#instrument calibration in San Diego

[biotechserv]

The Importance of Instrument Calibration for Accurate Results

Every laboratory owner and staff are aware of the term calibration. As soon as an instrument or equipment is purchased, its calibration is certain because it is integral to keeping the instruments consistent.

While instrument calibration sounds vital, are you aware of its importance? Why does every instrument go through this elaborate process, and why do calibration laboratories advise you to calibrate your instruments religiously?

But instrument calibration is a non-disposable process which will be further elaborated in this guide.

If you are looking for a professional and experienced calibration laboratory for instrument calibration in San Diego, look no further than Biotechnical Services Inc., which consistently provides the best calibration services in town and around CA.

Contact now!

What Is Instrument Calibration?

A laboratory houses different types of equipment and instruments. All of these various instruments are used in one process or another. For example, they might be important for measuring pressures, temperatures, humidity, weights, mass, etc. While these readings are of utmost importance to the lab, what is the probability that the readings you scribbled on your pad are accurate? How do you ascertain that the instrument is performing accurately?

Another thought that might pop up in your mind is that a tiny difference won’t cause significant damage, but this thought must be banished.

If you work in a testing lab or a chemical lab, you must be well aware of the importance of the accuracy of quantities. Even a drop more can create havoc. Thus, the reliability and consistency of lab instruments for accurate results are ensured with instrument calibration.

Instruments calibration refers to the process of measuring the true value of the instruments against the standard values. For example, a 100-gram weight must weigh 100 grams, but its accuracy is compromised if it weighs only 95 grams. Therefore, standard weight is used to measure its accuracy, which weighs accurately and ensures the accuracy of the instruments under calibration.

In short, it is the process of recording any differences between actual readings against standard readings that are generally accepted.

Which Laboratory Instruments Require Calibration?

Every instrument that produces data for research or production requires calibration. The list includes:

Pipettes

Scales

Balances

pH meters

Pressure gauges

Centrifuges, etc.

Importance of Instrument Calibration for Accurate Results

Here are some reasons why instrument calibration is important and how the accuracy of results relies on regular calibration.

Proper Upkeep of Instruments

A laboratory houses hundreds of instruments, and it is a huge investment. So, naturally, some instruments are costlier than others. But some instruments, while being small, play a significant role in research. But if these instruments are not calibrated on time, they are worthless because an instrument is useful as long as it is accurate, which is ensured by instrument calibration.

Reliability

While it is easy to argue that your instruments provide accurate results, reliability can only be assured by proof in calibration certificates. Instrument calibration ensures that the instruments have been calibrated and offer reliable measurements.

Quality Assurance

Different clients have different requirements, and they require quality assurance. Instrument calibration offers quantitative data and records proving that the laboratory adheres to the safety and other regulations to offer the quality needed.

Cost Saving

Instrument calibration sounds like an expense, but it is an investment. It is the upfront cost you pay to avoid legal actions and costly consequences resulting from defective products and results. It also saves your reputation and establishes you as a responsible laboratory. It also ensures long-term customer relationships.

Importance of a Professional Calibration Laboratory

Instrument calibration is not a joke. Today, many instruments come with an automatic calibration switch that calibrates instruments with a mere press of a button. But not all instruments can be automatically calibrated, and you need to employ a professional and experienced calibration laboratory onboard. Read the points below to learn the importance of hiring a calibration laboratory.

Proper Care of Instruments

The multitude of instruments requires customized care and calibration. These are your valuable investments, and you must only entrust the responsibility to the hands of a certified laboratory. They will look after your instruments properly and will help lengthen your instruments’ lives.

Accuracy Cannot Be Compromised

While you can choose a non-certified calibration lab, it must be understood that measurement accuracy cannot be compromised and should not be at any rate. With a non-certified lab, there is a greater possibility of inaccurate calibration, which risks future measurements.

A Wider Range for Instrument Calibration

Certified experienced like Biotechnical Services Inc. have a more comprehensive range of testing equipment for instrument calibration. Also, we offer calibration to different industries, which house various equipment and instruments.

Plus, if you hire a lab that can only calibrate a certain type of instrument, you must hire multiple laboratories. It is a waste of time and resources.

