My Internship Experience at Abhyaz: A Virtual Dive into Electrical Engineering and Automation
Internships are a crucial stepping stone in every engineer’s career, offering a glimpse into real-world applications of academic concepts. My internship at Abhyaz as an Electrical Engineer Intern was a unique and enriching experience, as it introduced me to various facets of industrial automation, CNC programming, mechatronics, and PLC logic—entirely in a virtual learning environment. Although I didn’t have the opportunity for hands-on physical interaction with equipment, the detailed simulations and software-based learning provided me with a strong foundation in these areas.
CNC Programming: Virtual Precision in Manufacturing
One of the standout parts of my internship was learning CNC programming through simulation software. The virtual platform allowed me to explore G-code and M-code, essential programming languages for CNC machines, and simulate machining processes. These exercises deepened my understanding of toolpath strategies, machining precision, and troubleshooting potential errors. Despite not working on physical CNC machines, the software provided a safe and effective way to master the programming and logic behind this critical manufacturing technology.
Industrial Controllers and PLC Programming
A significant portion of my internship focused on learning about Programmable Logic Controllers (PLCs), the backbone of industrial automation. Through virtual environments, I designed ladder logic programs for tasks such as conveyor belt operations, timed sequences, and pick-and-place mechanisms. Additionally, I explored SCADA systems, which introduced me to real-time data monitoring, and HMI development, where I designed interfaces to control and visualize industrial processes. This comprehensive virtual training enhanced my programming skills and prepared me to tackle real-world automation challenges.
Exploring Mechatronics: The Heart of System Integration
Mechatronics, the integration of mechanical, electrical, and software systems, was another fascinating area of my internship. Using virtual tools, I learned about sensors, actuators, and how these components interact within automated systems. Tasks like simulating pick-and-place robots and designing height-checking modules showcased how interdisciplinary knowledge brings industrial processes to life.
A Unique Virtual Experience
While some may view the lack of hands-on physical interaction as a limitation, I found it to be an opportunity to focus on mastering theoretical knowledge and virtual applications. The virtual tools offered a detailed and safe environment for experimentation and learning, allowing me to understand industrial systems without the constraints of physical resources.