AE engineers are the bridge between research engineers and general technical operators by creatively solving engineering problems with science and technology in front-line positions in production, engineering, management, and service. They have to comprehend, understand, and implement the design and intent of the research engineers, but also have to solve practical problems by strengthening collective collaboration. Only through their efforts can the researchers' research and development, design, planning, and decision-making be converted into material form or have a concrete effect on society.
Job Description:
Provide *** product technical support, including consulting answers, product training, on-site technical guidance, fault analysis and troubleshooting, etc.;
Responsible for the communication and information feedback between marketing department and R&D, participate in technical training and technical seminars;
Collect customer feedback, formulate the market demand, feedback to R&
Collect customer feedback, formulate market demand, feedback to R&D, track its progress and market response;
Formulate related tools and software operating instructions, product manuals and other technical documents;
Responsible for the issuance of related technical documents and organizing and categorizing them;
Assist the Sales Department to promote the company's products.
What is EQ EngineerQE is the abbreviation of English (Quality Engineer), meaning quality engineer. Engaged in research, management, supervision, inspection, testing, analysis, identification, etc. of technical quality and service quality. Quality management system organizations will set up such a department or position, responsible for quality management system standards required by the quality assurance functions, as such work is called QA. similarly, QC for the quality controller, that is, the inspector; QE for the quality engineer.
A quality engineer job description:
1, product quality, quality management system and system reliability design, research and control;
2, the organization and implementation of quality supervision and inspection;
3, quality inspection, inspection, analysis, appraisal, consulting;
4, product certification, production licenses, system Certification, auditor and assessor registration, quality inspection agencies and laboratories to assess the management of conformity assessment;
5, regulating quality disputes, and organizing the investigation and analysis of major quality accidents;
6, research and development of testing technology, testing methods, testing instruments and equipment;
7, the development of quality and technical regulations and supervise the implementation of the quality;
8, design, implementation, improvement, evaluation of quality and reliability information systems. Design, implementation, improvement, evaluation of quality and reliability of information systems.
Second, the quality of engineers to apply for conditions:
1, where the Chinese people *** and citizens of the country and foreigners allowed to work in the Chinese people *** and the country, law-abiding and with secondary school (not including secondary school, high school) education, are eligible to enroll in the quality of the professional qualification examination.
2, where the Chinese people's *** and citizens and foreigners allowed to work in the Chinese people's *** and the country, law-abiding and have one of the following conditions, can apply for the quality of professional qualification examination:
① college degree, engaged in quality professional work for five years.
② bachelor's degree, engaged in quality professional work for four years.
③ Obtain a double bachelor's degree or graduate school graduation, engaged in quality professional work for 2 years.
③ Obtain a master's degree and work in quality specialty for 1 year.
③ Obtain a doctoral degree.
3, before the release of these provisions, according to national uniform regulations have been employed as assistant engineer, engaged in quality professional work for 2 years. Before the release of these provisions, according to national uniform regulations have been employed as a series of engineering assistant engineer, engineer positions of quality professionals, can be exempted from the "quality of professional knowledge" or "quality of professional knowledge" subjects.
3, according to "on the consent of Hong Kong and Macao residents to participate in the mainland unified organization of the qualification examination of professional and technical personnel of the notice of the relevant issues" (National People's Ministry of hair [2005] No. 9), where in line with the quality of professional qualification examination of the corresponding provisions of the Hong Kong and Macao residents can be in accordance with the documents specified in the procedures and requirements of the application to participate in the examination.
4, fresh graduates to participate in the quality of professional qualification exams, in the registration, not yet obtained a diploma of fresh graduates, must be able to prove that it can graduate in the examination year of valid documents (such as student ID cards, etc.) and the school issued a certificate of graduation registration.
Third, registration time:
1, registration time is generally January (to the local personnel examination department announced time shall prevail).
2, the applicant by his own application, after the unit review and approval, bring the relevant supporting materials to the local personnel examination management organization for registration procedures. The Party Central Committee, the State Council departments, troops and units directly under the personnel, according to the principle of territorial registration for the examination.
Fourth, the subject set
Primary and intermediate examinations are set up two subjects specifically:
1, primary: "Quality Professional Knowledge", "Quality Professional Basic Theory and Practice";
2, intermediate: "Quality Professional Comprehensive Knowledge", "Quality Professional Theory and Practice".
LED engineer is whatLED engineers are probably the following
1〉Equipment engineers: responsible for production equipment maintenance and debugging, equipment selection and improvement, to a greater extent to achieve to meet the production and process requirements
2〉Made of engineers: the production process control and improvement.
3 〉 R & D engineers: that is, research and development, according to customer demand or their own design specifications to develop the use of raw materials, process specifications and so on
4 〉 Quality engineers: supervise the process, improve production quality.
