Abhishek Manraj | Portfolio

Overview

AR for Godrej Aerospace

Offline AR Experience Showcasing Aerospace Machining Capabilities

1 Week

TIMELINE

Industrial AR

PROJECT CATEGORY

Individual

PROJECT AT GODREJ

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Challenges

Key issues faced during Design and Prototyping

Offline Functionality: Ensured the AR app operates fully offline due to cybersecurity constraints.
Privacy and Security: AR content is displayed only when QR codes are visible to prevent unauthorised data access.
Lightweight Design: Maintained a compact application size for optimal performance and user experience.
Information Relevance: Focused on presenting only essential information to effectively visualise each machine's capabilities.
QR Code Placement: Ensured AR content aligns with vertical QR codes without obstructing the environment.

Offline Functionality: Ensured the AR app operates fully offline due to cybersecurity constraints.
Privacy and Security: AR content is displayed only when QR codes are visible to prevent unauthorised data access.
Lightweight Design: Maintained a compact application size for optimal performance and user experience.
Information Relevance: Focused on presenting only essential information to effectively visualise each machine's capabilities.
QR Code Placement: Ensured AR content aligns with vertical QR codes without obstructing the environment.

Offline Functionality: Ensured the AR app operates fully offline due to cybersecurity constraints.
Privacy and Security: AR content is displayed only when QR codes are visible to prevent unauthorised data access.
Lightweight Design: Maintained a compact application size for optimal performance and user experience.
Information Relevance: Focused on presenting only essential information to effectively visualise each machine's capabilities.
QR Code Placement: Ensured AR content aligns with vertical QR codes without obstructing the environment.

Design Process

Steps from Concept to Completion

Developed the AR aerospace machine application by analysing requirements, designing prototypes, integrating AR technology, testing for accuracy, and deploying the final system.

This AR trigger initiates the experience, ensuring that without the marker, the content remains inaccessible to protect data privacy.

Final Design and Implementation

Completion and Delivery of the AR Application

Interface Layout Design: Created a user-friendly interface for easy AR interaction.
Prototype Refinement: Improved the prototype based on user feedback for a seamless experience.
Final Testing: Verified the app’s functionality and performance in offline mode.
Deployment Preparation: Prepared the app for offline use and ensured hardware compatibility.
Documentation and Training: Provided documentation and support for smooth client implementation and training.

Interface Layout Design: Created a user-friendly interface for easy AR interaction.
Prototype Refinement: Improved the prototype based on user feedback for a seamless experience.
Final Testing: Verified the app’s functionality and performance in offline mode.
Deployment Preparation: Prepared the app for offline use and ensured hardware compatibility.
Documentation and Training: Provided documentation and support for smooth client implementation and training.

Future Scope

Potential Improvements and Add-ons

Spec PDFs: Attach detailed specification documents for each machine.
Videos/Simulations: Add functional machine demonstrations.
Training Module: Adapt the app for internal employee training.
Maintenance Integration:
- Add maintenance documentation.
- Link machine manuals directly in the app.

Spec PDFs: Attach detailed specification documents for each machine.
Videos/Simulations: Add functional machine demonstrations.
Training Module: Adapt the app for internal employee training.
Maintenance Integration:
- Add maintenance documentation.
- Link machine manuals directly in the app.

Feedback

Leadership's Suggestions for Improvement

Below are the feedback and future scope suggested by the leadership to enhance the product and make it more usable for the team.

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Future Scope

Senior leadership recommended creating a machine tag booklet for employees to take to client meetings instead of carrying heavy manuals. Adding touch features like rotating and zooming would significantly improve the user experience.

Future Scope

Senior leadership recommended creating a machine tag booklet for employees to take to client meetings instead of carrying heavy manuals. Adding touch features like rotating and zooming would significantly improve the user experience.

Future Scope

Senior leadership recommended creating a machine tag booklet for employees to take to client meetings instead of carrying heavy manuals. Adding touch features like rotating and zooming would significantly improve the user experience.

Future Scope

Senior leadership recommended creating a machine tag booklet for employees to take to client meetings instead of carrying heavy manuals. Adding touch features like rotating and zooming would significantly improve the user experience.

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Let's Connect

Know more about me & my work

Looking forward to contributing to the next transformational experience!

Contact Me

Let's Connect

Know more about me & my work

Looking forward to contributing to the next transformational experience!

