You may be wondering about the need for industry oriented training programs. You may find yourself in situations in which you are looking for a job but none of them align with your education. Or working in an industry that is completely irrelevant to your education. In this blog, we will learn about industry oriented training programs for mechanical engineering students, which will help bridge this educational gap and make your future job prospects much brighter!
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Why Pursue Industry Oriented Programs for Mechanical Engineering Students?
Mechanical engineering is one of the most popular fields of study in India, according to a recent study by the Indian Institute of Technology, IIT Bombay. There is a huge scope for growth in this field, as well as ever-increasing industrial demand. Additionally, the salary packages in this field are some of the most sought-after in the country. Despite of this, students find it extremely difficult to find a job in this field. This is due to the lack of industry readiness and theory-based curriculum in most mechanical engineering courses. To bridge this educational gap, industry oriented training programs are designed to provide students with practical skills and real-world experience that align with the demands of the job market.
Advantages
Some of the advantages of these programs are listed below-
- Multiple options to choose from based on your area of interest.
- Enhance your employability and learn a new skill in a short duration of time.
- Prepare to be more industry ready.
- Real world learning experience.
- Get your desired job and achieve your goals.
List of Courses for Mechanical Engineering Students
3D Printing and Design
3D Printing is the process of creating a three-dimensional object, layer by layer, using a computer designed model. There is vast potential in 3D Printing and it continues to expand into various industries. It has ever-expanding applications like rapid prototyping, medical applications and automotive and aerospace applications. Since its introduction in 1984, this technology has undergone significant improvement, and it can now be utilised both at home and in large-scale industrial plants.
AutoCAD
Autodesk AutoCAD is a computer-aided designing software used in the designing of buildings, vehicles, auto parts and much more. Its potential to streamline the designing process and improve efficiency and collaboration significantly impacts various industries. It is an extremely valuable tool for professionals in various fields.
SOLIDWORKS
SOLIDWORKS is a widely used computer-aided design (CAD) and computer-aided engineering (CAE) software tool. It is primarily used in mechanical and product design. It boasts a comprehensive set of tools and features that enable efficient design, analysis, visualisation, and collaboration. Many design related aspects of mechanical engineering utilise it, including surface modelling, sheet metal design, electrical and electronic design, and a lot more. It is an amazing tool to become industry ready and enhance your employability.
Casting and Forging Part Design
The potential of casting and forging part design is crucial. These manufacturing processes play a significant role in producing a wide range of industrial components. Effective part design in casting and forging can lead to improved product performance, reduced costs, and enhanced overall efficiency. It has a number of applications ranging from the creation of complex geometries to the reduction of material waste and improving sustainability.
Plastic Part Design
There is vast potential in plastic part design. Plastics find wide ranging applications in industry due to their cost-effectiveness, versatility and light-weight nature. Effective plastic part design is highly essential to optimising industrial processes. With the ever-increasing use of plastic and other such materials, this field of study has vast future potential.
Product Designing
The pivotal role of shaping functionality, improving aesthetics and enhancing the user experience is played by product design. Effective product design enhances the profit and marketability of a product. Well-designed products are highly in demand, along with the jobs to design them. This skill will surely boost your employability and give you a chance to bring out your creative side, all while not straying away from your field of study.
Sheet Metal Design
Sheet Metal Design plays a critical role in industries that rely on the production of sheet metal components. Effective design off sheet metal may lead to more efficient production processes, lower costs, and the creation of useful and aesthetically pleasing products. You can learn how to increase the efficiency of a product by making it more lightweight, lowering costs, and enhancing the material’s properties. Many industries seek such elements in designing.
HVAC
HVAC stands for Heating, Ventilation, and Air Conditioning. It actively contributes to the creation of comfortable and healthy indoor environments in various settings. Additionally, effective HVAC design and implementation offer numerous benefits that impact energy efficiency, human well-being, and environmental sustainability. Industry oriented program targeting the design of HVAC systems may help you find a job in this specialised field.
There are many such industry oriented training programs for mechanical engineering students. One must be aware of such opportunities so as to enhance their performance and be ready for any challenge in this changing world. These programs increase employability and enhance future job prospects. But that’s not all, they enhance a student’s potential by providing real-world learning experiences and exposure to various challenges.
Conclusion
Industry oriented training programs for mechanical engineering students offer a stack of advantages and opportunities that can contribute significantly to career growth and help prepare for the ever-changing job market. These programs address the gaps between traditional education and industry demands, equipping students with practical skills and hands-on experience that are crucial for success. The diverse range of courses, from 3D Printing and Design to HVAC system design, highlights the expansive possibilities for aspiring mechanical engineers. These programs bridge the education-industry gap, fuelling promising careers for mechanical engineering students. They make the journey of mechanical engineering students not only rewarding but also impactful on a global scale. Besides this, there are also many other career opportunities to grab after mechanical engineering.
