IIT Hyderabad M.Tech E-waste Resource Engineering & Management: Fees 2026, Course Duration, Dates, Eligibility

Ans. M.Tech E-waste Resource Engineering and Management at IITH is a 2-year interdisciplinary programme offered through the Greenko School of Sustainability. It covers e-waste characterisation, printed circuit board processing, precious metal recovery, rare earth extraction, life cycle assessment, extended producer responsibility policy, and circular economy frameworks. The programme prepares engineers and scientists to address the global electronic waste crisis using technical and policy approaches.

Ans. IITH accepts multiple GATE papers for M.Tech E-waste Resource Engineering and Management, reflecting its interdisciplinary scope. The accepted papers include CE (Civil Engineering), CH (Chemical Engineering), CY (Chemistry), EC (Electronics and Communication), EE (Electrical Engineering), IN (Instrumentation Engineering), ME (Mechanical Engineering), MN (Mining Engineering), MT (Metallurgical Engineering), PH (Physics), PI (Production and Industrial Engineering), and XE (Engineering Sciences).

Ans. The 2-year M.Tech fee at IITH is INR 2,86,000, comprising tuition of INR 48,000 and other institutional charges of INR 2,38,000. A refundable caution deposit of INR 6,000 is collected separately and returned on programme completion. GATE-qualified students receive INR 12,400 per month in stipend from the Ministry of Education, which substantially offsets the total cost over the two years.

Ans. Students access the C-MET (Centre for Materials for Electronics Technology) infrastructure, which includes a NABL-accredited RoHS lab for chemical analysis of electronic materials. C-MET facilities support PCB dismantling experiments and research into precious metal and rare earth recovery processes. The MeitY-supported circular economy programme at IITH connects students with government and industry initiatives in waste-to-wealth e-waste processing.

Ans. Graduates can work in e-waste recycling companies, battery material recovery firms, extended producer responsibility compliance teams, and environmental consulting organisations. Policy roles exist in government bodies such as MeitY, CPCB, and state pollution control boards dealing with e-waste regulation. Research-oriented graduates can pursue PhD programmes in sustainable materials, environmental engineering, and circular economy at Indian and international universities.

Ans. Yes. GATE EC (Electronics and Communication) and GATE EE (Electrical Engineering) are among the accepted papers, making this programme accessible to electrical and electronics engineers. These graduates bring relevant expertise in understanding electronic component materials, circuit board design, and embedded systems that directly support e-waste characterisation and recovery research. The programme’s breadth also benefits graduates from chemical, mechanical, and metallurgical backgrounds.