Contact Me

Let's Connect

Know more about me & my work

Looking forward to contributing to the next transformational experience!

Contact Me

Let's Connect

Know more about me & my work

Looking forward to contributing to the next transformational experience!

Contact Me

I design digital, physical and phygital experiences.

AR for Godrej Aerospace

AR for Godrej Aerospace

AR for Godrej Aerospace

Offline AR Experience Showcasing Aerospace Machining Capabilities

1 Week

1 Week

Industrial AR

Industrial AR

Individual

Individual

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Problem Statement

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Problem Statement

Traditional methods fail to effectively showcase the capabilities of Godrej's aerospace machines, hindering client understanding, engagement, trust, satisfaction, interest, and overall buy-in.

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Objective

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Objective

Design an offline AR app to showcase Godrej's aerospace machines, ensuring clients can securely visualise and understand their capabilities. The offline nature is crucial due to the sensitive material and cybersecurity concerns.

Key issues faced during Design and Prototyping

Key issues faced during Design and Prototyping

Key issues faced during Design and Prototyping

Offline Functionality: Ensured the AR app operates fully offline due to cybersecurity constraints.

Privacy and Security: AR content is displayed only when QR codes are visible to prevent unauthorised data access.

Lightweight Design: Maintained a compact application size for optimal performance and user experience.

Information Relevance: Focused on presenting only essential information to effectively visualise each machine's capabilities.

QR Code Placement: Ensured AR content aligns with vertical QR codes without obstructing the environment.

Offline Functionality: Ensured the AR app operates fully offline due to cybersecurity constraints.

Privacy and Security: AR content is displayed only when QR codes are visible to prevent unauthorised data access.

Lightweight Design: Maintained a compact application size for optimal performance and user experience.

Information Relevance: Focused on presenting only essential information to effectively visualise each machine's capabilities.

QR Code Placement: Ensured AR content aligns with vertical QR codes without obstructing the environment.

Offline Functionality: Ensured the AR app operates fully offline due to cybersecurity constraints.

Privacy and Security: AR content is displayed only when QR codes are visible to prevent unauthorised data access.

Lightweight Design: Maintained a compact application size for optimal performance and user experience.

Information Relevance: Focused on presenting only essential information to effectively visualise each machine's capabilities.

QR Code Placement: Ensured AR content aligns with vertical QR codes without obstructing the environment.

Steps from Concept to Completion

Steps from Concept to Completion

Steps from Concept to Completion

Developed the AR aerospace machine application by analysing requirements, designing prototypes, integrating AR technology, testing for accuracy, and deploying the final system.

This AR trigger initiates the experience, ensuring that without the marker, the content remains inaccessible to protect data privacy.

Completion and Delivery of the AR Application

Completion and Delivery of the AR Application

Interface Layout Design: Created a user-friendly interface for easy AR interaction.

Prototype Refinement: Improved the prototype based on user feedback for a seamless experience.

Final Testing: Verified the app’s functionality and performance in offline mode.

Deployment Preparation: Prepared the app for offline use and ensured hardware compatibility.

Documentation and Training: Provided documentation and support for smooth client implementation and training.

Potential Improvements and Add-ons

Potential Improvements and Add-ons

Potential Improvements and Add-ons

Spec PDFs: Attach detailed specification documents for each machine.

Videos/Simulations: Add functional machine demonstrations.

Training Module: Adapt the app for internal employee training.

Maintenance Integration:

Add maintenance documentation.

Link machine manuals directly in the app.

Leadership's Suggestions for Improvement

Leadership's Suggestions for Improvement

Leadership's Suggestions for Improvement

Below are the feedback and future scope suggested by the leadership to enhance the product and make it more usable for the team.

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Feedback

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Feedback

The project demonstrates a solid understanding of how AR technology can be leveraged to enhance the presentation of aerospace products. This AR experience can become an invaluable tool for showcasing the precision and capabilities of aerospace manufacturing to potential customers.

Future Scope

Senior leadership recommended creating a machine tag booklet for employees to take to client meetings instead of carrying heavy manuals. Adding touch features like rotating and zooming would significantly improve the user experience.

Future Scope

Future Scope

Senior leadership recommended creating a machine tag booklet for employees to take to client meetings instead of carrying heavy manuals. Adding touch features like rotating and zooming would significantly improve the user experience.

Future Scope