The Diploma in Mechanical Engineering (Production) program is a comprehensive 3 year technical journey designed to develop skilled professionals for manufacturing, production, and industrial operations. The program focuses on transforming raw materials into high quality products through efficient processes, precision engineering, and modern production techniques.
Covering core areas such as manufacturing processes, production planning, industrial engineering, quality control, and machine operations, the program prepares students for hands on technical roles in factories, workshops, and large scale industrial environments. Designed with inputs from academic experts and industry practitioners, the curriculum emphasizes practical training, shop floor exposure, and career readiness. With structured career guidance and strong placement assistance, Future University prepares students to confidently enter manufacturing and production driven industries.
Candidates must have successfully completed the Secondary School Examination or equivalent with Mathematics and Science as compulsory subjects from a recognized board.
| Fees Structure | Amount |
|---|---|
| 1st Year Annual | 35000/- INR |
| 2nd Year Annual | 35000/- INR |
| 3rd Year Annual | 35000/- INR |
Admission to the Diploma in Mechanical Engineering (Production) program at Future University is conducted through a transparent, merit driven and professionally structured selection framework. The program aims to develop technically proficient professionals equipped for manufacturing, production systems and industrial operations.
Admissions are offered through one or more of the following routes:
Admission may be granted on the basis of performance in the Class 10 examination with Mathematics and Science from a recognized board.
A merit list is prepared in accordance with University eligibility norms and prescribed academic standards.
This mode of admission is applicable for selected seats as notified by the University.
Candidates may secure admission through recognized state or national level entrance examinations.
Admission can be considered on the basis of the rank secured in JEECUP Polytechnic or any other approved entrance examination as notified by the University.
Future University conducts its own entrance examination known as FUCET Future University Common Entrance Test.
Applicants are shortlisted based on their performance in the entrance test.
Final selection may include centralized counseling and mandatory document verification to confirm eligibility and seat allotment.
Future University stands apart through its practice oriented technical education, strong focus on manufacturing skills, and commitment to student employability. With modern workshops, industry exposure, and structured placement support, the university prepares students to become competent production engineering professionals.
• Industry aligned production engineering curriculum
• Strong emphasis on workshop and shop floor training
• Modern mechanical and production laboratories
• Skill development focused teaching approach
• Startup and incubation support
To nurture skilled production engineering professionals who are innovative, ethically responsible, and capable of supporting industrial growth through efficient manufacturing and quality driven processes. The department strives to foster technical competence, operational efficiency, and lifelong learning to meet evolving industrial demands.
High-demand roles across global tech industries
₹4 to 5 LPA
Oversee production activities, manage workflows, and ensure timely and quality output.
₹4.5 to 5 LPA
Support machining, fabrication, and assembly operations using modern manufacturing techniques.
₹4 to 5 LPA
Inspect products, monitor processes, and ensure adherence to quality standards and specifications.
₹4.5 to 6.5 LPA
Assist in production planning, material management, and inventory control operations.
• Build strong foundations in mechanical and production engineering principles
• Prepare students for technical roles in manufacturing, production, and quality control
• Deliver an industry aligned curriculum integrating theory with extensive workshop exposure
• Develop operational efficiency, problem solving ability, and safety awareness
• Provide hands on experience with modern manufacturing tools and technologies
• Industry aligned diploma curriculum
• World class workshop and production infrastructure
• Practical and skill oriented learning approach
• Expert faculty with academic and industry experience
• State of the art mechanical and production labs
• Faculty focused on hands on mentoring and training
• Internship opportunities and industry exposure
• Strong placement support and career guidance
• Engineering Mechanics and Strength of Materials
• Manufacturing Processes and Workshop Technology
• Production Planning and Control
• Metrology and Quality Assurance
• Machine Tools and Machining Processes
• Industrial Engineering and Management
• Computer Aided Manufacturing Basics
• Industrial Safety and Maintenance
• Emerging Manufacturing Technologies
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