Economic Advantages

Hiring an accredited laboratory for instrument calibration in San Diego is more economical than a non-accredited and non-certified one. Many laboratories often offer you a lesser quote and, later, come up with hidden costs. It is not true that every laboratory that charges you more is trustworthy.

But you must also consider the repair costs in mind, which might be required in case of improper calibration.

Biotechnical Services for Instrument Calibration in San Diego

Biotechnical Services Inc. was formed to offer quality products and services to various industries requiring laboratory equipment, accessories, and calibration services.

Instrument calibration is one of the services we offer. We take pride in the fact that we are an accredited calibration laboratory that has been working for decades and has built a name around California, Arizona, and Nevada. Our area of work extends to multiple cities.

For quality instrument calibration in San Diego, contact us today!

Original Source: https://www.biotechserv.com/the-importance-of-instrument-calibration-for-accurate-results/

[enterprisewired]

NASA’s Psyche Spacecraft Achieves Milestone in Laser Communication

NASA’s exploration frontiers have been pushed further as the Psyche spacecraft accomplished a pioneering feat in space communication, marking a significant breakthrough for the agency.

Revolutionary Laser Transmission

In an unprecedented move, a near-infrared laser, carrying encoded test data, traveled an astonishing distance of nearly 10 million miles from NASA’s Psyche spacecraft and relayed back to Caltech’s Palomar Observatory in San Diego County, California.

Leaps Beyond Previous Distances

This groundbreaking transmission surpasses distances by a magnitude, measuring 40 times farther than the Earth-Moon distance, setting a remarkable benchmark. Comparatively, recent space missions, like SpaceX’s Starship, reached around 93 miles into space.

Successful “First Light” Transmission

NASA experiment sends 1st-ever data via laser far beyond Moon

The historic laser transmission occurred on November 14. Psyche’s advanced laser transceiver, capable of sending and receiving near-infrared signals, established a connection with an uplink laser sent from NASA’s Jet Propulsion Laboratory (JPL) in California.

With the assistance of the uplink laser, Psyche’s transceiver directed its downlink laser back to Caltech’s Palomar Observatory. Automated systems meticulously calibrated the transceiver’s alignment both onboard and at ground stations.

Advancing Solar System Data Transmission

NASA heralded this accomplishment as a critical stride towards enhancing data transmission across the vast expanse of the solar system. While the agency has relied on radio frequencies for spacecraft communication, this marks the first instance of transmitting information over such expansive distances using lasers.

Mission Objectives and Significance

The Psyche spacecraft, launched aboard SpaceX’s Falcon Heavy rocket in October, embarks on a mission to explore a metal-rich asteroid. This mission falls under NASA’s Deep Space Optical Communications (DSOC) experiment.

Trudy Kortes, NASA’s director of Technology Demonstrations, emphasized the significance of achieving this “first light” milestone. It’s part of a series of pivotal steps for DSOC, aiming to pave the way for high-data-rate communications capable of transmitting scientific information, high-definition imagery, and streaming video—supporting the vision of human exploration on Mars.

Potential for Revolutionary Data Rates

DSOC’s ambition is to demonstrate data transmission rates 10 to 100 times faster than current radio frequency systems. While both radio and near-infrared laser communications use electromagnetic waves, near-infrared light significantly densifies data, enabling ground stations to receive more information.

This groundbreaking achievement sets the stage for future space exploration endeavors, promising higher-resolution scientific instruments and transforming the landscape of interstellar data transmission.

Curious to learn more? Explore our articles on Enterprise Wired

[ipsus]

San Diego Calibration Lab

Our Focus Is On GMPs.

No calibration service provider is as focused on cGMPs as we are. Our quality system is designed to meet the specific needs of the pharmaceutical and biotech industries. All of our employees are provided cGMP training facilitated by external organizations, as well as in-house training, to ensure that our operations meet the demanding needs of regulatory compliance in support of life sciences companies.

San Diego Calibration Lab

Disciplines

Pressure

Temperature

Relative humidity, dew point

Electronics

pH

Gas Flow

Liquid Flow

Dimensional

… and more!

