M.Tech Microelectronics

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.

MTech Microelectronics graduates in India receive average starting salaries ranging from INR 5 lakhs to INR 8 lakhs per year. Experience and expertise will earn you multi-fold increase in salary.There are good job prospects in various sectors: Consumer electronics design, Communication tech (5G, IoT), Automotive electronics, Healthcare technology, Research & development, etc.Microelectronics recruiters are as follows:Multinational corporations like Intel, Texas Instruments, and Nvidia.Public sector undertakings like Bharat Electronics Limited (BEL) and Semiconductor Complex Limited (SCL).Indian IT giants like Infosys, Wipro, and Tata Consultancy Services.Better career options:Application engineer-Technical support and specialisation with microelectronics for customersDesign engineer- Chip or integrated circuit designingProduct engineer- Develops and manages the complete life cycle of microelectronics products from development to delivery.Process development engineer-Developing manufacturing processes to optimize the production of microchips.Research scientist- Conducts research to develop new microelectronic technologies for further applications.