Diploma in Manufacturing
The Diploma in Advanced Manufacturing Excellence (10+3 years) and Diploma in Manufacturing Automation (12+2 years) are specialized programs designed to provide students with industry-specific skills and knowledge in cutting-edge manufacturing technologies and automation systems. Notably, these programs are also ideal for girls, offering a unique opportunity for them to excel in the manufacturing sector. These diplomas offer a unique blend of theoretical foundations and practical training, rendering students highly attractive to employers in the manufacturing sector.
By pursuing these diplomas, students, including girls, can gain a competitive advantage in the industry, with benefits including enhanced productivity, improved quality, and increased career prospects. The growing demand for skilled professionals in manufacturing and automation presents lucrative job opportunities in industries such as automotive, aerospace, and consumer goods. The practical training and industry exposure provided by these programs enable students to make immediate contributions to organizations, driving innovation and efficiency in manufacturing processes.
These diplomas are ideal for students seeking to establish a successful career in manufacturing, with potential roles including production manager, quality control engineer, and automation specialist. For girls, these programs can be a gateway to leadership roles and industry leadership positions, bridging the gender gap in the manufacturing sector. By equipping students with specialized skills and knowledge, these programs can lead to rewarding and challenging careers in the manufacturing sector.
- Communication skills
- Applied Mathematics
- Applied Science
- Engineering Materials and Metallurgy
- Basic Electrical and Electronics Engineering
- Elements of Automobile Engineering
- Manufacturing Processes II
- Computer fundamentals II
- English
- Basic Mathematics
- Basic Science
- Fundamentals of Applied Mechanics
- Elements of Engineering Drawing
- Manufacturing Processes I
- Basics of Mechanical Engineering
- Computer fundamentals I
- Ability Enhancement Course – Language (Soft skill)
- Introduction to CAD
- Electronic Manufacturing Processes
- Introduction to Metrology and Quality Assurance
- Fundamentals of Mechatronics
- Industrial Engineering
- Environmental Studies
- Introduction to Production & Operations Management
- INDUSTRIAL INTERNSHIP-I
- INDUSTRIAL INTERNSHIP-III
- Seminar
- Project
- IDSC
- Fundamentals of Industrial Automation
- CAD CAM
- Introduction to IOT & Industry 4.0
- Fundamentals of AI
- INDUSTRIAL INTERNSHIP-II
- Communication skills
- Applied Mathematics
- Fundamentals of Microcontrollers
- Industrial Automation
- Basic Hydraulics and Pneumatics
- Metrology and Quality Control
- Manufacturing Technology II
- Electronics Workshop
- English
- Applied Science
- Material Science
- Basics of Mechanics
- Basic Electrical and Electronics Engineering
- Elements of Engineering Drawing
- Manufacturing Technology I
- Fundamentals of Mechatronics
- CAD CAM
- Industry 4.0
- Project
- Industrial Internship- II
- Ability Enhancement Course – Language
- Introduction to CAD
- Seminar
- Industrial Internship-I
The objectives of the Diploma in Advanced Manufacturing Excellence (10+3 years) and Diploma in Manufacturing Automation (12+2 years) are:
- Equip students with industry-specific skills: Provide students with specialized skills and knowledge in advanced manufacturing technologies and automation systems.
- Practical training: Offer hands-on training and industry exposure to prepare students for the workforce.
- Industry readiness: Enable students to make immediate contributions to organizations, driving innovation and efficiency in manufacturing processes.
- Career advancement: Enhance career prospects and provide opportunities for leadership roles and industry leadership positions.
- Bridge the skill gap: Address the growing demand for skilled professionals in manufacturing and automation.
- Empower girls: Provide girls with opportunities to excel in the manufacturing sector and bridge the gender gap in the industry.
By achieving these objectives, the programs aim to produce highly skilled and employable graduates who can contribute to the growth and development of the manufacturing sector.
The Diploma in Advanced Manufacturing Excellence and Diploma in Manufacturing Automation programs can have a significant impact on girls and women in the manufacturing sector, enabling them to:
- Break stereotypes: Challenge traditional stereotypes and biases, paving the way for more girls and women to join the manufacturing sector.
- Develop in-demand skills: Acquire specialized skills and knowledge in advanced manufacturing technologies and automation systems, making them highly employable.
- Pursue leadership roles: Prepare for leadership positions, bridging the gender gap in manufacturing and inspiring future generations.
- Empower entrepreneurship: Develop entrepreneurial skills to start and manage their own manufacturing ventures, promoting women-led businesses.
- Enhance career prospects: Enhance career prospects and opportunities for advancement in manufacturing, with competitive salaries and benefits.
- Role model and mentor: Serve as role models and mentors, inspiring and guiding other girls and women in manufacturing.
- Address industry needs: Address the growing demand for skilled professionals in manufacturing, contributing to India’s economic growth.
- Foster innovation and diversity: Bring diverse perspectives and ideas, driving innovation and creativity in manufacturing.
By empowering girls and women, these programs can contribute to a more inclusive, diverse, and skilled manufacturing workforce, driving growth and development in India.
Robotics Lab
Automation & PLC Lab
Embedded Systems Lab
CNC Lab
Basic Electrical and Electronics Lab
EV Shop
Electronics vehicle Lab
Measurement Lab
Symbiosis University of Applied Sciences (SUAS) is a great choice for pursuing a diploma in Advanced Manufacturing Excellence or Manufacturing Automation.
- Industry-oriented curriculum: SUAS’s curriculum is designed in collaboration with industry experts, ensuring students gain relevant skills and knowledge.
- State-of-the-art infrastructure: SUAS has modern facilities, including advanced manufacturing labs, lucas – Nuelle lab, c4i4 lab, robotics, and automation equipment.
- Expert faculty: Experienced faculties some with industry background provide guidance and mentorship.
- Practical training: Emphasis on hands-on training, internships, and industry projects.
- Strong industry connections: SUAS has tie-ups with leading companies, providing opportunities for placements and collaborations.
- Holistic development: Focus on overall development, including soft skills, communication, and leadership skills.
- Recognition: SUAS is recognized by UGC and AICTE, with a strong reputation in the industry.
Apply today and start building the future with automation and robotics.
