1, The full form of MES is Manufacturing Execution System. It’s used on Technology ,General in Worldwide

In technical terms, a manufacturing execution system is a system that connects and monitors machines and work centers on the factory floor. The main goal of an MES is to ensure successful implementation of manufacturing operations and improve production efficiency.

In today’s competitive marketplace, manufacturers like you need to know how to improve efficiency to gain an advantage. Essentially, you need to make more with less—and a manufacturing execution system (MES) can help you do just that.

Manufacturing execution systems are computerized systems used in manufacturing to track and document the transformation of raw materials to finished goods.

2, The full form of MES is Military Engineer Services. It’s used on Governmental ,Military in India

he Military Engineer Services (MES) is the premier construction agency and one of the pillars of Corps of Engineers of the Indian Army which provides rear line engineering support to the Armed Forces. It is one of largest construction and maintenance agencies in India with a total annual budget to the tune of approx Rs 13000 crores. It is responsible for creating the strategic and the operational infrastructure other than major roads, as also the administrative habitat for all three Services and the associated organisations of the Ministry of Defence. It has Pan India footprint to provide engineering support to various formations of Army, Air Force, Navy and DRDO. For this, the MES has over six hundred stations spread across the main land and the island territories of India. MES is a military organisation but has both Army and Civilian component of officers and other subordinate staff.

The organization was created over 200 years ago to execute both civil and military infrastructure. In the 18th century, the construction organisation was a part of the Army as the Public Works Department (PWD) manned by the Indian Corps of Engineers was created under the control of a Military Board. By 1851, the PWD came under the civil control but was responsible for both civil and military works. In 1881, The Military Works branch of PWD was segregated and transferred to the Military Department. The Military Works Services headed by a Director General came into being in 1889.

The “Army in India” Committee (1919-20) placed the Military Works under the Quarter Master General and the Sappers and Miners under the Chief of the General Staff. The two engineering wings were combined under the Engineer-in- Chief. The MES was formed in December 1923 with the Engineer-in- Chief as the Head. Initially, it comprised of personnel exclusively from Corps of Engineers, but later attained composite character by inducting civilians. Post- independence the post of DGW was created and the service was organized under the Chief Engineers Zones in 1964.

The MES Works Procedure has evolved out of the experience gained over a long time. In 1947 it was known as the “Army Works Procedure” and remained in force till 1968. In 1963 an Emergency Works Procedure was promulgated to meet the emergent requirements prevailing in the country at that time. In 1968, both these works procedures were superseded by the issue of the “Revised Works Procedure”. The first Defence Works Procedure (DWP) was issued in Jun 86 and came to be known as DWP 1986. In 2004, MoD constituted a committee under Additional Secretary to revise the DWP 1986. The revised DWP 2007 was issued on 21 Jun 07 and continues till date.

The MES functions under the overall control of the Engineer-in- Chief, who is the advisor to the Ministry of Defence and the three Services on operational and peace time construction activities. The Military Engineering Services are responsible for the design, construction and maintenance of all infrastructure assets of the Army, Navy and Air Force. It is structured to design works which are executed through contracts under the supervision of officers and staff consisting of both civilians and combatants from the Corps of Engineers. It has an integral multi-disciplinary team of architects, civil, electrical and mechanical engineers, structural designers, quantity surveyors and contract specialists for planning, designing and supervision of works. The civilian cadres consists of four main cadre i.e. Engineering, Surveyor cadre, Architect and BSO (all being qualified engineers) and an Administrative cadre. All human resource issues such as recruitment, training, posting and promotion in respect of the officers and the subordinate staff are dealt through different HQs under the guidelines of Engineer-in- Chiefs Branch/ IHQ MoD.

3, The full form of MES is Muslim Educational Society. It’s used on Academic & Science ,Universities & Institutions in India

MES is a community organisation run under the Societies Act, with the objective of educational, social and cultural upliftment of Indian Muslims

The last five decades have been witnessing a remarkable and glorious transformation in the educational upbringing of the Muslims in Kerala, traditionally the most backward community in education. The driving force behind this envious achievement has been the committed and tiring toil of THE MUSLIM EDUCATIONAL SOCIETY (MES).

The movement started under the great leadership of late Dr. P.K.Abdul Gafoor in 1964 at Calicut, wholeheartedly supported by a large number of professionals and businessmen and in a short span of time this great movement had its branches spread to all districts in Kerala. As on today, it is the largest Educational organization in our nation with a strength of more than 20,000 active members, 85,000 students and staff members numbering 15000. It not only has Units in each and every District of Kerala, but also has stretched to neighbouring states as well to the Middle East countries.

4, The full form of MES is 2-(N-Morpholino)ethanesulfonic Acid. It’s used on Academic & Science ,Chemistry in Worldwide

MES is the common name for the compound 2-(N-morpholino)ethanesulfonic acid. MES is used as a buffering agent in biology and biochemistry.

5, The full form of MES is Marine Evacuation System. It’s used on Transport & Travel ,Water Transport in Worldwide

A marine evacuation system (MES) is a very unique evacuation arrangement which allows the people on ships to get into the positioned carling floats during time of emergencies. The most important advantage of having a marine evacuation system on a ship is that the people can get into the floats without getting soaked in the water or facing any danger and can save precious time which could make the entire difference between life and death.

Such MES is largely used in cruise ships and other types of passenger vessels. This aspect has lent another albeit lesser known name to the system – the cruise ship evacuation system. The marine evacuation system on any kind of ship is as per the Safety of Life at Sea (SOLAS) standards.

6, The full form of MES is Marconi Electronic Systems. It’s used on Business ,Companies & Corporations in United Kingdom

Marconi Electronic Systems (MES), or GEC-Marconi as it was until 1998, was the defence arm of The General Electric Company (GEC). It was demerged from GEC and bought by British Aerospace (BAe) on 30 November 1999 to form BAE Systems. GEC then renamed itself Marconi plc.

MES exists today as BAE Systems Electronics Limited, a subsidiary of BAE Systems, but the assets were rearranged elsewhere within that company. MES-related businesses include BAE Systems Submarine Solutions, BAE Systems Surface Ships, BAE Systems Insyte and Selex ES (now a part of Leonardo S.p.A.).

• Founded: 1897
• Acquisition date: 1999
• Ceased operation: Nov 30, 1999
• Headquarters: Chelmsford, England
• Parent organization: General Electric Company plc