Build the Future of Manufacturing, Automation & Industry 4.0
Earn a B.Tech in Manufacturing Engineering from the School of Advanced Manufacturing at Sricity International University and prepare for careers in design, fabrication, automation, electronics manufacturing, automotive systems, and modern industrial production.
Located in one of India’s active manufacturing corridors, SIU offers industry-integrated learning through the Work-Study Dual Model — giving students 30+ months of internship exposure with industry partners.
Admissions Open for 2026–27
Take the first step toward a future in advanced manufacturing and industrial engineering.
The School of Advanced Manufacturing prepares engineers for the future of design and fabrication, automation, electronics manufacturing, automotive systems, and Industry 4.0.
The school is embedded in one of the country’s most active manufacturing corridors, home to 200+ companies, including leading names across electronics, automotive, precision manufacturing, air-conditioning systems, components, and industrial fabrication.
This environment gives students exposure to the real world of manufacturing, where engineering concepts are applied in live industrial settings.
The B.Tech in Manufacturing Engineering is a four-year, 160-credit program designed to develop engineers who understand both classroom fundamentals and practical industrial applications.
Delivered through the SIU Work-Study Dual Model, the program combines academic learning with long-duration internship exposure in partnership with industry.
Apply for 2026–27| Attribute | Detail |
|---|---|
| Degree | B.Tech in Manufacturing Engineering |
| School | School of Advanced Manufacturing |
| Duration | 4 Years, flexible as per NEP 2020 |
| Credits | 160 |
| Specialisations | AC and Electronic Component Manufacturing; Automotive and Mechanical Fabrication |
| Curriculum Framework | APSCHE R-23 |
| Internship | 30+ Months with Industry Partners |
| Intake | 60 Students |
| Tuition Fee | ₹2,80,000 per year |
| Eligibility | 10+2 / Higher Secondary with Mathematics, Physics and Chemistry, minimum 50% |
Manufacturing engineering is changing rapidly. Modern industries need engineers who understand machines, materials, electronics, automation, production systems, quality, and digital manufacturing processes.
At SIU, students learn in an environment closely connected to industry. The program is designed to help students build strong engineering fundamentals while gaining practical exposure through internships across the academic journey.
Instead of learning only in classrooms, students experience how manufacturing systems work in real industrial environments.
Delivered through the SIU Work-Study Dual Model, allowing students to combine academic learning with practical industry exposure.
Extended internship exposure with industry partners, helping students understand production systems, workplace practices, and engineering applications.
SIU is based in Sri City, a major industrial region with companies across electronics, automotive, air-conditioning, fabrication, and precision manufacturing.
Choose industry-relevant specialisations in AC and Electronic Component Manufacturing or Automotive and Mechanical Fabrication.
The program follows the APSCHE R-23 curriculum framework, supporting structured academic progression.
With an intake of 60 students, the program is designed to support focused academic and practical learning.
For students interested in electronics manufacturing, air-conditioning systems, component production, assembly processes, and industrial quality systems. Students gain exposure to manufacturing processes used in modern electronics and component-driven industries.
For students interested in automotive systems, mechanical production, fabrication processes, machining, materials, industrial equipment, and production engineering. Students learn how mechanical systems and automotive components are designed, produced, assembled, and improved.
The SIU Work-Study Dual Model allows students to learn through a combination of structured academic study and industry internship phases.
Students do not wait until the final year to experience industry. They begin building workplace exposure during the program, helping them understand professional environments, production systems, equipment, workflows, safety practices, and real engineering challenges.
Explore the Dual ModelThe program follows a structured quarter-based journey across four years, combining study and work phases.
Students focus on academic study across all four quarters, building the foundation required for manufacturing engineering. (Q1–Q4: Study, 12 weeks each)
Students move into internship-led learning and begin gaining hands-on exposure with industry partners. (Q5–Q8: Internship, 12 weeks each)
Students continue academic learning while progressing into deeper industry exposure. (Q9: Study; Q10–Q12: Internship)
Students continue advanced academic and internship experience, preparing for professional manufacturing roles. (Q13: Study; Q14–Q16: Internship)
| Year | Quarters | Learning Mode | Focus |
|---|---|---|---|
| Year 1 | Q1–Q4 | Study | Engineering foundations, manufacturing basics, mathematics, design, materials, and core technical learning |
| Year 2 | Q5–Q8 | Internship | Industry immersion across manufacturing, production, fabrication, quality, and operations |
| Year 3 | Q9–Q12 | StudyInternship | Advanced academic learning followed by applied industry experience |
| Year 4 | Q13–Q16 | StudyInternship | Final academic strengthening and industry-focused career preparation |
Result: Students graduate with strong engineering foundations and extensive hands-on exposure to real industrial environments.
Students must have completed 10+2 / Higher Secondary with:
A minimum of 50% is required.
Students with interest in engineering, machines, production systems, electronics, automotive technologies, automation, and industrial problem-solving are encouraged to apply.
Check Your EligibilityThe School of Advanced Manufacturing is located in Sri City, an industrial region that hosts a strong manufacturing ecosystem.
The region includes companies such as Daikin, Amber, Epack, Isuzu, THK, along with a growing cluster of electronics, automotive, mechanical, and precision manufacturing firms.
This location gives students the advantage of learning close to real manufacturing environments and industry activity.
The B.Tech in Manufacturing Engineering has a limited intake of 60 students. Apply now to begin your journey in advanced manufacturing, automation, fabrication, electronics manufacturing, and industrial engineering.
Join the B.Tech in Manufacturing Engineering at Sricity International University and gain the academic foundation, industry exposure, and practical skills needed for the future of manufacturing.