M.E - Machine Design

Overview :

M.E. Machine Design course is one of the specializations in the field of mechanical engineering. In this course, students may learn to manufacture and assembly design, CAD and CAM design, plastics design, aerospace design, complex engineering systems design, and robotics engineering and design.

Some of the major topics taught in this course are mechanical design dimensional tolerance, autonomous robotics design, architectural biomedical engineering, plasma physics applications, bone mechanics, materials dynamic behaviorism, theoretical multi variable control, and asynchronous systems and circuit design.

Some Highlights M.E. Machine Design :

 Top Colleges Offering  M.E Machine Design

• NIT Trichy
  
• VNIT Nagpur
  
• VIT University (Vellore)
  
• Amrita Vishwa Vidyapeetham Coimbatore
  
• Thapar Institute of Engineering and Technology (Patiala)
  
• Birla Institute of Technology and Science (BITS Pilani)
  
• Amity University (Noida)
  

Why Choose M.E. Machine Design ?
Pursuing an M.E. in Machine Design can be a highly rewarding choice for several reasons:

• Specialized Expertise:You'll gain in-depth knowledge and advanced skills in the design and analysis of machinery and mechanical systems. This includes understanding stress analysis, dynamics, material science, and advanced manufacturing processes.
  
• Diverse Career Opportunities:Graduates can explore a wide range of career paths in industries such as automotive, aerospace, manufacturing, robotics, and industrial equipment. Roles include Design Engineer, Product Development Engineer, R&D Engineer, and Mechanical Consultant.
  
• High Demand for Skilled Designers:There is a consistent demand for skilled machine design engineers who can create innovative and efficient designs. This demand ensures strong job prospects and career stability.
  
• Cutting-Edge Technology:Machine design is at the forefront of technological innovation, involving the use of advanced CAD software, finite element analysis (FEA), and rapid prototyping. Staying updated with these tools and techniques enhances your expertise.
  
• Research and Innovation:The field offers extensive opportunities for research and innovation. You can work on cutting-edge projects, develop new products, and contribute to advancements in mechanical engineering and manufacturing technologies.
  
• Practical and Hands-On Training:The program emphasizes practical training and hands-on experience in design and analysis. You'll gain the skills needed to apply theoretical knowledge to real-world engineering problems.
  
• Financial Stability:Machine design engineers often enjoy competitive salaries and benefits. The financial rewards reflect the specialized skills and knowledge required for the role.
  
• Interdisciplinary Collaboration:You'll have the opportunity to work alongside professionals from various fields, including electrical engineering, materials science, and industrial design. This interdisciplinary approach enhances your problem-solving skills and broadens your professional network.
  
• Global Opportunities:An M.E. in Machine Design is recognized worldwide, offering opportunities to work in different countries and diverse industries. This global recognition ensures versatility in your career.
  
• Leadership and Management Skills:In addition to technical expertise, you'll develop leadership and management skills essential for overseeing projects, leading teams, and making strategic decisions in the engineering sector.
  
• Personal Fulfillment:The satisfaction derived from solving complex engineering problems, developing innovative solutions, and contributing to technological advancements provides a deep sense of personal and professional fulfillment.
• Contribution to Society:By designing efficient and reliable machinery, you contribute to various industries' productivity and innovation, ultimately enhancing the quality of life and economic growth.

If you have a passion for mechanical design, enjoy problem-solving, and are committed to continuous learning and innovation, pursuing an M.E. in Machine Design can be an excellent choice.

Admission Procedure For M.E  Machine Design:

• Admission for M.E. (Machine Design) course is based on a merit list or Entrance exam. Most of the colleges select students through counseling based on the marks obtained in their bachelor’s degree.
• Some of the reputed colleges conduct entrance exam and select students through the marks obtained in their entrance exam.
• Top entrance examinations conducted by respective colleges and institutes 

Eligibility For M.E Machine Design:

• Candidates who have completed Bachelor’s degree in Engineering or B.Tech degree in any stream or an equivalent degree from a recognized university are eligible for Master of Engineering (Machine Design) course.
• Candidates who have achieved 55% of marks in their bachelor’s degree are eligible for this course.
• The percentage may vary from one institute to another. Eligible candidates may apply for this course through online or offline.

Career Opportunities for M.E  Machine Design:

Jobs Opportunities After M.E  Machine Design:

• Mechanical Engineer
• Maintenance engineering
  
• Aerospace engineering
  
• Automotive engineering
  
• Design Engineer
  
• Manufacturing engineering
  
• Instrumentation and control engineering
  
• Process engineering
  
• Civil Engineer

Top Recruiters of M.E  Machine Design :

• Mahindra & Mahindra
  
• Caterpillar Inc.
  
• John Deere
  
• Tata Motors
  
• Bharat Heavy Electricals Limited
  
• Boeing
  
• GE
  
• Hindustan Petroleum Corporation Limited
  
  
  

Syllabus For M.E  Machine Design :

Semester I

Advanced Mechanical Engineering Design of Equipment
Computer Methods in Mechanical Design
Vibration Engineering
Tribology
Design of Pressure Vessel
Laboratory Practice I
Seminar I
Design of Material Handling Equipment

Semester II

Design and Synthesis of Mechanism
Optimization Techniques in Design
Machine Tool Design
Mechatronic Product Design
Automotive Design
Laboratory Practice II
Seminar II
Design for Manufacturing and Assembly

Semester III

Seminar III
Project Stage I

Semester IV

Progress Seminar
Project Stage II