Neuromorphic chips: The brain-inspired future of AI computing
Artificial Intelligence (AI) has reached incredible milestones—large language models like GPT-4 can write essays, summarize documents, and hold human-like conversations, while image generators and...
Understanding manipulator kinematics: The foundation of robotic motion
As robotics continues to transform industries—from manufacturing to healthcare, agriculture to autonomous vehicles—understanding the movement and positioning of robotic arms or manipulators has become...
Rapid prototyping and 3D printing in medical device manufacturing – Explained
The traditional development of medical devices has long been a time-intensive, cost-heavy process requiring extensive machining, casting, and testing before a product ever touches...
How robotic vision works and why it matters
From autonomous delivery bots to self-driving cars and industrial automation, robotic systems are increasingly becoming part of our everyday lives. At the heart of...
How humanoid robots walk: Challenges, models and breakthroughs in bipedal locomotion
For decades, roboticists have dreamed of creating machines that can walk, run, and move just like humans. While flying robots and wheeled systems have...
Top 5 programming languages every electronics engineer must master
A widespread myth among electronics engineering students is that coding is exclusive to software or IT roles. Many believe that core electronics domains—whether VLSI,...
How to build a multi-agent AI system with Watsonx.ai: A Step-by-Step guide to smarter...
Artificial Intelligence has rapidly progressed from single-task models to collaborative networks of specialized agents working in tandem. This new frontier—multi-agent AI systems—mimics the dynamics...
How 3D printing works: Unlocking the future of manufacturing layer by layer
Imagine a world where you can create complex tools, custom prosthetics, or even entire houses—layer by layer, directly from a digital file. What once...
The rise of additive manufacturing in industrial gear prototyping
Gears are the backbone of modern motion. From robotics to heavy machinery, precision gear systems underpin everything from efficiency to safety. However, developing those...
Training your own AI model: How to build AI without the hassle
AI is revolutionizing the way we work, create, and solve problems. But many developers and businesses still assume that building and training a custom...
Top open-source frameworks for building AI agents and agentic AI applications
The era of intelligent automation is accelerating, and at the forefront is Agentic AI—an approach where autonomous AI agents collaborate, reason, and complete tasks...
How robots learn: A deep dive into reinforcement learning for robotics
Imagine a world where robots can teach themselves to walk, grasp objects, or fly drones — all without being explicitly programmed for every action....