On-Site Calibration

We provide calibration support at your facility. We can support companies of widely differing needs: do you need our services only twice a year for a few instruments, or do you need multiple technicians on-site every day? We can handle your needs.

Lab Services / Off-Site Calibration

Specialized test and measurement equipment is calibrated in either of our 3 calibration laboratories. Instruments that are in this category include DMMs, ultra-low vacuum, RH standards, reference pressure instruments, and UV photometric standards, to name a few.

Tell Us Your Individual Needs. We'll Make It Happen.

Our clients know and love our flexibility. We work with startups, Fortune 500s, and everyone in-between.

We’re here for you at every stage of your growth, creating the exact solution you need. Reach out now – we’d love to help. Call Today 650-595-7890

Service so good – it will make you look great. When you email or call – we respond quickly, thoroughly, and with care. We believe your success is pivotal to our own.

We treat your company with the level of urgency and care we treat our own.

[bountyofbeads]

Their Mothers Chose Donor Sperm. The Doctors Used Their Own. https://www.nytimes.com/2019/08/21/health/sperm-donors-fraud-doctors.html

Their Mothers Chose Donor Sperm. The Doctors Used Their Own.

Scores of children born through artificial insemination have learned from DNA tests that their biological fathers were the doctors who performed the procedure.

By Jacqueline Mroz | Published August 21, 2019 Updated 3:47 p.m. ET | New York Times | Posted August 21, 2019 4:36 PM ET |

Growing up in Nacogdoches, Tex., Eve Wiley learned at age 16 that she had been conceived through artificial insemination with donor sperm.

Her mother, Margo Williams, now 65, had sought help from Dr. Kim McMorries, telling him that her husband was infertile. She asked the doctor to locate a sperm donor. He told Mrs. Williams that he had found one through a sperm bank in California.

Mrs. Williams gave birth to a daughter, Eve. Now 32, Mrs. Wiley is a stay-at-home mother in Dallas. In 2017 and 2018, like tens of millions of Americans, she took consumer DNA tests.

The results? Her biological father was not a sperm donor in California, as she had been told — Dr. McMorries was. The news left Ms. Wiley reeling.

“You build your whole life on your genetic identity, and that’s the foundation,” Ms. Wiley said. “But when those bottom bricks have been removed or altered, it can be devastating.”

Through his attorney and the staff at his office, Dr. McMorries declined to comment.

With the advent of widespread consumer DNA testing, instances in which fertility specialists decades ago secretly used their own sperm for artificial insemination have begun to surface with some regularity. Three states have now passed laws criminalizing this conduct, including Texas, which now defines it as a form of sexual assault.

Dr. Jody Madeira, a law professor at Indiana University, is following more than 20 cases in the United States and abroad. They have occurred in a dozen states, including Connecticut, Vermont, Idaho, Utah and Nevada, she said, as well as in England, South Africa, Germany and the Netherlands.

According to the Dutch Donor Child Foundation, DNA testing has confirmed that a fertility specialist, Dr. Jan Karbaat, fathered 56 children, born to women who visited his clinic outside Rotterdam. Dutch authorities closed his practice in 2009, and he died in April 2017 at age 89.

An attorney for Dr. Karbaat’s family said they had no comment on the allegations and emphasized that the cases are decades old.

“Thirty years ago, people looked at things in very different ways,” said J.P. Vandervoodt, a lawyer in Rotterdam. “Dr. Karbaat could have been an anonymous donor — we don’t know that. There was no registration system at the time.”

In June, the College of Physicians and Surgeons of Ontario revoked the license of a fertility specialist in Ottawa, Dr. Norman Barwin, 80, and reprimanded him for repeatedly using the wrong sperm — including his own — in artificial insemination procedures over decades.

The college found that he had inseminated at least 11 women with his own sperm. In addition, scores of donor children claim they were conceived with the wrong sperm at Dr. Barwin’s clinic, though not the doctor’s.

He told one woman that he had used his sperm to calibrate a clinic instrument and that this contamination explained her conception. The college called that unbelievable and his actions “beyond reprehensible.”

“His actions will continue to have repercussions for his patients and their families in perpetuity,” said Carolyn Silver, general counsel at the college.

