![Anand Institute of Higher Technology - [AIHT]](https://image-static.collegedunia.com/public/college_data/images/logos/1602837170Logo.png?h=71.7&w=71.7&mode=stretch)
AIHT Chennai M.E. Embedded Systems FAQs
Ques. What is the total fee for M.E. Embedded Systems at AIHT Chennai?
Ans. The total fee for M.E. Embedded Systems at Anand Institute of Higher Technology, Chennai, is INR 60,000 for the two-year programme, payable at INR 30,000 per year. University examination and registration fees are charged separately each semester. Hostel and transport charges are billed separately. Eligible students may apply for Tamil Nadu state scholarships or the NSP Central Sector Scholarship to support their studies.
Ques. What is the eligibility for M.E. Embedded Systems at AIHT Chennai?
Ans. Candidates must hold a B.E./B.Tech degree as B.E./B.Tech in ECE, EEE, Electronics, or related Engineering discipline with a minimum of 55 percent aggregate (50 percent for SC/ST/SCA candidates). Admission is through a valid TANCET 2026 (PG Engineering) score or GATE 2026 score followed by Anna University PG counselling. Final-year UG students may apply provisionally.
Ques. What career options are available after M.E. Embedded Systems from AIHT Chennai?
Ans. Graduates of M.E. Embedded Systems at AIHT Chennai can pursue careers as embedded systems engineer, firmware developer, IoT architect, RTOS specialist, and hardware-software integration engineer in automotive, consumer electronics, defence, and industrial automation companies. AIHT’s 2023-24 placement record shows a PG median package of INR 3.50 LPA and 390 students placed overall. Top recruiters include TCS, Infosys, Wipro, Cognizant, Tech Mahindra, and Hexaware. Graduates may also pursue doctoral or research programmes to advance to academic and R&D roles.
Ques. What subjects are studied in M.E. Embedded Systems at AIHT Chennai?
Ans. The two-year Anna University PG curriculum for M.E. Embedded Systems covers real-time operating systems, microcontroller and microprocessor design, hardware description languages, embedded C and assembly programming, IoT protocol stacks, system-on-chip design, device drivers, automotive embedded standards, power management, and reliability engineering. The programme includes seminars, laboratory work, and a research project or dissertation in the final semester, equipping graduates with both theoretical depth and practical expertise in their specialisation.
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