M.Tech Design Engineering: What is it About?

M.Tech Design Engineering lays emphasis on real-time applications and trains students in the design, development, and simulation. The course also enables learners to explore new areas in Engineering Design and allied sciences.

M.Tech Design Engineering aims to produce design engineers with exceptional creative abilities and caliber to solve real-life problems.  In order to cater to industry requirements of the growing design engineering, the program facilitates internship and hones the practical skills of the students.

As the program completes, learners will be able to:

• Design elements of a machine with complex geometry and composite material systems.
• Determine vibration for mechanical systems and recommend improvement.
• Perform computational modelling of product functions.
• Integrate mechanical systems with electrical and electronic control systems.
• Comply methods and instruments suitable for various experimental setup.
• Select the most appropriate materials suitable for components based on performance, manufacturability and environmental sustainability.
• Lead research and development projects.

M.Tech Design Engineering: Admission Process

M.Tech Design Engineering: Who should opt?

In order to become a top-notch engineer, the student must possess the following skills:

• STEM Skills: STEM stands for Science, Technology, Engineering, Mathematics. Engineering is a series of mathematical and logistical problems, therefore Knowledge of these four subjects is a prerequisite.
• Ability to Work as a Team: Nobody completes an engineering project by oneself. A single project requires mind and expertise of individual professionals in order to achieve satisfying results. The experience of working cohesively in a team is then built upon throughout their working life.
• Strong Analytical Skills: Engineering is a profession saturated with problem-solving. Hence every task needs an analytical approach. The solution has to be found so that it fulfills all requirements with as little risk as possible. Experimentation and testing begin before work so budget is kept in check.
• Attention to Detail: There is no doubt that engineering projects are extremely complex. There are humongous details that have to be addressed in the planning and construction processes. The learners of this course need to possess a high level of attention to detail to ensure error-free results.
• Excellent Communication Skills: This is a field in which a lot of technical languages is used. When talking to clients and people unaware of technical language, running a conversation gets pretty hectic. Clear communication then becomes vital, also while working with other teams and personnel.
• Willingness to Learn: If you are passionate about what you do then you always keep updated of industry changes and developments. Learning new techniques helps the students to perform their job to the best of their abilities.
• Management and Leadership Skills: These include the knowledge about when to step in or back off; how to best make use of a team member’s strengths; how to align and discipline someone and so on. To become a top engineer, leadership is a required trait.