Dr. Barwin and his lawyers did not return calls for comment.

In the past, patients had little reason to suspect fertility doctors to whom they had entrusted one of medicine’s most intimate tasks, said Dov Fox, a bioethicist at the University of San Diego and the author of “Birth Rights and Wrongs,” a book about technology and reproductive law.

“In a word, gross,” he said of the cases. “In a couple more: shocking, shameful. The number of doctors sounds less like a few bad apples and more like a generalized practice of deception, largely hidden until recently by a mix of low-tech and high stigma.”

Fertility fraud

Dr. Donald Cline, a fertility specialist in Indianapolis, used his own sperm to impregnate at least three dozen women in the 1970s and 1980s, according to state prosecutors. Based on DNA testing, 61 people now claim he is their biological father.

Dr. Cline, who retired in 2009, pleaded guilty to two felony obstruction of justice charges and admitted that he had lied to state investigators. He surrendered his medical license and was given a one-year suspended sentence.

Calls to Dr. Cline’s lawyer were not returned.

Prosecutors said they were not able to press for a tougher sentence for a simple reason: In Indiana, as in most states, there were no laws prohibiting this conduct.

In May, Indiana passed a law that makes using the wrong sperm a felony and gives victims the right to sue doctors for it. Patients may sidestep the statute of limitations in these cases, bringing legal action up to five years after the fraud is discovered, rather than after it took place.

That provision is significant to accusers, because those who discover the identity of their biological fathers in these cases are usually adults.

Cases of so-called fertility fraud have prompted other states to enact similar laws that allow patients and children to pursue legal remedies from so-called doctor daddies.

After discovering the identity of her biological father, Ms. Wiley pressed for a similar law in Texas, meeting with legislators to demand better accountability of what she saw to be a grossly unregulated industry.

In June, Texas passed its own fertility-fraud law, and it goes further than those in Indiana and California. If a health care provider uses human sperm, eggs or embryos from an unauthorized donor, the law identifies the crime as a sexual assault. Those found guilty must register as sex offenders.

The bill passed unanimously in the state Legislature.

“It was a very compelling story of deception, and we’re seeing more and more cases of assisted reproduction being used improperly,” Stephanie Klick, a Republican state representative and a sponsor of the bill, said of Ms. Wiley’s experience. “We need to make sure that what happened doesn’t happen again.”

Some experts believe the measure is extreme. “Sexual assault is a step too far,” said Judith Daar, dean of the Chase College of Law at Northern Kentucky University. “Using that language, and imposing the ramifications that assault imposes, is highly problematic and more harmful than helpful.”

The Texas law applies when a health care provider uses his own sperm or the sperm of a donor other than the one the patient selected. But could a doctor or clinic nurse be convicted of sexual assault if the wrong sperm were provided in a mix-up?

“If a physician is rushed and inattentive, and grabs the wrong vial, a jury might find that the physician knew or should have known that the material was not what the patient selected,” said Ms. Daar, who leads the ethics committee of the American Society for Reproductive Medicine.

If a simple mix-up could result in conviction as a sexual predator, she fears fertility doctors in Texas may stop practicing.

Ms. Klick, the Texas legislator and a nurse, believes that this form of deception does constitute assault.

“There’s a physical aspect to it — there is a medical device that is being used to penetrate these women to deliver the genetic material,” she said. “I equate it with rape, because there’s no consent.”

“It’s creepy,” she added. “It violates so many different boundaries on a professional level.”

Doctor knows best?

A few years ago, Marenda Tucker, 36, took a DNA test to find out more about her heritage.

Ms. Tucker, a mother of four, who lives in Oregon, knew that she had been born through sperm donation. According to her mother, the doctor said he had used an anonymous sperm donor from the South.

The DNA test matched her to relatives of the doctor himself. “Once I had the matches, I realized it was the doctor, and I was like, yuck, gross,” she said. “When I talked to my mom about it, she felt violated.”

“Until now, I’ve been able to handle what life has thrown at me,” she added. “But this was this weird identity crisis.”

Reached by phone by a reporter at his home in Little Rock, Ark., with questions about Ms. Tucker’s conception, the retired physician, Dr. Gary Don Davis, said: “Well, that’s surprising. Let me check on that. Goodbye.”

