admission@niet.co.in
+91-8010-500-700Achievement
Engineering the future from
blueprint to breakthrough
Development Activities
Product Development
| S.N. | Name of Product Developed | Short Description of Developed Product |
|---|---|---|
| 1 | Inner Sole for Footwear | 3D printed inner sole for footwear by Reverse Engineering |
| 2 | Mobile Stand | Customizable 3D printed mobile stand |
| 3 | Holder for Wrist Watch | Customizable 3D printed holder for wrist watch |
| 4 | Frame for Face Protection Equipment | 3D printed face protection shield |
| 5 | Face Mask | Customized face mask with adequate fresh air supply |
| 6 | Wrist Band for watch | 3D printed Customizable band for wrist watch |
| 7 | Multistage VCRS | Design and Fabrication of Multi Stage VCRS. |
| 8 | Agro Robot | Design and Development of Robot for Planting Crops for Agriculture. |
| 9 | Solar Tracker | Solar Panel with Solar Tracking Device Without extra Power Consumption. |
| 10 | Agriculture Support System | To Develop an Innovative System for Agriculture Support in Irrigation, Seed Sowing etc. |
| 11 | Fog Disinfector | Design & Fabrication of Dry Handwashing Machine by Fog Disinfection to Save Water. |
| 12 | Charging Point Navigator | Design and Development of a Sharing Charging Model to Address the Location Problem for EV Charging Stations. |
| 13 | Air Purity Cabin Guard | Solutions to Detect Air Quality Inside the Cabin and Improve It. |
| 14 | Multi-axis Solar Tracker | Fabrication of Multi-axis Solar Tracking System |
| 15 | Agro Vehicle | Development of Solar Powered Agro Vehicle |
Research Laboratories
| S.N. | Name of Laboratories Developed | Short Description of Laboratories Developed | Utilization |
|---|---|---|---|
| 1 | Development of Electro chemical spark machining set up for machining of non- conducting materials | ECSM is a hybrid unconventional machining process which is used for machining of non-conducting materials like glass, and modern composite materials. | For B.Tech., M.Tech. Project |
| 2 | Development of ECM Set-up and Optimization of Machining Parameters for High Strength Alloy | Electrochemical machining (ECM) is an advanced unconventional machining process for machining of high strength alloys which is not easily machined by conventional machining methods. | For B.Tech., M.Tech. Project |
Instructional Materials
| S.N. | Materials | Name of Instructional Materials |
|---|---|---|
| 1 | Lab Manuals | Digital Manufacturing Practices Lab Manual |
| Engineering Graphics & Solid Modelling Lab Manual | ||
| Computer Aided Modelling Lab Manual | ||
| Material Testing Lab Manual | ||
| Manufacturing Technology-I Lab Manual | ||
| Fluid Mechanics Lab Manual | ||
| Applied Thermodynamics Lab Manual | ||
| Manufacturing Technology – II Lab Manual | ||
| Theory of Machine Lab Manual | ||
| Heat and Mass Transfer Lab Manual | ||
| Applied Industrial IOT Lab Manual | ||
| Machine Design Lab Manual | ||
| Refrigeration and Air Conditioning Lab Manual | ||
| AI & ML Lab Manual | ||
| Model Based System Engineering Lab Manual | ||
| CAD and Digital Manufacturing Lab Manual | ||
| 2 | PPTs | All Subjects |
| 3 | E-learning content | Recorded video lectures of some topics on YouTube platform |
| 4 | Lecture Notes | All Subjects |
Working Models/Charts/Monograms etc.
| S.N. | Models/Charts/Monograms | Specification/Application/Utilization |
|---|---|---|
| 1 | Four bar chain mechanism | The model of a four-bar chain mechanism is used for kinematic analysis, mechanism design, and understanding motion transmission. Its applications in machines, adherence to Grashof's Law, and use in simulation contribute to its significance in mechanical engineering education and practical engineering applications. |
| 2 | Single slider crank chain mechanism | The model of a single slider chain mechanism is used for kinematic analysis, mechanism design, and understanding motion transmission to convert rotary motion into linear motion. Widely used in engines, pumps, and other devices. It serves as a fundamental building block for designing and analyzing complex mechanical systems. Its significance lies in its applications and contributions to kinematic and dynamic analyses in engineering. |
