Core Mechanical Engineering Subjects: Covering fundamentals such as thermodynamics, mechanics, materials science, and machine design. 

Engineering Ethics and Sustainability: Explore the ethical and environmental aspects of mechanical engineering, emphasizing sustainable practices. 

Problem Solving: Hone your problem-solving abilities, critical thinking, and analytical skills through engineering case studies. 

Elective Specializations: Tailor your education by selecting elective courses in areas like robotics, automotive engineering, or energy systems. 

Capstone Project: Conclude the program with a comprehensive capstone project, applying all learned skills to solve a complex mechanical engineering problem. 

Online Learning: Benefit from the flexibility of online learning, with access to lectures, study materials, and virtual labs from anywhere. 

Industry-Relevant Certification: Receive a diploma recognized by industry and potential employers. 

This online diploma program equips graduates with the knowledge and skills needed to excel in various mechanical engineering roles, including design, manufacturing, maintenance, and research and development.

Summary - Total Sem 8, Additional Specialization subject Learning - 1 (Which will be accomodated in sem 8), Sem 6 is nothing but the project submission and Sem 7 is nothing but the work experience. Institute will be giving online learning for sem 1,2,3,4,5, 8 and choosen specialized subjects. You can identify the duration and learning hours of each sem from the provided brochure copy. 

Semester 1: Basics of Mechanical Engineering Introduction to Mechanical Engineering Engineering Materials and Properties Engineering Graphics and CAD Mechanics and Dynamics 

Semester 2: Advanced Mechanics Strength of Materials Fluid Mechanics Thermodynamics and Heat Transfer Computational Methods in Mechanical Engineering 

Semester 3: Manufacturing Processes Manufacturing Technology and Processes CNC Machining and Automation Quality Control and Six Sigma Workshop Practice 

Semester 4: Design and Analysis Engineering Design Principles Finite Element Analysis (FEA) Product Lifecycle Management (PLM) CAD/CAM Integration 

Semester 5: Advanced Mechanical Engineering Topics Advanced Vibrations and Acoustics Advanced Thermal Systems Computational Fluid Dynamics (CFD) Advanced Materials Science 

Semester 6: Capstone Project Collaborate with industry partners Apply knowledge and skills to a real-world project Present findings and solutions 

Semester 7: Industry Internship or Work-Based Project Gain practical experience Apply classroom learning in a real work environment Develop a professional network 

Semester 8: Professional Development Project Management Techniques Ethics and Professional Responsibility Leadership and Communication Skills Industry Best Practices 

Specialization Options (Choose one track)

Track 1: Automotive Engineering Automotive Design and Manufacturing Automotive Powertrains Vehicle Dynamics and Control Advanced Materials in Automotive Engineering 

Track 2: Aerospace Engineering Aircraft Design and Aerodynamics Aerospace Materials and Manufacturing Aircraft Propulsion Systems Avionics and Flight Control Systems 

Track 3: Renewable Energy and Sustainability Renewable Energy Technologies Energy Efficiency in Mechanical Systems Sustainable Design and Green Engineering Environmental Impact Assessment 

Track 4: Robotics and Automation Robotics Fundamentals Industrial Automation and Control Mechatronics and IoT in Engineering AI and Machine Learning in Automation 

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 have completed their secondary education, which is usually equivalent to high school or its international equivalent. This may include a high school diploma, A-levels, or other recognized secondary education qualifications.

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 8 online examinations, scheduled at 45 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 the Diploma Program is $1,155 or INR 97,000, excluding taxes. Additionally, an 18% Goods and Services Tax (GST) will be applicable on the course fee.

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

Eligible to enrol in Bachelor's Degree in Mechanical Engineering or related field,
Advanced Diplomas or Post-Diploma Programs, Professional Certifications, Online and
Part-Time Programs etc