Further attempts to reach him were unsuccessful, and he died in June.

Why would doctors secretly substitute their sperm for that of a donor, or even a husband?

Dr. Madeira, the law professor who has been tracking many of these cases, said that some specialists may simply have thought it was smart business. Frozen sperm was not the recommended medical standard until the late 1980s, and many physicians may not have had ready access to sperm when patients sought help.

“They could have self-justified their malfeasance in an era of ‘doctor knows best,’” Dr. Madeira said. “In their minds, they may just have been helping their patients by increasing their chances of getting pregnant with fresh sperm for higher fertilization rates.”

But others, she speculated, may have had darker motivations. “I would bet a lot of these doctors had power reasons for doing this — mental health issues, narcissistic issues — or maybe they were attracted to certain women,” she said.

Confronted with the test results, Dr. McMorries acknowledged in a letter to Ms. Wiley that he had mixed his sperm with that of other donors in order to improve her mother’s chances of conception. Laws regarding “donor anonymity” prevented him from telling her, he wrote.

“The thinking at that time was that if the patient got pregnant, there was no way to know which sperm affected the conception,” he wrote.

Before the doctor’s confession, Ms. Wiley believed she had already found the man who donated the sperm from which she was conceived: Steve Scholl, now 65, a writer and publisher in Los Angeles.

“We started this beautiful father-daughter relationship — he officiated at my wedding,” she said. “My kids call him Poppa.”

After learning the truth, she told Mr. Scholl that she wasn’t his biological daughter. He was stunned.

“It took me a while to process,” he recalled in an interview. “We felt so much like we’d found each other. We didn’t know how the reproductive industry worked. But very quickly, we both decided not to let this change anything for us.”

Ms. Wiley still calls him Dad.

[ects6190csusbcritchfield]

Dale Critchfield, ECTS 6190 S22 Assignment CA1 Blog, February 6, 2022

Candidates will establish a blog using a free site of their choice and write an introduction that includes a brief history of their work and teaching experience. They will identify their subject matter, the type of institution in which they teach, the age and demographics of their students, and their educational goals. They will post their 519 assignments on this blog and provide a link to the blog to the instructor. The instructor will send a list of blog addresses to the class-at-large for peer review and discussions.

Dale Critchfield

Automotive Emission Test Specialist, California Air Resources Board (CARB) since February 1, 2021. Automotive Instructor of 22 years for Riverside County Office of Education 1998-2019, licensed with the State of California BAR Emission Testing and Repair since 1984, experienced working in automotive repair facilities in areas from Los Angeles to San Diego California in the capacities from Technician level to District Management, Instructor levels in Instruction, Program Management, Testing, Repair and Customer Service.

Experience

California Air Resources Board Riverside County Office of Education, Riverside Ca. De La Fuente Cadillac, El Cajon, Ca., Marven K. Brown Cadillac, San Diego, Ca. Andy Granateli's Tune Up Masters, Woodland Hills, Ca. Hoag Memorial Hospital, Newport Beach. Fairview State Hospital, Costa Mesa, Ca.,

Education

Graduate Student CSUSB Career and Technical Education, BA Career and Technical Education, College OF Education with teaching credentials in CTE and Designated Subjects of Instruction of Transportation, Automotive Mechanics. OCC, SDCC, RCC, CSUSB, CSUS.

• Knowledge of current principles and practices of automobile repair and technology, including CARB Automotive Emission Testing with Instrument Calibration, California state and local automobile policies, procedures, and codes; plus BAR smog check procedures • Proficiency with Microsoft Office Suite and system maintenance applications • Strong initiative and ability to learn quickly • Strong problem-solving and follow-through skills • Ability to read, analyze, and interpret general business correspondence • Ability to switch rapidly among multiple ongoing tasks • Ability to operate automotive vehicle, possess current valid California driver’s license, and be acceptable to FCCC insurance carriers. • Ability to make daily deposits of fees received from consumers.

