Saturday, 14 January 2017

What is B.Tech in Mechatronics and its scop ?


B.Tech Mechatronics programme provides engineers with multi-disciplinary skills. The programme is made after clubbing mechanical, electronics, computer and systems design engineering streams. 

Mechatronics programme strengthens the students with the skills that allow them to design, construct and run factory production lines and automated processes. Students studying this course are well equipped with the skills that they can use in computers, micro-controllers, programmable logical controllers, programming, industrial sensors, hydraulic, pneumatic and electric drives, design of mechanical structure and mechanism and manufacturing process. 
Talking about its application areas, they range from power systems to transportation to optical telecommunications to biomedical engineering. 
Industrial robot is the most appropriate example of mechatronics system as it has electronics, mechanics, and computing to perform its daily routine.
 The main objective of the mechatronics engineer is to club the principles of mechanics, electronics and computing in a simpler form in order to generate a source which can make the human work easier.
 Students who have cleared their 12th class exam with Physics, Chemistry, Maths subjects are eligible for this course. 
Also read: What is Data Science? Scope and Career Opportunities Subjects of mechatronics: Mechanical Engineering and materials science Electronic engineering Computer engineering Computer science Systems and control engineering Optomechanics Robotics Further career: Students who have completed their B.Tech degree in Mechatronics can either opt for job or they can go for further studies. Students can enroll themselves for ME or M.Tech degree in Mechatronics.
 Designations: A B.Tech in Mechatronics can get either of these designations- Robotics Technicians Robotics Test Engineers Robotics Systems Engineer Robotics specialists Analysts Researchers Top recruiting industries: Robotics Aerospace Defence Automative and Manufacturing


Wednesday, 4 January 2017

Mechatronics Engineer: Salary, Duties and Requirements

Mechatronics Engineer: Salary, Duties, Outlook and Requirements

Mechatronics engineers require a significant amount formal education. Learn about the education and job duties to see if this is the right career for you.
A mechatronics engineer determines how to improve production in manufacturing by developing new machinery or tools. Before implementing changes to the production process, the mechatronics engineer considers factors such as assembly line efficiency and costs, while using specialized software to perform tests on various ways to make improvements. A bachelor's degree in a field such as mechatronics engineering or mechanical engineering is generally required for this career.

Essential Information

Mechatronics engineering combines aspects of mechanical, electronic, and computer engineering in order to increase efficiency in the production and function of manufactured goods. Accordingly, mechatronics engineers study aspects of fluid mechanics, control theory, and computer programming. Most professionals complete a bachelor's degree to get into this field.
Required EducationBachelor of Science in Mechatronics Engineering or Mechanical Engineering Technology
Projected Job Growth (2014-2024)5% for mechanical engineers; -1% for electronics engineers*
Median Annual Salary 2015$83,590 for mechanical engineers*
Source: *U.S. Bureau of Labor Statistics

Salary for a Mechatronics Engineer

Although the U.S. Bureau of Labor Statistics (BLS) doesn't provide specific salary information for mechatronics engineers, it does show that median annual wages for all mechanical engineers $83,590 as of May 2015 (www.bls.gov). The middle 50% of these professionals earned between $66,540 and $105,110 yearly.

Mechatronics Engineer Duties

Mechatronics engineers create and improve automated processes. For example, mechatronics engineers may review an assembly line and determine that welding processes on the assembly line are inefficient. Next, engineers may use cost-analysis to highlight an estimated amount that could be gained by improving the system. If superiors approve their project, mechatronics engineers may then use computer-aided design software to develop and test potential solutions, such as better machines or welding equipment. Once a new system has been tested and decided upon, engineers may help implement the machinery and controls.

Career Outlook for a Mechatronics Engineer

While the BLS doesn't cite a specific employment outlook for mechatronics engineers, it predicts that the employment of mechanical engineers would likely grow by 5% from 2014-2024, which is average, while opportunities for electronics engineers would decrease by 1%.

Mechatronics Engineer Education Requirements

Prospective candidates may enroll in a bachelor's degree program in mechatronics engineering, offered by colleges and universities. Requirements to enter the major typically include calculus, engineering fundamentals, and physics. Once core courses are complete, students may cover topics in circuit analysis, digital controls, and robotics. Most programs also include design and laboratory courses that allow students to test the materials used in products or processes. Graduation is often accomplished in four to five years.
Mechatronics engineers need to know how to operate computer-aided software programs to complete their work, and they should also have a solid understanding of physics, calculus, robotics, and circuitry. The U.S. Bureau of Labor Statistics predicts varying job outlooks for similar engineering positions between 2014-2024, with mechanical engineering jobs expected to see an average increase of employment opportunities, and electronics engineering roles declining in this same period.