Internship Programme Details

This internship is reserved for motivated candidates who would like to get familiar with urban management and the concept of a smart and sustainable city. During this hands-on internship, participants will start by learning the basics and challenges of urban management, they will be introduced to the concept of the smart and sustainable city, and will create professional digital content to describe urban management’s current issues and solutions.

International Mentor

Participants would train under the expert guidance of an EU recognised Urban Digital Transformation expert based in Lyon, France. They will receive their Internship Certificate from The French National Institute of Research in Urban Management.

Learning Outcome

• Examine all aspects of the key departments managing a city (missions, operations, organization, budget).
• Explain how urban operations are managed in the different departments of the city like public security, water management, energy management, water and waste management, telecommunications, transportations.
• Examine the technology used in the different departments of the city.
• Comprehend what each department needs to do to improve its operations.
• Explain why the use of technology creates value in the urban departments.
• Explain how each urban department could innovate to create new value added services or even new financial incomes.
• Practice key digital tools to create top-of-the-art interactive digital content for an online session.

Useful For

This virtual internship training programme run by a professional from Kingston University, UK is suitable for anyone who is new to AI and wishes to lay a strong foundation in the field. It is not mandatory to have professional programming skills however basic understanding is required.

Learning Outcome

• Learn about real-world Artificial Intelligence and the Challenges
• Build strong Fundamentals – Why Binary Image processing is required? Importance of RGB color space in computer vision, Computational photography, Video Analysis, how digital color spaces are build? How to train face detection neural network, Create Snapchat and Instagram Filters, Create Panorama
• Importance of Robotic Operating system for simulations, Gazebo, Localization, Mapping and SLAM, Understand Muli-agent Hide and seek video game using reinforcement learning.
• How to develop Natural Language Processing deep learning model with Keras? How to prepare text data with Scikit-learn, Bag of words, Sentiment Analysis, Word Embedding, Text Classification, Neural network model for Document classification, Image Captioning, Machine Translation.
• Interview tips to land job in Artificial Intelligence world. Path towards becoming 21st century’s entrepreneur and start-up ideas

Useful For

Civil Internet of Things (IoT) relates to physical and virtual objects that have unique identities and are connected to the internet to facilitate intelligent applications that make energy, logistics, industrial control, retail, agriculture and many other domains “smarter”. Internet of Things is a new revolution of the internet that rapidly gathering momentum driven by the advancements in sensor networks, mobile devices, wireless communications, networking and cloud technologies. As per the experts, the number of Internet-connected devices will exceed 50 billion by 2030. Top commercial officialdoms have underway concentrating on the prospects thrown up by Internet of Things like smart cities. Consequently, firms are in search of experts who have sound knowledge of IoT. The Arduino & Raspberry Pi are hardware/software platforms for building digital devices and interactive objects that can sense and control the physical world around them. In this Programme student will learn how the Arduino & Raspberry Pi platform works and its application for IoT projects. With this module student will get firm career growth in IoT domain. It is useful for undergraduate students.

Learning Outcome

The participants will learn the following through this project:
• Perform hands on IoT experiments and implement the same to overcome the challenges and opportunities created by digital transformation.
• Design and implement own IoT models for various IoT applications.
• Understand IoT hardware and software architecture and real world design constraints.
• Solutions for various IoT problems.

Useful For

For the job Role Piping Field engineer and Piping Design Engineer

Learning Outcome

The participants will learn the following through this project:
• Piping Engineering Basics.
• How to read a P&ID.
• How to calculate length of a piping for designing and erecting a piping system based on the given P&ID.
• How to find suitable supports for the piping system and their positions.
• How to prepare material take off.
• Hand calculations for piping stress analysis.
• How to use AutoCAD for preparing a Piping isometric drawing.

Why Data Protection & Privacy Professionals are so much in demand

GDPR

Useful For

Candidates that are aspiring to make their career in Audit as well as Risk Assessment in large corporates.

Learning Outcome

The participants will learn the following through this project:
· Cyber Security basics and their frameworks
· ISO family overview and their uses
· ISO 27001 uses in detail (Why, How, When and Where)
· ISO 27002 uses and how to implement (Why, How, When and Where)
· Project Signoff process (will cover all the W’s)
· Risk Assessment Process (will cover all the W’s)
· Audit (will cover all the W’s)

Useful For

Aeronautical and Aerospace engineering students.

MBA Aviation students after customisation for business aspects of UAV applications.

Learning Outcome

The intern will design, model, fabricate and fly their own UAV that can be customised for any industrial application.

Useful For

Environment Engineering students.

Learning Outcome

Participants will learn the fundamentals of water treatment for potable, industrial and agricultural use. And gain substantial knowledge about the adsorption technologies in wastewater, standardization of the design parameters for technology and preparation of protocols/prototypes for achieving reliable and replicable processes.

Useful For

Chemical Engineering students.

Learning Outcome

The intern will prepare colorimetric sensors on filter papers (lab-on-paper sensors) for the analysis of iron content in drinking water. The lab-on-paper sensors will be used for analysing the quality and purity of water from various sources.

Useful For

Biomedical Engineering students.

Learning Outcome

Participants will go through the entire process of medical imaging processing and work on real time application.