Yes, absolutely. One of the strongest features of the Polytechnic in AME College in Sonepat is its practical training focus. Aircraft Maintenance Engineering is not just about theory; it’s about real-world application. That’s why the course is designed to give students hands-on experience at every stage of learning.
During the diploma, you will get training in:
Well-equipped labs: These labs include mechanical, electrical, and avionics setups where students practice troubleshooting and maintenance tasks.
Mock aircraft systems: Many colleges have aircraft models or actual grounded aircraft where students learn about different parts like engines, hydraulics, landing gear, and avionics systems.
Workshops: Specialized workshops help students gain skills in sheet metal, welding, fitting, electrical circuits, and instrumentation—skills necessary for real aircraft maintenance.
Simulation-based training: Some institutions use digital simulators to mimic real flight and maintenance conditions for practice.
Industrial training: Students often get opportunities to undergo training with airlines, MRO (Maintenance, Repair, and Overhaul) organizations, or aviation companies. This is where they see how aircraft maintenance is carried out in real operations.
Practical training is spread throughout the course so that students can immediately apply what they learn in the classroom. For example, after studying aircraft engines in theory, you will directly work on engine parts in the lab. This combination of classroom knowledge + workshop practice + industry exposure makes you industry-ready.
By the time you finish your Polytechnic in AME diploma, you will have confidence in handling tools, identifying faults, and performing basic maintenance under supervision. This experience ensures that when you step into the aviation industry, you are already familiar with the work environment and responsibilities of an aircraft maintenance engineer.
Yes, you will get practical training during the Diploma in Mechanical Engineering course. One of the biggest strengths of this diploma program is its strong focus on hands-on learning. Unlike purely theoretical courses, this diploma is designed to give students real-world experience so that they can understand how machines, tools, and mechanical systems work.
Throughout the course, you will spend a lot of time in well-equipped workshops and laboratories, where you will learn to use different tools and machines. You will also practice tasks like welding, fitting, machining, and assembling mechanical parts. These sessions help you apply the concepts you learn in the classroom to real mechanical problems. This kind of practical knowledge is very valuable when you start working in the industry.
In addition to regular workshop classes, many colleges organize industrial visits and training programs where students get to see real factory operations, talk to experienced engineers, and understand how mechanical systems are used in large industries like automobile plants, manufacturing units, power plants, and railways. Some colleges even provide internships as part of the course, giving students the chance to work on live projects and gain experience that looks great on their resume.
Colleges like Puran Murti Campus, which is known as a good Diploma in Mechanical Engineering College in India, offer excellent infrastructure and practical training modules that prepare students for technical jobs. By the time you complete your diploma, you’ll be confident in operating machines, using tools, reading mechanical drawings, and solving technical issues — all of which are necessary skills in the field of mechanical engineering.
Yes, you will receive practical training during the Diploma in Electronics and Communication Engineering (ECE) course. Hands-on learning is one of the core parts of this diploma program. At top Diploma in ECE Colleges in India, such as Puran Murti Campus, the focus is not just on theory but also on building real-world skills through lab work and industrial exposure.
Throughout the three-year course, students spend a significant amount of time in well-equipped laboratories, where they learn to work with electronic components, measuring instruments, circuit boards, microcontrollers, and communication devices. These practical sessions help students understand the working principles of electronics and apply their classroom knowledge to real-life problems.
Colleges also organize workshops, live projects, seminars, and industrial visits to help students experience how electronic and communication systems are used in companies, telecom sectors, and manufacturing industries. These experiences are valuable in preparing students for job roles after graduation.
Furthermore, students may get opportunities to intern with industries during or after the course, which boosts their confidence and employability. The faculty members at reputed colleges guide students in practical sessions, ensuring that they develop the technical and analytical skills required in today’s job market.