Why do you choose production engineering branch for your UG or PG?
Mechanical is one of the base branches of engineering. It is a core branch.
Production engineering is a lighter version of mechanical engineering with more onus on the softer aspects.
Although production engineering and mechanical engineering come under engineering, both are entirely different.
Production engineering is the study of manufacturing technology with management science whereas mechanical engineering is concerned with mechanical systems, thermodynamics, kinematics and energy and related fields.
Production engineers may be aware of the management challenges interrelated to production. These professionals strive to make production possible through the smoothest, most-judicious and most-economical techniques. However, mechanical engineers’ work profile includes providing resourceful solutions to the development of processes and products. It ranges from miniature components to extremely large plant, machines or vehicles.
What are the roles of production engineering in the industry?
Production engineers work in the sphere of manufacturing, overseeing the production of goods in many industries at factories or plants. Their main job is to ensure that all products are manufactured with utmost efficiency and quality, according to planned protocols using the appropriate technology. Production engineers are responsible for both the big picture and the small details related to all aspects of production.
The production engineer is charged with managing workers on the production line, ensuring they all work together as a team and follow protocols. The engineer's supervisory duties involve training the team of workers on safety and quality assurance protocols. To provide workers with the proper training, a production engineer usually must undergo his own management and operations training as well. The engineer must also supervise his staff to ensure they meet important production deadlines.
2. Operating Technology
Production engineers learn how the equipment operates first from machinery operators, and then engineers train their production workers on how to use the equipment in the manufacturing process. Their engineering expertise allows them to understand specifically how the equipment works to produce specific products, how workers should interact with the equipment, which safety precautions to take, and how to operate the machinery most efficiently and productively. Production engineers must also be familiar with maintenance procedures and controls for all machinery.
3. Solving Problems
Every production engineer is responsible for the procedures or protocols that are used in the manufacturing process. One of their main duties is troubleshooting all steps in this process, and seeking improvement in procedures wherever necessary. They must be able to determine from where in the production line a problem originates, such as issues with machinery needing to be fixed, cleaned or redesigned, or if a worker is not adhering to the proper steps in manufacturing, such as using the equipment incorrectly or not assembling products properly.
4. Administrative Planning
Production engineers must spend part of their workday using computers to plan production schedules and budgets for specific projects. They might also use their planning time to develop new procedures for items already in production or to be produced in the future, and meet with other departments to discuss product development. Engineers must also familiarize themselves with the types of equipment they might have to order and install for new projects, always keeping track of costs. Production schedule planning also involves managing work shifts for team members.
What is the Difference Between Production Engineering And Industrial Engineering?
Production Engineering:– It is a branch of engineering which is a combination of manufacturing technology with management service.
Industrial Engineering:– It is a branch of engineering dealing with the optimization of complex processes such as improvement, development, implementation of integrated systems.
What Is the Difference Between Jigs And Fixture?
Jigs and fixtures are the devices used to manufacture a large amount of duplicate parts accurately.
Jigs:- A device that does both functions such as holding the work and guiding a tool is called Jigs. Types – Drill Jigs and Boring Jigs.
Fixtures:- It is a production tool that holds, locates and support the work securely so that required machining operations can be performed. Types – Milling Fixture, Profile Fixture.
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