Activities

SEIU Local 1000, California Teachers Association (CTA), Automotive Service of Excellence (ASE), SkillsUSA California Bureau of Auto Repair California (BAR), California Automotive Resource Center (CalARC), California Teaching Credentialing (CTC), NHRA AYES

[shreyas-inkwood]

Expanding Portfolio Sustains the Players in the Global Liquid Biopsy Market

Inkwood Research estimates rapid traction for liquid biopsy as an alternative or supplement for tissue biopsy applications like cancer, transplant medicine, and reproductive health. The progression of the global market is backed by the prevailing cancer cases, advantages over solid tumor biopsy, demand for minimally invasive procedures. In addition, favorable government initiatives are also contributing to the market’s revenue growth.

Prominent Companies of the Global Liquid Biopsy Market:

1. QIAGEN NV

Qiagen is a German-based provider of assay technologies for molecular diagnosis headquartered in Hilda, Germany. Merged under the Dutch reserve Qiagen NV, it operates worldwide with its corporate headquarters in Venlo, Netherlands. The company provides products such as GeneReader NGS System, GeneRead DNA FFPE Kit, GeneReading Sequencing Q Kits. Its regional headquarters are situated in Maryland and Shanghai for North America and Asia, respectively.

2. BIOCEPT

Biocept is a leading provider of liquid biopsy services headquartered in San Diego, California, United States. Its products include CEE-Sure BCT, Target Selector ctDNA EFGR Kit, and Target Selector NGS panels. It offers assays for breast cancer, prostate cancer, colorectal cancer, gastric cancer, non-small cell lung cancer, etc. The company serves cancer diagnostics assays to oncologists, and its OncoCEE platform modifies rare cell capture and analyses methods.

3. ROCHE DIAGNOSTICS LTD.

Roche Diagnostics Corporation is the diagnostic division of Hoffman La-Roche headquartered in Basel, Switzerland. Its product portfolio includes Oncology Biomarker, Mabthera (rituximab), Herceptin (trastuzumab), Erivedge (vismodegib), Vesaroid (tretinoin), Xeloda (capecitabine), etc. The company is the world’s largest biotech company and has the majority stake in Chugai Pharmaceutical, Japan. Genetech, a biological corporation, is a member of the Roche Group.

4. FISHCER MEDICAL TECHNOLOGIES LLC

Fischer Medical Technologies is headquartered in Broomfield, Colorado, the US. The products provided by the company are Bloom2 and BloomR classic used by electrophysiologists. The company also develops technologies for the improvement of imaging systems.

5. PLANMECA OY

Planmeca Oy is a Finnish manufacturer headquartered in Helsinki, Finland. It manufactures products into four categories, namely dental units, imaging, CAD/CAM solutions, and software applications. Planmeca ProMax 3Ds, one of its products, is a unit designed to obtain complete information about the patient’s anatomy.

6. BOSTON SCIENTIFIC CORPORATION

Boston Scientific Corporation is an American company headquartered in Marlborough, Massachusetts, United States. The products include DYNAGENTMX4 Cardiac Resynchronization Therapy Defibrillator (CRT-D), Dreamwire High-Performance Guidewire, The iLab System. The company has its operational bases in America, Europe, Middle East, Africa, and the Asia Pacific.

7. COOK GROUP INC.

Cook Group Inc. is a private American company headquartered in Bloomington, Indiana, USA. The company researches minimally invasive medical technologies, and its products include catheters, needles, dilators, retractors, Acrobat Calibrated Tip Wire Guide, 6 Shooter Saeed Multi-Band Ligator, Ampaltz Fixed Core Wire Guide. Cook Pharmia LLC is the subsidiary acquisition of the Cook Group.

8. CINTEC MEDICAL LTD.

Cintec is a medical device company headquartered in Haifa, Israel. The various ranges of products include compression paddles, optical markers, label printers, stereotactic biopsy systems, etc. It specializes in mammography and biopsy systems used for the early detection of breast cancer. Its product DIGIMAM stereotactic is a non-surgical alternative for breast biopsy.

9. AD-TECH MEDICAL INSTRUMENT CORPORATION

Ad Tech Medical Instrument Corporation is a medical device company headquartered in Racine, Wisconsin, the US. It has nurtured the reputation of innovative designs, quality-driven performance, and efficiency in the field of neuro-monitoring and neurosurgery. The products include subdural electrodes, brain biopsy needles, and placement instruments, depth electrodes, along with devices such as sphenoidal electrodes and multiple subpial transections.

