The profession of applying scientific principles to the design, development, fabrication, automation, repair & maintenance of Electrical/ Electronic Machines, Instruments and Communication systems. The term "electronic engineering" denotes a broad engineering field that covers subfields such as analog electronics, digital electronics, consumer electronics, embedded systems and power electronics. Electronics engineering deals with implementation of applications, principles and algorithms developed within many related fields, for example solid-state physics, radio engineering, telecommunications, control systems, signal processing, systems engineering, computer engineering, instrumentation engineering, electric power control, robotics, and many others.
By choosing Electronics, you are opening doors to: A rewarding and professional career with competitive pay. A fulfilling career in an ever changing and expanding industry sector. A domain that is always in demand for good technologists. Make in India is an initiative of the Government of India, to encourage companies to manufacture their products in India. The major objective behind the initiative is to focus on 25 sectors of the economy for job creation and skill enhancement and Electronics is one of them. DIGITAL INDIA a concept of Government of India with the aim that "science, technology and innovation must reach the poorest, the remotest and the most vulnerable persons." This impacts Direct 1.7 Crores and Indirect at least 8.5 Crores Job creation by 2022.
Today is the era of science & Technology, quality education is also under scanner and the onus of imparting specialized technical education lies on the respective branch of engineering. The Department of Electronics & Communication Engineering, MIT Ujjain, which has a fine blend of renowned, highly qualified as well as young and dynamic personalities as faculties. All the faculties are dedicated to teaching student and aiding them in developing technical and communication skills necessary to have successful career. Apart from this the department is enriched with all types of advanced resources like laboratory instruments, latest books, journals and national & international memberships etc.
| NAME OF THE LABORATORY | LAB / MAJOR EQUIPMENTS |
| ADC LAB | CRO, ADAPTIVE, FUNCTION GENERATOR, TRANSMITOR & RECEIVER KITS |
| ADVANCE COMMUNICATION SYSTEM LAB | SIMULATION SOFTWARE BASED MATLAB |
| ANTENNA LAB | ANTENNA TRAINER, SIMTEL MODULE |
| BASIC ELECTRICALS | AMETER, VOLTMETER, NETWORK KITS, WATTMETER, DIGITAL MM |
| BASIC ELECTRONICS LAB | CRO, FUNCTION GENERATOR, DUAL POWER SUPPLY, DIGITAL MULTIMETER |
| CMOS CIRCUIT DESIGNE | MICROWIND & Xilinx ISE9i EDA based software |
| CNTL LAB | TX. LINE TRAINER, FILTER TRAINER, POWER SUPPLY, FUCTION GENERATOR |
| DATA COMM. LAB | TRANSMITTER & RECEIVER TRAINER KIT |
| DCS/DE/EC LAB | CRO, DIGITAL LAB ST, DUAL POWER SUPPLY, DIGITAL MM, FLIP FLOP KITS, |
| DSP LAB | MATLAB S/W MICRO PROCESSOR & MICRO CONTROLLER TRAINER KIT INTERFACING CHIPS |
| EDC LAB | FUNCTION GENERATOR, DUAL POWER SUPPLY, RECTIFIER CKT., CRO, ANALOG LAB, DIGITAL MM |
| ELECTRONICS & INSTRUMENTATION | CRO, BRIDGES KIT, TRAINER KIT, A/D & D/A CONVERTOR KIT |
| MAJOR PROJECT LAB | POWER SUPPLY, PCB ETCHING & DRILLING MACHINE, FUNCTION GENERATOR, IC TESTERS, FREQ. COUNTER |
| MICROWAVE LAB | MICROWAVE TEST BENCH, SIMULATION SOFTWARE |
| NETWORK ANALYSIS LAB | SOLDERING STATION, AMPLIFIER TRAINER, THEORAM KITS |
| OPTICAL FIBER COMM. LAB | DUAL TRACE CRO, OPTICAL FIBER TRAINER, OPTICAL POWER METER, FIBER OPTICES MODULE |
| SOFTWARE LAB - 1/td & gt; | SIMULATION SOFTWARE TINPRO & MATLAB |
| SOFTWARE LAB - II | CPLD BOARD, SPARTAN BOARD, VLSI DEVELOPMENT PLATFORM |
| COLOUR & B/W TV DEMO TRAINER, NVIS RADAR TRAINER | |
| VLSI DESIGN LAB | UNIVERSAL DEVELOPMENT PLATFORM ST 110 KIT |