Directly then ask may be too general a point, I hope you useful
SQA engineer is whatSQA engineer is a software quality assurance engineer. It is a professional tester who is engaged in reviewing and auditing software products and verifying that the software is up to standard.
Software Quality Assurance (SQA) is the process by which software testers establish a planned, systematic approach to assure management that the standards, procedures, practices, and methodologies that have been developed are correctly adopted by all projects.
The purpose of software quality assurance is to make the software process visible to managers. It verifies that the software is up to standard by conducting reviews and audits of software products and activities. The software quality assurance team is involved in establishing plans, standards, and processes together at the beginning of the project. These will enable the software project to meet the requirements of the organization's guidelines.
What is a CAM EngineerCAM (Computer Aided Manufacturing).
Simply put CAM engineers generally need:
1: understand the composition of the gerber, understand the gerber contains the meaning of each set of data
2: understand the cam software, easy and simple such as cam350, fast such as v2001, powerful such as pcrcam or ucam or genesis
3: Understand the design software, such as paotel, powerpcb, some of the basic attributes of the design software
4: to have a certain knowledge of components and circuit principle knowledge
5: to be clear about the factory's process capabilities, understand how pcb is made,
6: to understand what cam production can effectively assist the R & D department for new product
7: to understand the computer knowledge, to be able to deal with some of the computer's basic faults
8: to understand the English language, to be able to understand some of the prompts effectively and can be in the software description to find out the reason
9: to understand the programming, to be able to make up some of their own macros in order to facilitate the operation of the software
sqe engineer what
SQE (Supplier Quality Engineer) supplier of the goods and services of the company, the company has a good understanding of the process. Supplier Quality Engineer) Supplier Management Engineer
1, there must be a way to track the supplier, quality problems independently deal with the method;
2, senior positions must have cost control, quality control management of clear ideas and awareness, adhere to the principle of the bottom line;
3, the supplier's internal quality management process, and the possible problems that may arise in a corresponding way.
4, the stability of the means to ensure.
What is a SPE engineer?As far as I know SPE is the International Society of Petroleum Engineers. Specifically you can check SPE to know.
ie engineer is whatnetwork engineer, do the weak communication.
What is a pe engineerPE is Perkins elmer, Perkin Elmer Instruments Ltd,
History
Perkin & Elmer
Formerly: PerkinElmer was formed by the merger of two Standard & Poor's 500 companies, which were EG&G Inc, and EG&G Inc, which were EG&G Inc. EG&G Inc. (formerly NYSE: EGG, Wellesley, Massachusetts) and Perkin-Elmer (formerly NYSE: PKN, Norwalk, Connecticut) On May 28, 1999, a non-*** party to EG&G Inc. acquired a traditional business unit (the "Perkin-Elmer") of Perkin-Elmer for $425 million. Elmer's legacy business unit (Analytical Instruments) for $425 million and formed the new PerkinElmer Corporation under the Perkin-Elmer name. The company hired new senior management and a new board of directors. At the time, EG&G manufactured a variety of industrial products (including automotive, pharmaceuticals, aerospace equipment, and photographic equipment.) Perkin-Elmer's original board of directors and senior executives remained with the reorganized company, which was renamed PE. Perkin-Elmer's Life Sciences Division, along with its two stock-tracking business groups, Celera and Genomics (NYSE: PE), became the new Perkin-Elmer. Genomics (NYSE: CRA) and PE Biosystems (formerly NYSE: PEB) were involved in one of the most influential biotech events of that decade, the fierce competition with the Human Genome Project Association, which led to what would later become the Genome Bubble, which was part of the technology bubble.
EG&G was founded in 1931; it was founded in a Boston garage by Harold Edgerton, a professor at the Massachusetts Institute of Technology (MIT), and Kenh Germeshausen and Herbert Grier, students at MIT, and in 1946, EG&G's co-founder Harold Edgerton was awarded the Medal of Honor by the U.S. Department of War. In 1946, Harold Edgerton, co-founder of EG&G, was awarded the Medal of Freedom by the U.S. War Department for his improved flash technology that allowed for nighttime aerial photography. Over the next 30 years, EG&G led the way in the development of optoelectronics with more than 50 exclusive patents. The company was incorporated as a joint stock company in 1947 and officially named EG&G.
