Department of Electronics & Communication Engineering
Electronics engineering is a discipline which utilizes non-linear and active electrical components (such as semiconductor devices, especially transistors, diodes and integrated circuits) to design electronic circuits, devices, microprocessors, microcontrollers and other systems. The discipline typically also designs passive electrical components, usually based on printed circuit boards.
Electronics is 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, telecomm- unications, control systems, signal processing, systems engineering, computer engineering, instrumentation engineering, electric power control, robotics, and many others.
The Institute Govt. Polytechnic for women Sirsa is one of the most important and influential organizations for electronics diploma engineers.
What jobs can you do with an electronic engineering diploma?
Careers for electronic engineering diploma holders can be found in a whole host of industries, from automotive to utilities. Electronic engineering diploma holders are typically accepted in the following industries. Aerospace industry, Automotive industry, Construction industry, Defense industry, Electronics industry, Fast moving consumer goods industry, Marine industry, Oil and gas industry, Pharmaceuticals industry, Power generation industry, Rail industry, Telecoms, Utilities industry.
A computer lab is a space which provides computer services to a defined community. Computer labs are typically provided by libraries to the public, by academic institutions to students who attend the institution, or by other institutions to the public or to people affiliated with that institution.
While computer labs are generally multipurpose, some labs may contain computers with hardware or software optimized for certain tasks or processes, depending on the needs of the institution operating the lab. These specialized purposes include but may not be limited to video editing, stock trading, 3-D design, and programming. In some cases, these specialized purposes are the main purposes for the existence of traditional desktop-style computer labs, due to a rising trend in the ownership of personal computers.
|1||ECE||6th Sem.||EDM 1||Download|
|5||ECE||6th Sem.||WIRELESS COMM||Download|
|7||ECE||4th Sem.||Micro Processor||Download|
|8||ECE||4th Sem.||Communication System||Download|
|9||ECE||2nd Sem.||Env Edu||Download|
|14||ECE||5th Sem.||ELECTRICAL MACHINE||Download|
|18||ECE||5th Sem.||Power Eltx||Download|
|19||ECE||5th Sem.||Power Eltx||Download|
|23||ECE||5th Sem.||Env Edu.||Download|
|26||ECE||4th Sem.||Micro Processor||Download|
|27||ECE||4th Sem.||Power Eltx||Download|
|30||ECE||5th Sem.||Micro controller||Download|
|32||ECE||5th Sem.||Digital Communication||Download|
|39||ECE||5th Sem.||Environment study||Download|
|40||ECE||3rd Sem.||Programming In C||Download|
|42||ECE||6th Sem.||EMBEDDED SYSTEMS||Download|
|44||ECE||4th Sem.||COMMUNICATION SYSTEM||Download|
|45||ECE||4th Sem.||MEDICAL ELTX||Download|
|47||ECE||4th Sem.||POWER ELECTRONICS||Download|
|49||ECE||6th Sem.||Microwave and Radar Engineering Unit 2||Download|
|50||ECE||6th Sem.||Microwave and Radar Engineering Unit 7||Download|
|51||ECE||6th Sem.||Microwave and Radar Engineering Unit 8||Download|