Yes, practical training is a core part of the Diploma in Medical Lab Technician (MLT) College in Delhi, and it plays a crucial role in shaping students into competent, confident professionals. The entire course is designed to strike a balance between theoretical classroom instruction and real-world laboratory practice. Students not only learn the science behind various diagnostic procedures but also gain hands-on experience performing these procedures using modern medical lab equipment.
From the very first semester, students are introduced to fully-equipped laboratories, where they are trained to handle clinical instruments and biological samples under expert supervision. Over the three years, this training becomes more advanced, covering a wide range of diagnostic tests and laboratory techniques. The goal is to ensure that by the time students graduate, they are fully capable of working independently in any hospital, diagnostic center, or research lab.
Some of the most important instruments students learn to operate include:
Microscopes (for analyzing blood smears, tissues, and microbial samples)
Centrifuges (to separate blood components and prepare samples)
Autoanalyzers and biochemistry analyzers (for blood chemistry tests like sugar, urea, creatinine)
Colorimeters and spectrophotometers (for measuring biochemical substances)
Incubators and laminar airflow cabinets (used in microbiology for culturing samples)
ELISA kits and PCR machines (used in immunology and molecular diagnostics)
Students perform tests like hemoglobin count, blood typing, urine analysis, sputum culture, WBC differential count, stool examination, blood sugar tests, and more—based on the subject they are learning. They are also taught how to properly collect, label, store, and transport specimens, all while following strict biosafety protocols to prevent contamination and ensure safety.
The practical training is guided by experienced faculty and lab technicians, who make sure each student understands not just how to perform a test, but also why it’s important, how to interpret the result, and what quality checks must be in place. Students also learn to prepare chemical reagents, clean and calibrate lab instruments, and follow NABL (National Accreditation Board for Testing and Calibration Laboratories) standards, which are widely accepted in clinical laboratories.
In addition to regular lab work on campus, students are placed in internships at hospitals, pathology labs, or diagnostic centers during their final year. This real-time exposure is invaluable, as students get to work alongside professional pathologists and technicians. They assist in sample preparation, test reporting, and patient interactions—giving them a true sense of working in a clinical setting. Many students even get job offers from their internship sites based on their performance.
Yes, practical training is a major part of the Diploma in Mechanical Engineering program at colleges in Delhi, especially at reputed institutes like Puran Murti Campus. The course is designed not only to teach students theoretical concepts from textbooks but also to provide extensive hands-on experience through workshops, laboratories, industrial equipment, and field training. This practical exposure is what sets diploma students apart in the job market, as they are work-ready upon graduation.
From the very first semester, students are introduced to basic mechanical tools, machines, and techniques through workshop training. These workshops simulate real industrial environments and include the use of lathe machines, milling machines, drilling equipment, welding stations, hydraulic and pneumatic systems, and CNC machines. Students learn how to handle tools safely, operate machines efficiently, and carry out precision tasks like turning, fitting, fabrication, and measurement.
As the semesters progress, practical training becomes even more advanced. Subjects like Thermodynamics, Machine Design, Fluid Mechanics, and CAD/CAM are supported by fully equipped labs where students get hands-on practice with internal combustion engines, refrigeration units, power plants, fluid testing setups, and software simulations. This real-time interaction with technical systems strengthens the student’s understanding of concepts taught in theory classes and prepares them to deal with real engineering challenges.
One of the unique features of colleges like Puran Murti Campus is the presence of specialized training resources, including their own aircraft and helicopter. While this may seem unusual for a mechanical diploma, it reflects the institute's commitment to multi-domain engineering exposure and advanced training. Students get the opportunity to learn the basics of aerodynamics, maintenance procedures, and the mechanical systems of aircraft—a valuable edge for those who might later choose aerospace or automotive careers.
In addition to in-house training, students are required to undergo industrial visits and internships during their diploma. These field training sessions are usually conducted at manufacturing plants, automotive service centers, thermal power plants, or public sector units. During this period, students work alongside experienced professionals, gaining insights into how large-scale mechanical systems operate and how engineers contribute to their design, operation, and maintenance.
Practical training also includes project work in the final semester, where students build real models, prototypes, or system simulations under the guidance of faculty. These projects help students integrate all their technical skills and creativity into a single piece of working engineering output.
Yes, practical training is a core and essential part of the Diploma in Electronics and Communication Engineering (ECE) College in Delhi, particularly at reputed institutes like Puran Murti Campus. The program is designed not just to teach theory but to ensure that students can apply their knowledge in real-world situations. Practical exposure is integrated throughout the six semesters, with increasing emphasis as students progress through the course.
From the very first semester, students engage in laboratory sessions where they work directly with electronic components, circuits, and measuring instruments. These labs are designed to help students understand how theoretical concepts function in real applications—such as building a simple circuit, testing signal behavior, or programming a microcontroller. Over time, the complexity of experiments increases, covering areas such as communication systems, embedded electronics, PCB design, and digital logic implementation.
In addition to regular lab work, students also participate in live projects, where they design and build working models or systems—often based on current technological trends or societal needs. These projects are encouraged by the faculty and sometimes even presented at inter-college or national-level competitions.
Most importantly, the final semester of the course is dedicated to industrial training or internship, which typically lasts several weeks. During this phase, students are placed in industries or technical organizations where they gain on-site experience, interact with engineers, understand industry processes, and work on actual equipment or tasks. This real-world exposure is crucial for developing confidence, professional skills, and a practical mindset.
Yes, practical training is a major part of the Diploma in Aircraft Maintenance Engineering program. These colleges ensure that students don’t just study theory but also get real-world experience by working on actual aircraft. In well-equipped labs, workshops, and aircraft hangars, students get hands-on training on how to inspect, maintain, and repair different aircraft systems. You will learn to use tools and testing equipment exactly how professionals do in the aviation industry.
This kind of training helps you understand the technical concepts better because you apply what you learn directly to real parts and components. It also prepares you for industry expectations. Many colleges like those in Delhi NCR also have tie-ups with maintenance companies and airlines, where students go for industrial training or internships. These experiences are essential for building confidence, improving your skills, and making you job-ready as soon as you graduate.