InternInfinity matter because they bridge the gap between theory and practice
Learning and Growth
You get to apply classroom knowledge in real-world projects.
Networking & Opportunities
You meet mentors, peers, and professionals who can guide your career.
Skill Certification
Earn verified skill certifications that validate your hands-on expertise and knowledge.
Career Clarity
Internships help you figure out what you enjoy (or don’t enjoy) doing.
ABOUT US
Interninfinity Platform
Internship is an online platform enabling students, faculty members,
research scholars, and working professionals to participate in
domain-specific, physics-focused, and experimental collaborative research internships.
Integrated Learning Ecosystem
Research Internship is integrated with:
• Online Engineering Skill Test Platform – exam.ri • Virtual Engineering Practical Lab – Virtual Engineering • Theory & Practical Learning Platform – SimulationCapsule
Simulation Enabled Experiential Learning (SEEL)
We promote SEEL — an end-to-end learning platform that goes beyond academic limitations,
enabling learners to build domain expertise, perform research simulations, and complete
sample projects with expert support.
24/7 Cloud-Based Virtual Learning
Self-guided learning supported by experts through a cloud-based virtual engineering
platform — learn anytime, anywhere.
How to Apply for a Project
Take Skill Test
Complete the assigned exam to evaluate your fundamentals.
Mock Interview
Clear the mock interview to validate job-readiness.
Apply for Project
Eligible candidates can now apply and join live projects.
What if You Fail the Exam or Mock Interview?
No worries! You’ll be assigned a recommended course.
Complete it and come back stronger to reattempt.
Explore Our Latest Projects
Choose a project and start building real-world experience.
1. Project OverviewThe Internet of Things (IoT) connects billions of smart devices such as:Smart home devicesCCTV camerasSmart TVsWearablesMedical dev...
1. Project OverviewElectronic Component Recognition is a Computer Vision and Deep Learning project that automatically identifies and classifies electr...
Develop an AI-enabled robot that can navigate unknown environments by detecting obstacles and planning optimal routes.ObjectivesAutonomous navigationO...
Develop an intelligent inventory system that predicts future demand and automatically recommends stock levels.ObjectivesReduce overstockingReduce stoc...
Analyze cutting force, vibration, and temperature signals during machining operations to estimate tool wear and remaining useful life.ObjectivesPredic...
Use physical and chemical properties of water to predict whether water is safe for drinking or likely contaminated.ObjectivesWater safety monitoringEa...
Develop an AI model that automatically identifies and sorts waste into categories such as paper, plastic, glass, metal, and organic waste.ObjectivesSm...
Build a model that predicts future traffic congestion and travel times using traffic sensor and GPS data.ObjectivesCongestion predictionRoute optimiza...
Estimate future solar energy production based on weather forecasts, irradiance, temperature, humidity, and cloud conditions.ObjectivesRenewable energy...
Predict future electricity demand using historical energy consumption, weather conditions, and occupancy data.ObjectivesLoad forecastingEnergy optimiz...
Create a computer vision system to identify missing components, broken tracks, shorts, and soldering defects on printed circuit boards.ObjectivesAutom...
Develop an AI vision system that detects surface defects in manufactured products such as steel sheets, castings, welds, or machined components.Object...
Use computer vision and deep learning to automatically detect cracks in buildings, bridges, pavements, and concrete structures.ObjectivesDetect cracks...
Build an intelligent system that analyzes vibration signals from rotating machinery and identifies bearing defects such as inner race, outer race, or...
Develop an AI system that predicts machine failures before they occur using sensor data such as vibration, temperature, pressure, and rotational speed...
Combinations of optical devices such as polarizers and wave retarders can be used to control the intensity and polarization of transmitted radiation....
In this model, you build and solve a 2D beam model using the 2D Structural Mechanics Beam interface. This model describes the eigenfrequency analysis...
This model performs a transient analysis of the temperature through a house wall. The wall is formed of different layers corresponding to the structur...
The AC/DC magnetic interfaces support material models defined in external C code. You can access external material functions, written in C code, which...