10. BECTON, DICKINSON AND COMPANY

Becton, Dickinson and Company is a medical technology company headquartered in Franklin Lakes, New Jersey, US. It operates in North America, Latin America, Europe, Middle East, Africa, and the Asia-Pacific. Its products include BDHyFlow, BD intervia autoinjector, BD Hylok, and BDHyflow. The acquisitions by the company have strengthened its product portfolio. It is divided into two segments, namely BD Medical and BD Life Sciences.

Overview

The competitive rivalry in the global liquid biopsy market is evaluated to be medium to high. Thus, every company is trying to expand its portfolio to sustain the competition. Also, since the product offerings have similarities with minor variances in capability, design, and efficiency, the market will witness regular developments.

[internationalbestprocess]

International Process Solutions

International Process Solutions (IPS) is a global leader in delivering certified, reliable, innovative, and cost-effective services related to the measurement of materials and components, with an aim to consistently maintain performance and output. With continued technological developments, there is an increasing need to upgrade or replace equipment, which in turn require calibration and testing.

To cater to this growing demand for services, IPS has started offering its customers both analytical and corrective engineering services based on internationally accepted benchmarking. For any business process, there are many critical factors involved. An effective and smooth functioning factory can only be attained if the measurement of raw materials and final products are properly monitored and controlled. With over 35 years of experience, International Process Solutions offers complete solutions for all calibration needs. With the help of analytical and corrective instruments, it ensures precision and accuracy, enabling businesses to achieve and maintain high-quality performance. Read more https://ips-us.com/lab-locations/san-diego-calibration-lab/

It also helps them in improving productivity, efficiency, and operational productivity. The solutions provided by International Process Solutions include calibration, verification, and re-calibration services for a wide range of analytical and corrective instruments including material testing, material analysis, strain gages, material type testing, and other related tools. One of the important tools used for quality system audits is the Liquid Flow Calibration System (LFCS). The patented, fully automatic Liquid Flow Calibration System (LFCS) is an accurate and reliable method for measuring performance based on data from a variety of sources and performing quality system audits.

The system not only allows companies to perform quality system audits and perform corrective actions according to the requirements of international quality systems but also reduces company costs. The highly reliable and consistent results of the Liquid Flow Calibration System provide guaranteed results as per international standards and help in improving company profitability.

[mtamar2020]

Instrumentation Technician II

Job title: Instrumentation Technician II Company: Katalyst Healthcares & Life Sciences Job description: experience with ISO 9001:2008, 10012, 17025 or 13485 required. Requires a strong working knowledge of calibration principles… Expected salary: Location: San Diego, CA Job date: Sun, 25 Jul 2021 05:29:27 GMT Apply for the job now!

[ankocalibration-blog]

WEISS INSTRUMENTS Calibration Lab in San Diego

WEISS INSTRUMENTS Calibration Lab in San Diego

Anko Test Equipment Calibration offers WEISS INSTRUMENTS calibration routine maintenance of precision measuring equipment by WEISS INSTRUMENTS in San Diego. As a professional metrology enterprise in business since 1990, our intent has continued to be one-stop convenience by means of servicing electronic, RF and microwave, mechanical and dimensional, and environmental disciplines. Anko specialists…

[harshalblogs-blog]

Optically Pumped Magnetometers Market By Leading Manufacturers and Product Types With Region By 2027

Optically Pumped Magnetometers Market – Introduction

A magnetometer measures the strength, direction or relative change in magnetic field at a specific location. Magnetometers are divided into two categories – vector magnetometers that measure the value of magnetic flux density in a specific direction and scalar magnetometers that measure the magnitude of the vector traveling through the sensor without determining the direction. Another type of magnetometer, optically pumped magnetometer measures the total magnetic field intensity by observing the precession frequency of magnetic atoms.  It quantifies small magnetic fields that are generated when muscles contract. OPMs are compact devices used for measuring the zero-field level crossing resonance of spin-polarized rubidium atoms.

