectangular→Round Layout — Numerical Calculation Method.

Day 47: Square→Round / Rectangular→Round — Practical example solution.

Day 48: Round→Square or Round→Rectangular Layout — Marking / Geometrical Method.

Day 49: Round→Square or Round→Rectangular Layout — Numerical Calculation Method.

Day 50: Round→Square / Round→Rectangular — Practical example solution.

Day 51: Pyramid Layout Development — Marking / Geometrical Method.

Day 52: Pyramid Layout Development — Numerical Calculation Method.

Day 53: Pyramid — Practical example solution.

Day 54: Truncated Pyramid Layout — Marking / Geometrical Method.

Day 55: Truncated Pyramid Layout — Numerical Calculation Method.

Day 56: Truncated Pyramid — Practical example solution.

Day 57: Sphere Petal Layout — Marking / Geometrical Method.

Day 58: Sphere Petal Layout — Numerical Calculation Method.

Day 59: Sphere Petal — Practical example solution.

Day 60: Dish Ends Petal Layout — Marking / Geometrical Method.

Day 61: Dish Ends Petal Layout — Numerical Calculation Method.

Day 62: Dish Ends Petal — Practical example solution.

Day 63: Miter Bend Layout — Marking / Geometrical Method.

Day 64: Miter Bend Layout — Numerical Calculation Method.

Day 65: Miter Bend — Practical example solution.

Day 66: Screw Flight Flat Pattern Layout — Numerical Calculation Method.

Day 67: Screw Flight — Practical example solution.

Day 68: Digital Tools for Checking Fabrication Layout Solutions (software checks & validation).

Day 69: Fabrication Layout Strategies and Material Planning Concepts (optimization & nesting).

Day 70: Overview of commonly used software in fabrication layout development & course wrap-up.

🎁 Bonus Gifts

eBook "Master in Fabrication Layout Development"
(Free, Valued Rs.1000)

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⭐ Rated 4.9/5 by 350+ Fabrication Professionals | 2,500+ Students Enrolled

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About Us

Let’sFab is a team of working professionals in fabrication, continuously digitizing fabrication techniques. We have developed digital products such as eBooks, Video Courses, Excel Utilities, Mobile Apps, and Software to make a fabrication engineer’s work simpler, faster, and more efficient.

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How Will You Get This Course

This is an e-learning course. After successful payment, you’ll receive login credentials via email or you can directly login to course using credentials you provided at the time of registrations. Use them to access your dashboard to view lessons, claim bonuses, and download your completion certificate. For any assistance, contact our support team.

Frequently Asked Questions

Everything you need to know before enrolling

This course helps freshers and experienced professionals such as engineers, fabricators, and designers gain practical knowledge and skills in Fabrication Layout or Flat Pattern Layout Development for all common shapes used in process equipment, sheet metal, ducting, and insulation fabrication industries.

Anyone involved in fabrication, design, estimation, or production — including mechanical engineers, diploma holders, and shop floor supervisors — can join this course.

Absolutely! The course starts with fundamentals of fabrication cost structure and gradually moves toward advanced real-life estimation methods with practical examples.

The course is fully online. You can watch pre-recorded video lessons, access resources, and learn at your own pace anytime, anywhere.

Yes, after successfully completing the course, you’ll receive a verified Let’sFab certificate that you can showcase in your professional portfolio.

No special software is needed. You’ll learn using real fabrication costing examples, spreadsheets, and manual estimation techniques. Optional Excel templates are provided for practice.

Yes, you’ll have access to all lessons and downloadable resources even after 30 days of the your course end dates.

Yes, all lessons and videos are mobile-friendly. You can access them from your smartphone, tablet, or computer anytime.

No prior experience is required. The course covers fundamentals first, making it suitable for both beginners and working professionals.

We accept all major payment modes including UPI, debit/credit cards, net banking, and international cards via our secure payment gateway.

You’ll receive instant access after successful payment along with a confirmation email within a few minutes.

Yes, you can contact us anytime via email or WhatsApp for help with lessons, access, or technical support.

We do not offer refund or cancellation. Please review the complete syllabus above before enrolling, as the course is non-refundable.

You can contact our support team anytime via [email protected] or [email protected] or WhatsApp for quick assistance.

We have Created this Powerful Course with just one in mind that you will become expert in each and every concept of Flat Pattern Fabrication Layout Development in simple and easy way.

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