Advanced Core Subjects: Dive deeper into advanced topics in thermodynamics, fluid dynamics, structural mechanics, control systems, and materials science. 

Research and Innovation: Focus on conducting independent research and developing innovative solutions to complex engineering challenges. 

Specializations: Choose from specialized tracks such as robotics, renewable energy systems, aerospace engineering, or automotive engineering to align with your career goals. 

Advanced Computational Tools: Utilize advanced computational methods and simulations for complex engineering analysis and design. 

Thesis or Project: Complete a thesis or research project, contributing to the advancement of knowledge in mechanical engineering. 

Interdisciplinary Collaboration: Collaborate with experts from other fields to solve multidisciplinary engineering problems. 

Professional Development: Develop leadership and project management skills for leadership roles in the engineering industry. 

Ethical Engineering Practices: Explore ethical considerations in engineering, with an emphasis on sustainable and responsible engineering solutions. 

Career Advancement: Graduates are well-prepared for leadership roles in research, development, design, and innovation within the mechanical engineering field. 

This Master's program offers an intensive and specialized education that equips graduates with the knowledge and skills needed to excel in high-demand areas of mechanical engineering, making them valuable contributors to research, industry, and innovation.

Summary - Total Sem 4, Sem 4 is nothing but the project submission. Institute will be giving online learning for sem 1,2,3. Sem 3 will be according to the selected specialization.

Semester 1: Advanced Engineering Core

Advanced Thermodynamics

Computational Fluid Dynamics (CFD)

Finite Element Analysis (FEA)

Advanced Heat Transfer

Semester 2: Advanced Mechanics and Design

Advanced Mechanics of Materials

Advanced Mechanical Vibrations

Advanced Machine Design

Robotics and Automation

Semester 3: Specialization (Choose one)

Option 1: Aerospace Engineering

Aerodynamics and Flight Mechanics

Aircraft Structures and Materials

Aircraft Propulsion Systems

Aerospace Design and Simulation

Option 2: Renewable Energy

Renewable Energy Systems

Energy Storage and Conversion

Sustainable Design and Green Engineering

Wind and Solar Energy Technologies

Option 3: Advanced Manufacturing

Advanced Manufacturing Processes

Additive Manufacturing and 3D Printing

Precision Engineering and Tolerancing

Industrial Automation and Robotics

Option 4: Automotive Engineering

Automotive Dynamics and Control

Automotive Powertrain Systems

Vehicle Design and Safety

Advanced Materials in Automotive Engineering

Semester 4: Capstone Project

Apply advanced knowledge and skills to a comprehensive engineering project

Collaborate with industry partners (if possible)

Present findings and solutions

These courses presents an optimal choice for individuals belonging to either of the following categories:

- Aspiring Mechanical Engineers professionals seeking to establish or advance their careers in the field.

- Individuals entrusted with Mechanical Engineering responsibilities who aspire to acquire a comprehensive and profound understanding of the subject matter. 

By catering to these distinct groups, our courses effectively addresses the diverse needs and aspirations of professionals aiming to excel in the realm of Mechanical Engineering.

Educational Qualifications: candidates should hold a Bachelor's degree in Mechanical Engineering or a closely related field. Degrees in other engineering disciplines or related STEM fields, provided they have a strong foundation in engineering principles 

Work Experience: Candidates are required to have a minimum of 2 years of full-time work experience in related field

The course assessment will be conducted through a series of 3 online examinations, scheduled at 90 days intervals. Each examination will have a duration of 3 hours. 

The assessment format will consist of a combination of objective questions and descriptive questions. 

This comprehensive evaluation methodology aims to assess students' knowledge, understanding, and application of the course material, ensuring a rigorous and comprehensive assessment of their learning outcomes.

Ken Institute proudly holds full accreditation from esteemed organizations such as BAC UK (British Accreditation Council) and Quality Assurance in Pre-Tertiary and Higher Education-USA, validating our commitment to maintaining high standards of education. In addition, Ken Institute has earned prestigious institutional memberships from globally recognized bodies including the British Council (BSC), RoSPA (UK), the National Council (NSC), and the Institute of Engineers (IEI). These affiliations further underscore our dedication to promoting excellence and fostering professional development in the field.

The total course fee for this Program is $1,355 or INR 1,14,000 excluding taxes. An 18% Goods and Services Tax (GST) will also apply to the course fee.

Upon successful completion of this course, each student will acquire the following capabilities:

Eligible to enrol in Doctorate in Mechanical Engineering (Ph.D.) or Doctorate in a Related Field, Postdoctoral Research, Specialized Certifications, International Opportunities, Online and Continuing Education