M.Tech – Master of Technology

Advancing engineering excellence through specialized technical knowledge, research capabilities, and innovative problem-solving in focused engineering disciplines.

Overview

The Master of Technology program at School of Research and Technology provides advanced engineering education for professionals seeking technical specialization and research proficiency. Designed for engineers pursuing expertise in specific domains, this program emphasizes analytical thinking, advanced concepts, research methodologies, and practical applications. Students engage in intensive coursework, laboratory investigations, and dissertation research under faculty guidance. The curriculum develops engineers capable of leading technological innovation and addressing complex engineering challenges.

Duration & Eligibility

  • Duration: Two years including coursework, laboratory work, seminar presentations, and dissertation research
  • Level: Postgraduate (PG)
  • Eligibility: B.Tech/B.E. degree in relevant engineering discipline from AICTE-approved institution with qualifying marks. Valid GATE score preferred for admission to certain specializations.

Syllabus/Modules

Specialization Options:

  • Construction Technology & Management: Advanced construction methods, project planning, construction equipment, contract management
  • Structural Engineering: Advanced structural analysis, earthquake engineering, prestressed concrete, steel structures
  • Cyber Security: Network security, cryptography, ethical hacking, digital forensics, security architecture
  • Digital Communication: Advanced signal processing, wireless communication, optical communication, mobile networks
  • Production Engineering: Advanced manufacturing, automation, CAD/CAM, lean manufacturing, quality engineering
  • Power System: Power system analysis, smart grids, renewable energy integration, HVDC transmission
  • Thermal Engineering: Advanced thermodynamics, heat transfer, refrigeration systems, energy management
  • Urban Planning: Urban design principles, transportation planning, GIS applications, sustainable urban development
  • Computer Science & Engineering: Advanced algorithms, cloud computing, distributed systems, AI applications
  • Transportation Engineering: Highway engineering, traffic management, pavement design, intelligent transportation systems

Highlights

  • Specialized laboratories and research facilities for advanced investigations
  • Research-oriented curriculum fostering innovation and scholarly development
  • Faculty mentorship for dissertation and research publication guidance
  • Collaboration opportunities with industries and research institutions
  • Technical seminars, conferences, and academic workshops
  • Interdisciplinary learning and cross-specialization knowledge exchange

Admission

Selection through GATE scores or university entrance examination followed by merit-based counseling as per AICTE guidelines and university postgraduate admission policy.

Career

Postgraduate engineers assume senior technical positions as design specialists, research engineers, project managers, and technical consultants in industries and research organizations. Career opportunities include teaching positions in engineering colleges, research roles in government laboratories, and leadership positions in technology companies. Graduates pursue doctoral research (Ph.D.) for academic and advanced research careers. Professional paths extend to technology startups, multinational corporations, infrastructure projects, and specialized consultancy services. The advanced qualification positions engineers for technical leadership, innovation management, and contribution to engineering knowledge advancement in industry and academia.