Course Highlights

    Why Choose B.Tech in Tool and Die Making Engineering (Online/Hybrid Mode)?

The B.Tech in Tool and Die Making Engineering is aimed at imparting the students with advanced technical knowledge and some practical skills for pursuing a career in precision manufacturing, design of products, and mold/tool development. The course, available in online or hybrid mode, is meant for the aspirants who have a passion for mechanical design and tooling technologies.

Industry-Relevant Curriculum: The course covers relevant subjects in the field of mold and die design, CNC programming, CAD/CAM, material science, manufacturing processes, and quality control. The syllabus is updated regularly to maintain the demand of the manufacturing and automobile industries.

Flexible Learning Model: Online and hybrid options allow students to handle studies along with other work or personal commitments. This is an ideal choice for diploma holders, working personnel, and engineering students living in very remote areas.

Practical Training: Though online/hybrid, the program integrates practical labs and simulations along with optional long-term on-site industrial training in collaboration with certified manufacturing units.

Career-Ready Outcomes: The graduates will be equipped to enhance their employability in automobile, aerospace, defense manufacturing, precision engineering, and tooling industries. Tool designers, CNC Programmers, die/mold engineers, and quality inspectors could all find a place.

Expert Guidance: Student recruitment will be guided by faculty and industry professionals with decades of industry experience, giving real-life perspectives. The mentorship thus provided will help align students with globally accepted manufacturing standards.

    Who Should Apply?

The B.Tech. in Tool and Die Making Engineering program turns out to be an ideal course for: 

Mechanical/Production Engineering Diploma Holders: Candidates who aspire to have advanced knowledge and specialization in fields like tool engineering and CAD/CAM technologies. 

Employment Professionals with Manufacturing Units: Those working in tool rooms, die shop and CNC based industries who desire to develop skills further for transitioning possibely towards different higher technical or managerial roles. 

Technical Apprentices and ITI Graduates: Those with some hands-on exposure on machine tools or fabrication, who want to do a full engineering degree for better job scope. 

Career Change: People willing to shift to high-demand technical roles in designing, production, or quality assurance in the domain of manufacturing.

    When Should You Pursue B.Tech in Tool and Die Making Engineering?

The program can be pursued at any stage of one's academic or professional career-whether one is a diploma holder just out of a polytechnic institution, an experienced machinist, or an aspirant with a non-engineering background but technical experience. 

For experienced practitioners, the course provides flexibility between continuing their professional work while pursuing further technical qualifications. For students, a solid foundation is laid in tool design and manufacturing processes for precision engineering careers.

     Key Highlights:

1. Specialized Curriculum for tooling design, mould making, die casting, CNC operations, CAD-CAM-CAE, and industrial automation.
2. Hybrid and online learning modes for students worldwide working across geographies and time zones. 
3. Projects and simulation exercises that are current with industry practices in the manufacturing sector.
4. Faculty with tool room and industry experience imparting practical exposure and job readiness.
5. Career pathways into automotive, aerospace, electronics manufacturing, defence, etc.

      Why Opt for Education Loan for B.Tech in Tool and Die Making Engineering?

1. Tuition Fee Plus Industrial Training: The education loans cover tuition fees, lab sessions, training visits, and licenses for software used in connection with the course.
2. Financial Stress Relief: Instead of choosing between studying and repayment, students will have the opportunity to take a moratorium period and have flexible EMIs before they start having to think about working.
3. Constructs Credit History: A timely repayment of education loans helps students build their strong credit profiles early in their careers.
4. Improves Career Prospects for Growth: Getting a B.Tech in this domain can significantly increase employability and salary potential in industrial areas as well as SEZs.

    Is B.Tech in Tool and Die Making Worth It?

Absolutely. Here’s why:

• Precision manufacturing has been the most-enticing industry for automating and exporting.
• India is emerging from non-mold making to becoming a worldwide home for die/mold production and high-precision tooling.
• This discipline not only introduces one to work opportunities but also pathways towards entrepreneurship- setting up a tool room or establishing a CNC machining unit.
• The extremely highly specialized and practical skills learned through training would be in demand in the industries of automobile, defense, white goods manufacture, and aerospace.

    Examination Pattern:

1. The semester exams are veering towards offline modes now, or in-person, where applicable. These tests, of course, are the mixed bag of theory and practical subjects. 
2. Practical Evaluation: Wherein simulation exercises, CAD/CAM assignments, CNC programming exercises, and tool design projects are carried out. 
3. Internship/Industry evaluation: That is, during the final semester, an assessment of internship performance and project viva is presented. 
4. Continuous evaluation: Weekly quizzes, assignments, and case studies for internal evaluations. 
5. Discipline Semester Evaluation: Some examinations are conducted offline or physically, depending on the required format, and are a mix of theory and practical courses. 
6. Practical Evaluations: Involving various simulations, CAD and CAM assignments, CNC programming exercises, and tool design projects. 
7. Internship/Industry Evaluation: In the last semester, one part considers the performance in the internship plus a viva on the project. 
8. Continuous Evaluation: Weekly quizzes, assignments, and case studies as part of internal assessment.