Master of Technology (M.Tech.) in Production & Industrial Engineering
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2 Years
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Post Graduate
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Engineering
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Full Time
2 Years
Post Graduate
Engineering
Full Time
The Master of Technology in Production & Industrial Engineering postgraduate degree program prepares students for management and engineering positions in manufacturing and service organizations. Post-Graduates may find themselves in supply chain management, data-driven economic decision-making, planning and scheduling work methods, or quality assurance and facility layout.
The Master of Technology in Production & Industrial Engineering focuses on the practical application of current technologies and industry best practices. This degree also teaches students how to manage people and teams of engineers, as well as the budget.
Advanced Manufacturing Engineering courses develop expertise in project management, automation, control systems, system design, and simulation systems. Students completing this postgraduate degree will find ample job opportunities in manufacturing firms, but they can also find a niche in other organizations, such as the banking industry, government, agriculture, and wholesale and retail trade.
The Master's degree in Industrial Engineering focuses on advanced practices and research in industrial engineering. Students can choose a specialization or choose a general program. The program offers three concentrations: Healthcare Management, Regulated Industries, and Production Systems. There are also concentrations in Industrial Economics and Supply Chain Management.
The postgraduate studies in production and industrial engineering and management have many similarities. Both fields focus on designing efficient production processes and keeping highly skilled workers on task. Students learn how to create financial models and estimate costs. They also learn how to plan for automation. Ultimately, both fields help organizations save money and improve products.
Students pursuing an industrial engineering master's degree will gain extensive knowledge in a variety of industries. They will gain a comprehensive understanding of manufacturing processes and warehousing systems. They will also develop quantitative and qualitative reasoning skills, which are necessary for identifying and proposing improvements to existing systems.
With the rise of advanced robotics, machine learning systems, and the Internet of Things, manufacturers are seeking more sophisticated engineers who can apply state-of-the-art approaches to traditional production lines and automated processes.
Students can choose between an online or campus-based program in industrial engineering. A full-time program will usually last between one and two years. The full-time option may also provide the student with valuable business management skills. If a student decides to pursue a Ph.D., they may opt for a thesis-based master's program.
The candidates must have a Bachelor's degree in a relevant field from a recognized university.
They must have a minimum aggregate of 55% to be eligible for the program.
Post Graduates of the Master of Technology in Production & Industrial Engineering program can expect to be involved in projects related to long-range planning and facility design for a large transportation facility, creating more efficient workflows at major hospitals, and designing computer-based management information systems for organizations in various industries. Industrial engineers are also concerned with performance measures, new product applications, and efficient use of scarce resources.
Regardless of the field, postgraduates of this program can expect a range of career opportunities, including managerial and leadership positions, in industries as diverse as manufacturing, service, and logistics.
An industrial engineer is responsible for improving the processes and products in industries across the world. They apply their knowledge of Maths, Physics, and Social Sciences to improve the efficiency and effectiveness of production processes, while also protecting people and the environment. This broad training will enable industrial engineers to find new ways to tackle complex issues, and will help them achieve their career goals.
In an industry where efficiency is the key to business success, industrial engineers will be crucial to the future of a company. They analyze processes and suggest ways to improve them while staying within limitations. The focus of industrial engineers is on developing processes and reducing wastage, and they are skilled in quantitative and qualitative analysis and reasoning.
The Master of technology in production and industrial engineering is a two-year degree program.
The average fees for the completion of the program are between 1 to 3 lacs or it may vary from college to college.
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