Embedded Systems/VLSI

The fees for the Post Graduate Diploma in Embedded Systems Design (PGDESD) course at CDAC (Centre for Development of Advanced Computing) can vary based on the center and batch. On average, the total fee for the PGDESD course is approximately INR 1,50,000 to INR 2,00,000 for the entire duration. This includes tuition, examination, and other administrative fees.For accurate and up-to-date details, it's recommended to check the official website of CDAC or contact their admissions office directly, as fees can change based on factors like location and special discounts or offers.You can visit the official CDAC website for more details or specific queries regarding the course fee structure. 

Yes, CDAC (Centre for Development of Advanced Computing) has strong placement opportunities for the Post Graduate Diploma in Embedded Systems Design (PGDESD). The programme is designed to equip students with advanced skills in embedded systems, which are in high demand in various industries such as automotive, telecommunications, and electronics.Placements:CDAC has a good track record for placements, with many top-tier companies in the embedded systems and electronics sectors hiring graduates from the PGDESD program.Companies like TCS, Wipro, Intel, Honeywell, and Texas Instruments have been known to recruit from CDAC, especially for roles in embedded systems, hardware design, and software development.CDAC's collaboration with industry leaders ensures students gain practical exposure and are well-prepared for the job market.In conclusion, CDAC's PGDESD programme has strong industry ties and placement opportunities, making it a valuable choice for students aiming for careers in embedded systems design.

This is basically a matter of your interests and even specific career interests, since both paths require different sets of skills. A quick comparison for your viewing pleasure is shown in the table below:FeatureMicroelectronicsEmbedded SystemsFocusHardware design, chip developmentCombining hardware and software to create intelligent devicesTasksDesign circuits, optimise fabrication processesDevelop firmware, interface with hardware, write real-time codeIndustriesSemiconductor, consumer electronics, medical devices Automotive, robotics, aerospace, Internet of Things (IoT)SkillsStrong understanding of electronics, physics, circuit designProgramming skills (C, C++), knowledge of microcontrollers, operating systemsSalaryGenerally high, with potential for specializationCan be comparable to microelectronics, varies depending on experience and industryMicroelectronics could also be a very good career option for:If you like hardware and have experience in designing electronic circuits. If you are interested in latest technologies such as nanoelectronics and quantum computing. If you want to make good money in the semiconductor industry.

Between M.E. in VLSI and M.Tech in Microelectronics, you need to decide depending upon the goal and priority. Here is the comparison:AspectM.E. in VLSIMTech in MicroelectronicsJob opportunitiesConcentrated in the semiconductor industry and related fieldsDiverse, across consumer electronics, communication, healthcare, etc.Placement ratesVery high, especially for top IITs and NITs High, at around 90% in good institutes.Reasons for strong placements Industry need for trained VLSI professionals and a very rigorous curriculum in place with the expectations of industryGood reputation of institutes, skill development transferable to any field.Based on placements scenario, ME in VLSI would most probably gain an advantage due to its continuous focus on the high demand VLSI sector. However, MTech in Microelectronics will offer much more career prospects but may also provide excellent placements especially in leading Institutes.

It all depends upon your interests and career goals. So, if you are interested in the basic principles of microchips and have a flair for versatile options, then Microelectronics is the way to go.Or if you are more interested in the advanced design of complex integrated circuits and have a strong foundation in digital circuits, then VLSI suits the bill. Some of the key differences between both the courses are mentioned in the table below:AspectMicroelectronicsVLSIScopeSpreads and covers a range of aspects of microchip design and fabricationDeeper into the design and realization of very large-scale integrated circuitsSpecialisationsAnalog circuits, digital circuits, mixed-signal circuits, MEMS, etc.Digital design, physical design, verification and testing, etc.Job ProspectsVaried and diverse across several fields of consumer electronics, communication, healthcare, etc.Focused in the semiconductor industry and related industriesAcademic focusEducational focusFundamentals of microelectronics, including device physics, circuit design, and fabrication processesAdvanced topics in VLSI design, such as computer-aided design (CAD) tools, low-power design, and high-performance design