SITE M.Tech Power Electronics FAQs
Q1: What is the total cost of the M.Tech Power Electronics program at SASI?
Ans. The total tuition fee for the 2-year M.Tech Power Electronics program is 1,00,000, which translates to 50,000 per year. This is a competitive fee for postgraduate engineering programs. Additional charges for laboratory, projects, and other services may apply as per college regulations.
Q2: What is the admission process for the M.Tech Power Electronics program?
Ans. Admission is based on AP PGECET scores or GATE qualification. Candidates must have completed B.Tech/BE in Electrical, Electronics, or related fields with a minimum of 50% marks. After qualifying in AP PGECET or GATE, candidates participate in the counselling process conducted by APSCHE.
Q3: What are the career prospects for M.Tech Power Electronics graduates?
Ans. M.Tech Power Electronics graduates have excellent career prospects in power sector companies, renewable energy firms, and industrial electronics manufacturers. They can pursue roles as Power Electronics Engineers, Power Systems Engineers, Renewable Energy Engineers, and Design Engineers with average salary packages ranging from 5-7 lakhs per annum.
Q4: What topics are covered in the M.Tech Power Electronics program?
Ans. The program covers power semiconductor devices, power conversion circuits, DC-DC converters, AC-DC converters, inverters, power factor correction, renewable energy systems, and industrial applications of power electronics. Students gain hands-on experience with simulation tools and laboratory equipment.
Q5: Are there any scholarships available for M.Tech students?
Ans. Yes, SASI offers merit-based scholarships for students with excellent academic records, financial assistance for economically disadvantaged students, and performance scholarships for students maintaining high CGPA during their studies. Interested candidates should contact the department for detailed information.
Q6: What is the research and project work involved in the M.Tech Power Electronics program?
Ans. The program emphasizes research and practical project work in power electronics. Students undertake projects involving power converter design, renewable energy system implementation, and power quality improvement. The program encourages students to publish research papers and participate in technical conferences.
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