SZABIST offers MS (Mechatronics Engineering) degree with two specializations; namely: Robotics & Industrial automation and Smart Electromechanical Systems. The program is of 2-year duration and is offered in the evening. The maximum time limit to complete the ME degree is four years.
• 5 Core Courses (15 Credit Hours)
• 3 Electives in their Choice of Specialization (9 Credit Hours)
• Thesis/Research Project or (2 Electives in lieu of Thesis/Research Project) (6 Credit Hours)
The broad objectives of the Master’s program in Mechatronic Engineering are to instill in its students a solid foundation of mathematical, scientific and engineering knowledge in addition to developing the intellectual skills essential for prosperity and success in their careers. The program is structured in such a manner that the students are provided a firm theoretical foundation with opportunity to strengthen their knowledge through research assignments, practical training and projects. The objectives of Masters in Mechatronics Engineering program are to:
ME 5102 Advanced Robotics
ME 5202 Image Processing for Intelligent Systems
ME 5105 Research Methodology
ME 5101 Advanced Embedded Systems
ME 5201 Data Acquisition and Control
ME 5XXX Elective 1
ME 5XXX Elective 2
ME 5XXX Elective 3
If students opt for research work based degree: Thesis Research
If students opt for Course work based degree:
ME 5XXX Elective 4
ME 5XXX Elective 5
All courses may not be offered every year. Alternate courses may be substituted as and when required.
ME 5102 Advanced Robotics
ME 5105 Research Methodology
ME 5201 Data Acquisition and Control
ME 5202 Image Processing for Intelligent Systems
ME 5101 Advanced Embedded Systems
ME 5XXX Mobile Robotics
ME 5XXX Machine Vision
ME 5XXX Advanced Manufacturing Design Techniques
ME 5XXX Adaptive Control
ME 5XXX Precision Manufacturing Systems
ME 5XXX Optimization of Engineering Systems
ME 5XXX Computer Integrated Manufacturing
ME 5XXX Rapid Prototyping, Tooling and Automation
ME 5XXX Linear Control Systems
ME 5XXX Industrial Control Technology
ME 5XXX Micro-Electro Mechanical Systems
ME 5XXX Advanced Modeling and Simulation
ME 5XXX Programming of Embedded Systems
ME 5XXX Linear Control Systems
ME 5XXX Artificial Intelligence
ME 5XXX Sensor and Sensing Technology
ME 5XXX Optomechatronic Systems
ME 5XXX Smart Materials and Structures
ME 5XXX Pattern Recognition and Analysis
ME 5XXX Digital Integrated Circuit Design
All courses may not be necessarily being offered every year. Alternate courses may be substituted as and when needed.