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Rapid manufacturing

Engineering Academy

Engineering Academy

Learn Without Limits: Free Engineering Courses

Rating 4 (7)
Course typeWatch to learn anytime
Duration 1664 Min
Start Access anytime
Language English
Views95

FREE

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Rapid manufacturing

Why enroll

Why Participants Join

Participants join Rapid Manufacturing programs to gain practical and industry-relevant knowledge of modern digital manufacturing technologies that are transforming conventional production systems. The course equips learners with a strong understanding of additive manufacturing processes, digital design integration, and rapid production workflows, which are increasingly demanded across advanced engineering industries.

By joining, participants develop the ability to design and manufacture complex, high-performance components with reduced lead times and minimal tooling. The program enhances skills in CAD-driven manufacturing, material selection for additive processes, and optimization of designs for functionality, cost, and sustainability. Exposure to real-world industrial applications helps participants bridge the gap between theoretical concepts and practical implementation.

Additionally, participants benefit from learning how rapid manufacturing enables mass customization, agile supply chains, and faster time-to-market. This knowledge strengthens career prospects in sectors such as aerospace, automotive, biomedical, and product development, while also supporting innovation, entrepreneurship, and research-oriented roles in advanced manufacturing.

Opportunities that awaits you!

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Career opportunities

Course content

The course is readily available, allowing learners to start and complete it at their own pace.

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Rapid manufacturing

40 Lectures

1664 min

  • Rapid Manufacturing-Introduction

    Preview icon

    Preview

    4 min

  • Introduction to Rapid Manufacturing -I

    Preview icon

    Preview

    48 min

  • Introduction to Rapid Manufacturing-II

    54 min

  • Introduction to Rapid Manufacturing-III

    41 min

  • Production development Process-I

    52 min

  • Production development Process-II

    49 min

  • Production development Process-III

    51 min

  • Design for Modularity(Part-1 of 4 Design for Manufacturing)

    35 min

  • Design for Modularity(Part-2 of 4 Design for Assembly)

    53 min

  • Design for Modularity(Part-3 of 4 Design for Assembly)

    43 min

  • Design for Modularity(Part-4 of 4)

    33 min

  • Subtractive versus Rapid Manufacturing

    59 min

  • Reverse Engineering -I

    53 min

  • Reverse Engineering-II

    54 min

  • Laboratory Demonstration, Co-ordinate Measuring Machine-I

    23 min

  • Laboratory Demonstration, Co-ordinate Measuring Machine-II

    41 min

  • Laboratory Demonstration, 3D scanners-I

    36 min

  • Laboratory Demonstration, 3D scanners-II

    39 min

  • Polymerization Processes -I

    52 min

  • Polymerization Processes-II

    64 min

  • Powder based processes-I

    37 min

  • Powder based processes -II

    37 min

  • Powder based processes -III

    39 min

  • Extrusion based processes

    54 min

  • Extrusion based processes-II

    35 min

  • Sheet Stacking processes

    42 min

  • printing processes

    49 min

  • Laboratory Demonstration-I

    40 min

  • Laboratory Demonstration-II

    31 min

  • Laboratory Demonstration

    38 min

  • Beam Deposition processes

    56 min

  • Materials in Rapid Manufacturing-I

    59 min

  • Materials in Rapid Manufacturing

    28 min

  • Post-processing concerns-I

    29 min

  • Post-processing concerns

    30 min

  • Product costing for Rapid Manufacturing-I

    31 min

  • Product costing for Rapid Manufacturing-II

    25 min

  • Rapid Product Development, CAD/CAM -I

    53 min

  • Rapid Product Development, CAD-II

    41 min

  • Rapid Product Development, CAD-III

    26 min

Course details

Rapid Manufacturing is an advanced and digitally driven production methodology that utilizes additive manufacturing and related rapid fabrication technologies to produce functional, end-use components directly from three-dimensional CAD models. Unlike conventional manufacturing processes that rely heavily on tooling, molds, and complex setup procedures, rapid manufacturing enables the direct transformation of digital designs into physical products with minimal human intervention, significantly reducing lead time and production complexity.

At the core of rapid manufacturing is the integration of computer-aided design (CAD), computer-aided manufacturing (CAM), and additive manufacturing techniques such as selective laser sintering (SLS), fused deposition modeling (FDM), stereolithography (SLA), electron beam melting (EBM), and direct metal laser sintering (DMLS). These technologies allow the layer-by-layer fabrication of components with intricate geometries, internal features, and lightweight structures that are difficult or impossible to achieve using traditional subtractive or formative processes.

Rapid manufacturing supports low-volume to medium-volume production, mass customization, and design iteration without the cost penalties associated with tooling changes. This makes it particularly valuable for industries with short product life cycles or high customization requirements, such as aerospace, automotive, medical devices, electronics, and consumer products. In biomedical applications, for example, rapid manufacturing enables patient-specific implants and prosthetics, while in aerospace it supports the production of lightweight, high-performance components with optimized material usage.

In addition to reducing time-to-market, rapid manufacturing improves supply chain agility by enabling decentralized and on-demand production. Digital inventories can replace physical stock, reducing storage costs and material waste. Furthermore, the ability to quickly modify designs based on testing and feedback enhances product innovation and performance optimization.

Overall, rapid manufacturing represents a paradigm shift in modern production systems, combining digital design, advanced materials, and automated fabrication to achieve faster development cycles, greater design freedom, and more sustainable manufacturing practices.

source: NPTEL[youtube]

Course suitable for

  • Mechanics & Turbomachinery
  • Mechanical
  • Production

Key topics covered

  • introduction to rapid manufacturing

  • production development process

  • design for modularity

  • reverse engineering

  • laboratory demonstration

  • powder based process

FREE

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