ABOUT US
PROGRAM OVERVIEW
In today's hyper-connected world, the Internet of Things (IoT) has evolved
from a futuristic concept into
the backbone of modern industry, driving the next industrial revolution. As we move toward a future
where billions of devices communicate autonomously, the ability to bridge the gap between digital code
and physical hardware has become an indispensable skill for the next generation of innovators.
As the Internet of Things (IoT) evolves from a network of connected gadgets into a $1.1 trillion global
infrastructure, it is fundamentally reshaping the future of industries by enabling autonomous,
data-driven operations. Our program is designed to turn you into a pioneer of this hyper-connected era,
providing a high-impact, hands-on journey from foundational theory to market-ready innovation.
This comprehensive training ensures you don't just learn about the future—you build it.
- Experiential Learning with the Wegyanik Kit: Every participant receives a professional-grade Wegyanik hardware kit containing high-performance sensors, microcontrollers, and actuators. This kit is your laboratory for developing 40+ practical projects, bridging the gap between theoretical code and physical reality.
- Industry-Driven Curriculum:The program transitions from IoT basics to sophisticated, real-world applications in high-growth sectors such as Smart Home Automation, Agritech, and Industrial Systems. You will master critical skills in microcontroller interfacing and embedded C programming.
- Rapid Prototyping & CAD:Move beyond the breadboard with our Rapid Prototyping module. You will learn to use Autodesk Fusion and 3D printing technologies to design and manufacture custom enclosures, converting your digital ideas into functional physical prototypes.
- Capstone Portfolio Project:The program concludes with the development of an original, functional project. By submitting a detailed project report, you demonstrate mastery of industry-standard engineering practices, ensuring you leave with a tangible, portfolio-ready accomplishment.
PROGRAM HIGHLIGHTS
Hands-on Kit
Receive a physical hardware kit delivered to your doorstep.
Expert Mentorship
Learn from industry veterans and space-tech researchers.
Project-Based
Build 5+ mini-projects and 1 major Capstone project.
LMS Access
Lifetime access to recorded sessions and learning materials.
Internship Opportunity
Outstanding projects may qualify for a virtual internship upgrade.
LMS Access
Lifetime access to recorded sessions and learning materials.
Internship Opportunity
Outstanding projects may qualify for a virtual internship upgrade.
KIT OVERVIEW
Equipped with a versatile array of
sensors, microcontrollers, and
actuators,
the kit empowers learners to master technology by building over 40 diverse projects—ranging from
foundational electronics to sophisticated applications in home automation and agritech. By
transforming
complex concepts into tangible innovations, it serves as a powerful catalyst for real-world skill
development and future-ready problem-solving.
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PROGRAMME CONTENT
Module 1: IoT Fundamentals
Learn the core concepts of how the Internet of Things and Embedded Systems work together.
Module 2: Hands-on Hardware
Get comfortable using sensors, actuators, and microcontrollers to interact with the physical world.
Module 3: Real-World Solutions
Build practical projects like smart home devices and automated farming tools.
Module 4: Designing Prototypes
Learn the basics of CAD software to design your own 3D parts and enclosures.
Module 5: 3D Printing
Bring your digital designs to life by printing physical prototypes of your components.
Module 6: Final Integration
Combine your coding, hardware, and 3D designs into one complete, working system.
Module 7: Documentation & Review
Prepare a professional project report to showcase your results and get evaluated.
LEARNING OUTCOME
Upon completion of this program, participants will be able toDesign Custom Prototypes
Independently create 3D models using CAD software and convert them into physical objects using 3D printing.
Master PCB Fabrication
Design professional-grade Printed Circuit Boards, managing the entire process from initial schematics to final fabrication.
Integrate IoT Solutions
Build and deploy smart systems by effectively combining hardware components with software programming.
Solve Complex Problems
Apply creative, out-of-the-box thinking to develop unique technical solutions for modern challenges.
Develop Functional Products
Translate innovative concepts into reliable, real-world systems ready for practical use.
Eligibility Criteria
Currently enrolled college students (B.E./B.Tech, B.Sc, BCA, Diploma).No prior coding experience required (Beginner-friendly).
Enthusiasts interested in IoT and Smart Automation
Program Fees
₹2500/- per participantBENEFITS OF PROGRAMME
Comprehensive Hardware Kit
Receive a free hands-on kit featuring over 25 high-quality components, including sensors and microcontrollers, for immediate practical learning.
Industry-Standard Software
Gain access to a student license for professional CAD software, used by top engineering firms worldwide.
Professional Design Skills
Acquire in-depth expertise in embedded systems and industry-grade PCB design software.
Mastery of IoT Architecture
Develop a robust understanding of IoT frameworks, protocols, and system architectures.
End-to-End Project Execution
Build the capability to design, program, and deploy complex, functional IoT systems from scratch.
Rapid Prototyping Expertise
Learn to bridge the gap between digital design and physical manufacturing using 3D printing technology.
Industry-Oriented Portfolio
Complete the program with a documented, functional project that serves as a powerful addition to your professional CV.
Career-Ready Skills
Gain practical experience that aligns with current job market demands in robotics, automation, and smart electronics.
CERTIFICATION