1937-1991: Founding years
Perkin-Elmer was founded as a partnership between Richard Perkin and Charles Elmer in 1937. Founded in 1937 as a partnership between Richard Perkin and Charles Elmer as an optical design and consulting firm, Perkin-Elmer moved into analytical instrumentation in 1944, and became a pioneer in the manufacture of Polymerase Chain Reaction (PCR) equipment in the early 1990's when Perkin-Elmer partnered with the Cetus Corporation (later Hoffmann-La Roche). (later Hoffmann-La Roche) and became pioneers in the polymerase chain reaction (PCR) equipment manufacturing industry. In the 1980s, a joint venture between PerkinElmer and MDS Sciex produced the first commercially available inductively coupled plasma mass spectrometer. In the late 2000s, PerkinElmer partnered with GE Medical Systems as its exclusive supplier of X-ray detectors for advanced medical imaging, in an effort to establish digital as the standard of care.
PerkinElmer also operated an analytical instrumentation business in Germany from 1954 until 2001, when a branch office was established at Lake Constance in Burlingame under the name Bodenseewerk Perkin-Elmer GmbH.
Perkin-Elmer was commissioned to manufacture optical components for the Hubble Space Telescope. Perkin-Elmer was commissioned to manufacture optical components for the Hubble Space Telescope. Fabrication of the primary mirror began in 1979 and was completed in 1981. However, serious disputes arose with NASA because the polishing went over budget and was not completed as planned. The primary mirror was found to have significant spherical aberration after reaching orbit on STS-31 because the zero-aberration corrector was not properly calibrated. A NASA investigation report severely criticized Perkin-Elmer for mismanagement, disregard for written quality guidelines, and lack of attention to test data that pointed to faulty calibrations.[3] The calibrated optics were then used as the primary mirror. [3] The calibrated optics were installed in the telescope during the first Hubble Telescope Maintenance and Restoration mission, STS-61. The calibration device COSTAR was fully applied to the secondary mirror and the existing instrument was replaced, so that the primary mirror still had a significant aberration.
1992-2008: A period of gradual expansion
In 1992, the company merged with Applied Biosystems, and again in 1997 with PerSeptive Biosystems. This merger brought PerkinElmer instruments for mass spectrometry, peptide synthesis, and oligonucleotide synthesis. 1998, PerkinElmer acquired Lumen Technologies, adding short-arc xenon lamps, mercury-xenon lamps, flashlamps, metal-halide lamps, mercury capillaries, electroformed xenon quartz reflectors, and aerospace illuminators to its product portfolio. On July 14, 1999, PerkinElmer, a new analytical instrument manufacturer, eliminated 350 jobs and reduced operating costs by 12% as a result of the reorganization. [2]
In 2000, PerkinElmer acquired NEN Life Science Products, adding to its product line a range of world-class radioactive reagents and instrumentation for genomics, proteomics, and new drug discovery, and in 2001, with the acquisition of Packard BioScience, PerkinElmer expanded its portfolio of analytical instruments for genomics, proteomics, and new drug discovery. With the acquisition of Packard BioScience in 2001, PerkinElmer expanded its business in automation, liquid handling and sample preparation. That same year, PerkinElmer also acquired Analytical Automation Specialists Inc., a leading provider of laboratory information management systems (LIMS), giving PerkinElmer the ability to provide valuable information tools to help customers improve laboratory productivity. In 2005, PerkinElmer expanded its existing photonics business with the acquisition of Elcos AG, adding leading light-emitting diode (LED) solutions.
In 2006, PerkinElmer sold its Fluid Science division for approximately $400 million to shift its strategic focus to the fast-growing health sciences and photonics markets. Following this sale, PerkinElmer acquired a number of leading/fast-growing small businesses, including Spectral Genomics, Improvision, Evotec-Technologies, Euroscreen, ViaCell and Avalon Instruments. Evotec Technologies, has strengthened PerkinElmer's presence in high-throughput and advanced cellular screening. However, the "Evotec-Technologies" brand remained an asset of Evotec (the former company) until late 2007, when PerkinElmer acquired a license to use it. The acquisition of Avalon Instruments expands PerkinElmer's line of molecular spectrometers.
In late 2006, PerkinElmer acquired Euroscreen Products, which gave PerkinElmer the unique and innovative AequeoScreenTM light-emitting platform for screening a large class of drug targets - G protein-coupled receptors (GPCRs).
PerkinElmer has also continued to expand its medical focus through acquisitions of clinical laboratories and services, including NTD Labs, Pediatrix, Signature Genomics, Surendra, New Wave Biologics and Visen Medical.
In July 2006, PerkinElmer acquired NTD Labs on Long Island, New York, which specialized in early pregnancy prenatal screening research.
In October 2007, PerkinElmer purchased ViaCell, Inc. with its Boston office and cord blood storage facility in Kentucky near Cincinnati. The company was renamed ViaCord.
In 2007, PerkinElmer launched EcoAnalytix(R), a revolutionary problem-solving program designed to solve the world's most pressing problems in food and consumer product safety, water quality, and sustainable energy development, ultimately creating a healthy and safe environment. The program offers a complete suite of solutions for water quality, food quality and biofuels development, including instrumentation, applied method development, product and application support, training and industry knowledge*** sharing.
