Simulation Enabled Experiential Learning (SEEL)
Empowering Students to Become Industry-Ready Innovators
Visvesvaraya Technological University (VTU) is one of India's largest technological universities, established in 1998 with the vision of delivering high-quality engineering and technical education through practical, industry-focused learning. The university brings numerous affiliated engineering colleges under a unified academic framework, fostering excellence in education, research, innovation, and skill development.
VTU E-Learning (VTU-CDOE) powers the Simulation Enabled Experiential Learning (SEEL) platform to help students strengthen their knowledge, technical skills, and industry readiness. SEEL is an advanced learning ecosystem that bridges the gap between academic concepts and real-world industry expectations. Through this platform, students can participate in courses, webinars, workshops, virtual labs, mock interviews, assessments, internships, and certification programs aligned with their department and areas of interest.
Dr. S. Vidyashankar
Hon'ble Vice Chancellor, VTU, Belagavi
Why InternInfinity?
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
• Online Engineering Skill Test Platform – exam.ri
• Virtual Engineering Practical Lab – Virtual Engineering
• Theory & Practical Learning Platform – SimulationCapsule
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.
Linear Wave Retarder
Combinations of optical devices such as polarizers and wave retarders can be used to control the intensity and polarization of transmitted radiation....
06 Jul 2026 – 06 Jul 2026
In-Plane Framework with Discrete Mass and Mass Moment of Inertia
In this model, you build and solve a 2D beam model using the 2D Structural Mechanics Beam interface. This model describes the eigenfrequency analysis...
06 Jul 2026 – 06 Jul 2026
Transient Conduction in a Wall, Lumped Thermal System
This model performs a transient analysis of the temperature through a house wall. The wall is formed of different layers corresponding to the structur...
06 Jul 2026 – 06 Jul 2026
External Material, AC/DC Module, General HB/BH relation
The AC/DC magnetic interfaces support material models defined in external C code. You can access external material functions, written in C code, which...
06 Jul 2026 – 06 Jul 2026
Domain Activation and Deactivation
Heating of an object from alternating regions is one example where the modeling technique of activating and deactivating physics on domains can be use...
06 Jul 2026 – 06 Jul 2026
Convective Heat Transfer with Pseudoperiodicity
This model simulates convective heat transfer in a channel filled with water. To reduce memory requirements, the model is solved repeatedly on a pseud...
06 Jul 2026 – 06 Jul 2026
Metal–Insulator–Metal (MIM) Diode
This model shows how to model a simple Metal–Insulator–Metal (MIM) diode. The two metal electrodes are defined on each side using the Metal Contact fe...
06 Jul 2026 – 06 Jul 2026
Outgassing Pipes
This benchmark model computes the pressure in a system of outgassing pipes with a high aspect ratio. The results are compared with a 1D simulation and...
06 Jul 2026 – 06 Jul 2026
Magnetic Stiffness of an Axial Magnetic Bearing in 3D
The model illustrate the technique to calculate the magnetic stiffness in a 3D geometry of a permanent magnet axial magnetic bearing. The Magnetic Fie...
06 Jul 2026 – 06 Jul 2026
Thermal Connection, Facing Boundary
This tutorial model demonstrates the use of the multiphysics coupling feature Thermal Connection, Layered Shell, Surfaces. In this model, one layered...
06 Jul 2026 – 06 Jul 2026
Ultrasound Imaging with Phased Array
This tutorial demonstrates how to model ultrasound imaging in human tissue using an imaging probe composed of piezoelectric arrays that generate steer...
06 Jul 2026 – 06 Jul 2026
LIDAR : Light detection and ranging using Ray optics module
Light Detection And Ranging (LIDAR) is used extensively in self-driving cars to perform the quantitative ranging of the surroundings obstacles. The LI...
06 Jul 2026 – 06 Jul 2026
Homogenization in a Chemical Reactor
This model illustrates how to simulate a periodic homogenization process in a space dependent chemical reactor model. This homogenization removes conc...
06 Jul 2026 – 06 Jul 2026
Piezoelectric Microblower
Piezoelectric microblowers are compact, lightweight air pumps with varying applications including electronics cooling and airflow related medical devi...
06 Jul 2026 – 06 Jul 2026
Liquid Alkaline Electrolyzer with Concentrated Electrolyte Transport
This tutorial demonstrates how to modify a concentration-independent (also known as a secondary current distribution) liquid alkaline water electrolyz...
06 Jul 2026 – 06 Jul 2026
Heat and Moisture Transport with Mold Growth Prediction
This tutorial demonstrates how to use the temperature and relative humidity computed from a heat and moisture transport simulation of an insulated roo...
06 Jul 2026 – 06 Jul 2026
Coupling a Finite Element Model for Heat Transfer with a Lumped Thermal System
This tutorial illustrates the use of the connecting features in the Heat Transfer in Solids and Heat Transfer in Shells interfaces, to couple them to...
06 Jul 2026 – 06 Jul 2026
Tank Series with Feedback Control
This example illustrates how to set up and solve a tank-in-series model in 0D using the Reaction Engineering interface.The model treats a series of th...
06 Jul 2026 – 06 Jul 2026
Simulation of a Free Burning Argon Arc
This example investigates the electrical and thermal characteristics of a welding argon arc created in a point-to-plane configuration. The discharge i...
06 Jul 2026 – 06 Jul 2026
Plate Heat Exchanger
The model has its emphasis on heat transport in a very small heat exchanger that is commonly used in the field of microelectromechanical systems (MEMS...
06 Jul 2026 – 06 Jul 2026