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Wipro3D is offering courses and labs in digital technologies such as AM and IOT with the objective of exposing learners to design of systems, integrating multiple technologies and processes. Students, faculty and professionals alike, can be exposed to industry needs of the current situation.

Wipro3D is offering courses and labs in digital technologies such as AM and IOT with the objective of exposing learners to design of systems, integrating multiple technologies and processes. Students and professors alike, can be exposed to industry needs of the current situation.

Why Digital Manufacturing EdTech

Manufacturing is evolving with advances in digital technology, particularly 3D Printing / Additive Manufacturing (AM) and Internet-of-Things (IOT) integration. These combined advances are improving productivity and capabilities of factories.

The COVID19 pandemic has accelerated adoption of digital technologies, requiring a new set of skills to run the factories and businesses of the future.

To meet the new challenges of these times, a ramp up is required for the emerging workforce. Systems consisting of multiple technologies, designed for specific applications, are required and used by industry, at scale.

To build on and reinforce the current syllabi, Wipro3D is offering competency building programs, AM labs and IOT labs. The labs consist of practical content aimed at accelerating re-skilling of students.

Wipro3D is offering courses and labs in digital technologies such as AM and IOT with the objective of exposing learners to design of systems, integrating multiple technologies and processes. Students and professors alike, can be exposed to industry needs of the current situation.

Smart Manufacturing Ecosystem

The factories of the future will be driven by the above technologies. Adoption of these technologies will result in substantial cost-reduction and productivity increase. However, an entirely new skill-set is required to build and operate such factories and businesses.

Wipro3D is focusing on IOT and Additive Manufacturing in its intervention for re-skilling the youth.

Preparation of offerings in Automated Vehicles and Robotics is underway.

Digital Manufacturing EdTech Solutions

AddWize™ Competency Building & Consulting

Additive Manufacturing Labs

IOT Labs

Wipro3D AddWize™ : Additive Manufacturing
Program

3D Printing & Additive Manufacturing (AM): Basics

Additive Manufacturing (AM):
Processes & Applications

Additive Manufacturing (AM):
Practitioner

About

An introductory course in fundamentals of 3D printing processes and potential applications

A course covering details of multiple AM technologies and characteristics

A deep dive into metal AM parameters, materials and software

Duration

4 Hours | 2 Sessions

1 Live Q&A with Wipro3D Experts

10 Hours | 5 Sessions

3 Live Q&A with Wipro3D Experts

12 Hours | 6 Sessions

4 Live Guided Sessions by Wipro3D

Content
  • AM Process Types: Vat Polymerization, Extrusion, Powder Bed Fusion, Binder Jetting as per ASTM
  • Materials: Plastics, Metals, Composites
  • Application Overview: Industrial, Art, Healthcare
  • AM technologies and process details
  • Differentiation from conventional manufacturing
  • Role of AM in future of manufacturing
  • Industry use cases: Aviation, Space, Automotive, Healthcare
  • Laser Powder Bed Fusion (LPBF) process parameters and related outcomes
  • LPBF materials, mechanical properties, metallurgical considerations
  • AM software: design, simulation, build preparation
Benefits
  • Know what you can make
  • Gain an understanding of variety of 3D printing processes
  • Stay up to date and learn quickly
  • Upskill and be future ready
  • Gain a competitive edge
  • Undersatnd how to solve problems with AM
  • Understand laser characteristics and manufacturing
  • outcomes
  • Gain hands on experience of AM tools
  • Widen your career prospects
For Whom
  • Anyone curious about 3D Printing
  • No prerequisites
  • Technology teachers; young engineers

  • Designers; engineers; manufacturing professionals
  • Designers; engineers; manufacturing professionals
  • Material scientists; manufacturing business owners

ADDITIVE
MANUFACTURING LABS

Process:
Filament Extrusion
Materials:
Polymers and Metals
Process:
Selective Laser Sintering
Materials:
Polymers
Structured Light Scanner
PC

Expected Learning

Understand the technical principles and workflows for AM of polymers and metals.

Design parts for AM by combining process knowledge, design tools, and application requirements.

Choosing a suitable AM process and material for a specific application.

Identify how, when, and where AM can create value

Evaluate the business case for transitioning a product to be made using AM versus a conventional approach

Wipro3D AddWize™ : Digital Manufacturing with Internet of Things
Program Digital Manufacturing and Industrial Internet of Things
About

This course provides a foundation in how digital technologies are being used to change the operations and capabilities of factories.

Duration

30 Hours | 8 sessions | Live Q&A with Wipro3D Experts

Content

(not exhaustive)

  • Program Orientation – IOT, Industrial IOT, Additive Manufacturing and Industry 4.0
  • Applications of IOT Devices, Cyber-Physical Systems and Emergence of Wearables.
  • Digital Manufacturing, Design Optimisation and Mass Personalisation potentials
  • Industrial Sensors (Acceleration, Temperature, Flow, Pressure, Colour and Humidity) and Functionalities of Industrial PLCs (Delta, Siemens, others)
  • Need of Platform for SCADA development, Gateway systems (HMS, MOXA, ODOT, ICP DAS, AAEON)
  • Networked data communications using Modbus TCP/IP, MQTT, Profinet and Ethernet IP.
  • Edge computing- Microsoft Azure edge, AWS Greengrass, Google Cloud IOT for processing, storage, and analysing data
  • Communication Protocols – Zigbee, Z-Wave, LoRaWAN, and Bluetooth Low-Energy, OPC – UA, Sigfox
  • Application of IIOT and Industry 4.0
  • Additive Manufacturing Technologies – ISO/ASTM classification
  • Industrialisation of Polymer AM and Metal AM Processes
  • Additive Engineering: Metal AM and Industry 4.0, Design Data, and data Interfaces, Topology Optimization, 3D Scanning and Point Cloud Data Generation, Additive Engineering Approach
Benefits
  • Gain an understanding of what IOT is and its impact on product development
  • identify the sensors and other devices required for an IOT process
  • Identify and analyse IoT security and privacy risks
  • Learn the process chain of Additive engineering
For Whom

Technology teachers, engineers, designers, engineers, manufacturing professionals, business owners

IOT LABS

Expected Learning

Gain an understanding of what IOT is and its impact on product development

Learn about the synergistic use of IOT, AM and other digital technologies the context of Industry 4.0.

Define the process for an IoT solution and identify the sensors and other devices required.

Learn about the practical aspects of IOT Architecture and Network. Analyse protocols and determine best fit for different IoT applications.

Understand aspects of Edge computing for processing, storing and analysing data.

Unerstand how IOT data transfer over various communication standard protocols works and how data is managed

Joint Research Proposals

Wipro has developed technologies and devices together with academic institutions, funded by multiple programs

Potential research proposal areas

  • Medical devices
  • Electron beam enabled manufacturing
  • AM materials
  • Ceramics for AM
  • IR thermography
  • 3D Printer module development
  • Manufacturing in micro-gravity environment

Wipro3D Sree Chitra AirBridge
Emergency Breathing Assistance System (EBAS)

Why Wipro

Wipro is working with top universities in India including IISc, IIITDM, IIT Madras, Sastra, VIT and others in developing technology towards national self-reliance and industry-relevant projects for academics.

Projects have been executed for

Success in adapting metal 3D printing requires a trusted partner like Wipro 3D that offers end-to-end technical expertise, intensive consulting know-how and multiple engagement models that allow you, and your company, to experience the technology before investing in it for the long-term.



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