The Department of of Mechanical Engineering started M.Tech, Program in "Production Technology" in the year 2011. The program is approved by AICTE, State Government and affiliated to Visveswaraya Technological University, Karnataka.

This program is aimed at providing the students with a wide variety of opportunities in Industries, particularly in the production and manufacturing sectors. Opportunities for research in advanced manufacturing techniques also exist. The curriculum is designed to make the students excel in areas like Quality & Reliability Engineering, Quantitative Techniques in Decision Making, Computer Integrated Manufacturing & Automation.

They will be exposed to advanced areas of development of Composite Materials and Advanced Materials & Processing. To manage the production environment students shall learn Human Resource Management and Project Management techniques as part of their curriculum. Simulation & Modeling of Manufacturing Systems helps them to get knowledge in the area of optimum production techniques.

Advanced studies in Non-Traditional Machining Processes and Industrial Robotics become important in the production technology and every student will go through these electives and acquire special skills during their course of study.

Every Post graduate student gets an opportunity to do projects in reputed industries. The projects will be practical and real time projects for which students’ gets guidance to learn application of the theory.

The Department of Civil Engineering started M.Tech, Program in "COMPUTER AIDED DESIGN OF STRUCTURES" in the year 2013. The program is approved by AICTE, Karnatak State Government and affiliated to Visveswaraya Technological University, Karnataka.

Admission to this course is through state-wide competitive examination, PGCET. This course is aimed atequipping the students with Classical and Finite element concepts, particularly in the domain of Analysis and Design of different structural systems. Proficiency for using industry standard software along with software development in this domain are additional objectives of this program. The curriculum is designed to make the students to possess strong Analytical and Computational skills in areas such as, Structural and Continuum analysis using FEM techniques, Design and Detailing of structural systems using industry standard or custom softwares.

Students pursuing this course will get hands on experience for working with standard software’s for both basic and advanced methods of structural analysis adopted in practice.

In our endeavor to encourage our students to do quality work and to foster Industry – Institute interaction, we advise and help our students to explore the possibility of carrying out the thesis work in esteemed organizations and R&D institutes providing solutions of scientific, engineering and social importance. This initiative from us will help our students to develop skills required for handling real life situations frequently encountered in practice.