IIT Hyderabad M.Tech Systems & Control Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. The M.Tech in Systems and Control Engineering at IITH covers optimal control theory, linear and nonlinear systems, robust control, digital control, signal processing for control, and AI-driven approaches to dynamic system modelling. Applications extend to smart grid management, autonomous vehicle control, aerospace guidance systems, and industrial process automation. Students complete a research thesis in the second year within the Electrical Engineering department, which operates 14 specialised research labs funded by SERB, DST, DRDO, and industry partners at IIT Hyderabad.

Ans. GATE in the EC (Electronics and Communication) or EE (Electrical Engineering) paper is required for MoE-sponsored seats, which come with INR 12,400 per month stipend. IIT graduates with a CGPA of 8.0 or higher may appear for an IITH interview in lieu of GATE for direct admission. A self-financed mode is available for candidates who meet academic eligibility but do not hold a valid GATE score. GATE-qualified candidates can recover the full programme fee through the stipend within about two semesters of study.

Ans. The Electrical Engineering department at IITH conducts active research in optimal and model predictive control, AI for power systems, multi-agent systems, robotic path planning, and distributed smart grid control. Faculty receive funding from DST, SERB, and other government bodies for projects in aerospace control, automotive systems, and energy-efficient building automation. M.Tech students in Systems and Control Engineering participate in these funded projects, gaining experience in simulation tools, hardware testing, and control algorithm development during their thesis years at IITH.

Ans. Graduates find roles in automation and robotics companies, aerospace and defence organisations, automotive OEMs, power sector utilities, and process industries as control engineers, automation specialists, or systems engineers. Research positions at DRDO, ISRO, BHEL, and private sector firms are common for IITH M.Tech graduates with systems and control expertise. Graduates also pursue PhD programmes in control systems at IITs, IISc, or international universities, leveraging IITH’s research publications and faculty networks for doctoral admissions.

Ans. M.Tech Electrical Engineering at IITH covers power systems, power electronics, and energy technology as its core areas, while M.Tech Systems and Control Engineering is a specialised track focused on dynamic systems, feedback control, state-space methods, and AI-driven automation. Both programmes sit in the Electrical Engineering department at IITH and share some foundational coursework, but the thesis streams and elective clusters differ. Systems and Control is more aligned with robotics, autonomous systems, and aerospace applications, while EE is oriented toward power and energy domains.