The Department Of Applied Science across NCE are characterized by following well-equipped modern lab facilities.

1. Physics Lab

   The Engineering Physics lab is a staple of the first-year experience in almost in this engineering college. While high school physics labs focus on proving basic laws, an engineering physics lab focuses on measurement precision, data analysis, and the properties of materials that make modern technology work.

   • Key Equipment: Resonance apparatus, LASER, Lee’s disc apparatus, Newton’s Ring apparatus.
   • Experiments: Determination of radius of gyration, modulus of rigidity, thermal conductivity, wavelength of light, capacitance.

2. Chemistry Lab

   The Engineering Chemistry lab is a core part of the first-year engineering curriculum in most engineering colleges. An engineering chemistry lab emphasizes quantitative analysis, experimental accuracy, and understanding the chemical properties of materials used in engineering applications. Students learn techniques such as titration, solution preparation, and material testing, which help them develop precision, analytical thinking, and an appreciation of how chemical processes influence real-world technologies.

   • Key Equipment: Burette, pipette, conical flask, analytical balance, pH meter, conductivity meter, calorimeter, distillation setup.
   • Experiments: Determination of strength of acids and bases (titration), preparation of standard solutions, measurement of pH and conductivity of solutions, estimation of hardness of water, determination of calorific value, and analysis of reaction rates and equilibrium, spectrometric analysis.

3. Workshop Lab

   The Engineering Workshop lab is an essential part of the first-year engineering curriculum in most engineering colleges. While school-level practical work is usually limited to basic hands-on activities, the engineering workshop focuses on developing fundamental skills in fabrication, machining, and the use of tools and equipment. Students are introduced to different trades such as fitting, carpentry, welding, and sheet metal work, which help them understand how engineering designs are translated into physical components. The workshop emphasizes safety, accuracy, craftsmanship, and practical problem-solving, giving students a strong foundation for real-world engineering practice.

   • Key Equipment: Bench work, hacksaw, files, hammer, chisel, screw gauge, micrometer, drilling machine, welding set, machine tools, sheet metal tools, measuring scale, Thread Cutting, forging and casting, brazing and soldering, and safety equipment.
   • Experiments: Fitting practice (cutting, filing, drilling, and finishing), machining practice (perform Lathe operations), welding practice (arc welding and gas welding), sheet metal practice (cutting, bending, and riveting), soldering practice and electrical installations.