The objective of the internship program is to provide a platform for the students of Kalinga University and
other institutions to enhance the practical skills and to develop career opportunities.
● Hands-on opportunities to work with technology and equipment.
● Increases self-confidence and motivation.
● Provides an opportunity to gain valuable work experience prior to graduation.
● Improves the curriculum vitae.
● Competitive advantage in the job market.
Working Professionals, UG and PG Students & Research Scholars of the Department of Electrical Engineering
Module-I Assessment of Electrical Devices |
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S.No. | Topics | Duration |
01 | Testing of single phase & three phase induction motor | |
02 | Testing of insulation resistance by megger | |
03 | To assemble distribution board with 2 power point, MCB fuse, light and fan points | |
04 | Testing & assembling of various types of starters | |
05 | Measurement of the medium resistance by wheat stone bridge | |
06 | Measurement of unknown capacitance by DeSauty bridge | |
07 | Washing machine control using basic and not gates | 15 days |
08 | Basics of not gate and its application in eight-bit ones complement circuit | |
09 | Basics of or gate and its application in industrial control | |
10 | To verify static characteristics of SCR | |
11 | To verify time response of first-order system with standard inputs | |
12 | To verify time response of second order system with standard inputs | |
13 | To verify half adder and full adder | |
14 | To verify half substractor and full substractor | |
15 | To verify the encoder and decoder |
Module-II Introduction to Energy Audit |
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S.No. | Topics | Duration |
01 | Purpose, Types, Methodology and Report Preparation | |
02 | Energy conservation opportunities in thermal utilities | |
03 | Energy conservation opportunities in electrical utilities | 5 days |
04 | Energy conservation opportunities in electrical utilities | |
05 | Practical sessions on energy audit, analysis and recommendations |
Module-III Advanced Softwares |
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S.No. | Topics | Duration |
01 | Concepts of FEM & Introduction to ANSYS | |
02 | Static structural analysis in ANSYS | |
03 | Introduction to RCF, BRAW, RAFT, Road Estimate, QA & QC | |
04 | Prediction of ITZ of RAC & Traffic data analysis using neural Network | |
05 | Evaluation of compressive strength of Nano Silica based concrete using AI | |
06 | Solid works - Basics and user interface | |
07 | Introduction to sketching | 15 days |
08 | Basic part modelling | |
09 | Symmetry and draft | |
10 | Assembly | |
11 | MATLAB - Introduction | |
12 | Basic operations | |
13 | Basic circuits | |
14 | Verification of various theorems | |
15 | Research techniques |
Module-IV Central Instrumentation Facility |
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S.No. | Topics | Duration |
01 | X-ray Diffractometer (XRD) | |
02 | X-ray Diffractometer (XRD) | |
03 | Scanning Electron Microscope (SEM) | |
04 | Scanning Electron Microscope (SEM) | |
05 | Digital Viscometer and Water Analysis | 10 days |
06 | Digital Viscometer and Water Analysis | |
07 | High-performance Liquid Chromatography (HPLC) | |
08 | High-performance Liquid Chromatography (HPLC) | |
09 | Spectrophotometer | |
10 | Site Visit |