PerkinElmer also continues to expand its product and service offerings through acquisitions, and in 2007, the company acquired LabMetrix Technologies and Improvision Ltd. a leading provider of cellular imaging software and integrated hardware solutions for life sciences research, headquartered in the United Kingdom.
In March 2008, PerkinElmer acquired Pediatrix Screening Laboratories (formerly Neo Gen Screening) in Bridgeville, Pennsylvania, which specializes in the screening of newborns for a variety of inborn metabolic defects such as phenylketonuria, hypothyroidism and sickle cell disease. The lab has since changed its name to Perkin. The laboratory has since changed its name to PerkinElmer Geics, Inc.
2008 - 2010: A Period of Strategic Realignment
In the fourth quarter of 2008, PerkinElmer strategically realigned its business to further shift the company's operations shifted to improving human health and environmental safety. This realignment reflects PerkinElmer's strategic mission to proactively create results that improve human health and environmental safety. To reflect the company's new strategic focus on human health and environmental safety, PerkinElmer, Inc. has changed its slogan from "Precision" to "For a Better Life".
PerkinElmer further strengthened its position with the acquisitions of Arnel Inc. in 2008 and 2009, a recognized leader in custom-designed solutions for gas chromatography applications in the petrochemical, food and beverage, and industrial hygiene markets, and Analytica of Branford, a pioneer and leader in mass spectrometry (MS) and ion source technology. PerkinElmer further strengthens its analytical capabilities.
In September 2009, PerkinElmer acquired the genetic screening business of Surendra Genetic Laboratories (Pvt Ltd.), a leading laboratory in India dedicated to the health of fetuses, pregnant women and newborns, and Xinbo, a leading diagnostics company in China, advancing the expansion of diagnostic offerings regionally and globally.
In February 2010, PerkinElmer further expanded its diagnostics business by establishing the PerkinElmer Health Screening Laboratory in Chennai, India. The laboratory uses advanced technologies to diagnose common and serious health problems in Indian mothers and babies, including: prenatal testing for Down syndrome and other inherited metabolic disorders; testing of pregnant women for pre-eclampsia, diabetes, thyroid disorders and infectious diseases; and testing of newborns for potentially fatal genetic and metabolic disorders. In addition to setting up the laboratory, the company also announced a partnership with MediScan Systems, led by Dr. S. Suresh, the company's founder and India's leading expert in fetal medicine and ultrasound.MediScan is accredited by the UK's Fetal Medicine Foundation President, Dr. Kypros Nicolaides, and is the first official Fetal Medicine Foundation in India. MediScan is accredited by Dr. Kypros Nicolaides, Chairman of the Fetal Medicine Foundation, UK and is the first official Fetal Medicine Foundation Training Center in India.
In April 2010, PerkinElmer acquired Signature Genomic Laboratories, LLC (Signature), founded in 2003 by Lisa G. Shaffer, PhD, and Bassem A. Bejjani, MD, PhD, which focuses on the treatment of patients with unknown physical disabilities and developmental disabilities. Founded in 2003 by Dr. Lisa G. Shaffer and Dr. Bassem A. Bejjani, M.D., Signature focuses on diagnostic cytogenetic testing for chromosomal abnormalities in patients with unspecified physical disabilities and developmental disorders. Signature recently launched a suite of diagnostic services for patients with leukemia.
In August 2010, PerkinElmer acquired VisEn Medical, Inc. This acquisition expanded the company's cellular imaging business, expanding the company's technology and capabilities downstream into the area of latency studies performed by academic research institutions and pharmaceutical companies.
Also in August 2010, PerkinElmer announced the sale of its Illumination and Detection Solutions (IDS) business to Veritas Capital Fund III, L.P. for approximately $500 million in cash, for which a definitive agreement has been signed by both parties. IDS, with approximately 3,000 employees and 14 manufacturing facilities worldwide, is a custom-designed, specialty lighting and sensor component, sub-sensor and component supplier. With approximately 3,000 employees and 14 manufacturing facilities worldwide, IDS is a leading global provider of custom-designed specialty lighting and sensor components, subsystems, and integrated solutions to major OEMs providing applications in the health, environmental, and safety sectors.
The business is projected to generate revenues of $300 million in 2010. The divestiture of the IDS business reduces the complexity of the Company's operations, and the Company will be able to re-invest the capital generated from the sale into more attractive human health and environmental safety end markets. human health and environmental safety end markets.
What is an APP EngineerAPP stands for Aelerated Parallel Processing. an APP Engineer is, for example, a mobile client port, an application engineer.