Internship
Our aim is to give the aspirants an idea of what life at Corporate world is really like. The program gives you sound knowledge on technology and invaluable application skills in IT and Management.
Our aim is to give the aspirants an idea of what life at Corporate world is really like. The program gives you sound knowledge on technology and invaluable application skills in IT and Management.
What’s an internship at GRID?
We develop and manage a full range of PC-based tools and embedded software stacks. Our software is innovative and affordable, allowing more engineers to develop projects.Our consulting services include prototyping and customized software and hardware developments. With our long experience and track record meeting clients needs, your project is in great hands with us.
Creating value for GRID Application process our clients
Creating value for GRID and our clients Our interns are an integral part of GRID, and their work adds real value to our business. The interns are organized into project groups and each group is responsible for completing their project.. Below are some examples of intern work carried out in the past:
• Identified challenges related to migration and integration of Cloud service providers.
• Ready platform for development of Apps for Iphone and Android, IOS.
• Investigated the possibility of increased use of environment- friendly transport for a distributor.
Data Scientist
We look for students with a background in Python, Mechine Learning, NLP, AI, computer science or Electronics.
REQUISITES
• Team-orientation.
• Professional commitment.
• Passion towards technology
• Academic excellence in the Second, third or fourth year of Bachelor’s or Master’s degree.
Application process
We look for students with a background in VLSI- ASIC Design, IC, Embedded System,Telecomm, computer science or Electronics.
REQUISITES
• Team-orientation.
• Professional commitment.
• Passion towards technology
• Academic excellence in the Second, third or fourth year of Bachelor’s or Master’s degree.
Advanced Embedded Technologies are deployed in developing
Process Controls (energy production and distribution, factory automation and optimization)
Telecommunications (satellites, mobile phones and telecom networks)
Energy management (production, distribution, and optimized use)
Security (e-commerce, smart cards)
Health (hospital equipment, and mobile monitoring)
Scope of Embedded System
In the present times, Embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards industry.
Embedded systems created ripples in the scientific world with its innovation of autonomous robots that could be deployed for personal use. The wide popularity and unparalleled charm associated with robot pets of branded electronic companies, proves the difference Embedded technologies can make for us, and our lives.
Power Electronics and Power Systems
At GRID R&D, our research efforts are dedicated to the development of cost-effective and efficient power electronics technologies. We place a strong emphasis on optimizing converter topologies, designing advanced control algorithms, and exploring innovative semiconductor devices. Our goal is to achieve higher efficiency in power electronics systems. By implementing these efficient power electronics technologies on a larger scale, we envision a significant reduction in global energy consumption. Studies estimate that this reduction could reach up to 35%. We are committed to pushing the boundaries of power electronics to contribute to a more sustainable and energy-efficient future.
Hybrid Renewable Technology
Hybrid renewable technology refers to the integration of different renewable energy generation sources, such as wind and solar, along with energy storage systems. This integration enables the production of dispatchable and competitive green megawatt-hours (MWh) of electricity. By leveraging hybrid renewable technology, we can harness the benefits of multiple renewable energy sources and energy storage to create a more sustainable and resilient energy infrastructure.