Demand for optically pumped magnetometers has been on a surge, in light of the competency of the devices to determine low magnetic field in the medical sector. Technological leaps leading to high performance has in turn augmented their use in the spacecraft as ionized gas magnetometers. Additionally, the use of OPMs in earthquake research, archeology, and volcanology applications have been contributing to the expansion of the optically pumped magnetometers market.

To obtain all-inclusive information on forecast analysis of global market, request a PDF brochure here.

Optically Pumped Magnetometers Market – Competitive Landscape

Honeywell International Inc.

Founded in 1906, Honeywell International Inc. is headquartered in Wabash, Indiana. The American conglomerate boasts its competency in manufacturing sensors, thermostats, air cleaners, dehumidifiers, and security alarm systems and operates in the aerospace industry, engineering services, consumer products, and commercial products.

Tristan Technologies Inc.

Incorporated in 1991, Tristan Technologies is based in San Diego, CA. The company specializes in designing and manufacturing of laboratory as well as custom SQUID systems. It occupies a manufacturing facility of over 3000 square feet in Sorrento Valley that possesses a specialized manufacturing capability and engineering expertise.

Cryogenic Limited

Cryogenic Limited possesses an experience of over 30 years and occupies a leading position as a supplier of high field superconducting magnets as well as low temperature measurement systems, operating without liquid helium. The company offers a broad array of products – measurement options, SQUID Magnetometer, Custom Research Systems, Liquid Helium Systems, Quantum Hall Resistance, and Cryogen Free Measurement System, among others.

VectorNav Technologies

Incorporated in 2008, VectorNav Technologies is located in Dallas, Texas. The company is a forerunner in innovating and manufacturing embedded navigation solutions by leveraging GPS/GNSS technology and MEMS inertial sensor. It addresses the complex and ever-evolving demands ascending from the military and industrial sectors by developing excellent solutions.

Scintrex Geoscientific Sensors

Founded in 1967, Scintrex Geoscientific Sensors is based in Canada. The company engages in the development, manufacturing, and sales of geoscientific sensors and solutions for mining, oil and gas, academic, archeological, and environmental industry. It possesses a vast product line of magnetometers and gravity meters made for the sea, air, and land.

Some of the key players operating in the global optically pumped magnetometers market with significant developments include Gem Systems Advanced Magnetometers, Geometrics, Marine Magnetics, Scintrex Limited, Honeywell International, Inc., Cryogenic Limited, VectorNav Technologies, and Tristan Technologies, Inc.

For more actionable insights into the competitive landscape of global market, get a customized report here.

Medical Industry to Sustain the Growth of Optically Pumped Magnetometers

Demand for measuring the small magnetic field generated by the bodily movement in the medical industry has been gaining grounds for optically pumped magnetometers. Novel approach taken by these devices aid in a comprehensive assessment of nerve innervation and turns out suitable for diagnosing spinal cord lesions and neuromuscular diseases. Additionally, difficulty in the examination of deep muscles can be tackled by employing optically pumped magnetometers, which is likely to uphold their market growth in the upcoming years.

Demand for Accurate Devices in Space Applications to Underpin the Sales of Optically Pumped Magnetometers

There has been an evident rise in the demand for optically pumped magnetometers in space applications, where accuracy is of utmost importance for avoiding accidents. Use of helium ionized gas magnetometers have been adopted to measure the direction and strength of magnetic lines around the heavenly bodies and calibrates fluxgate instruments to achieve accurate readings. Conventional magnetometers are susceptible to radiation damage and temperature fluctuations, which impacts the readings. As a result, the effectiveness of these devices has managed to appeal to the stakeholders of the space industry and optically pumped magnetometers market is anticipated to grow in the forthcoming period.

[biotechserv]

Best Practices to Maintain the Quality of Your Lab Equipment

To ensure accurate and reliable test results, your lab equipment in Los Angeles must be of high quality. This article looks at some of the best practices you can employ today to improve your lab’s reputation. Let’s dive in.

1.   Read and Understand the Manual

Before using any lab equipment, ensure to read the manual. While it might not be available directly, referring to the manufacturer’s website can help. Alternatively, you can contact the manufacturer directly. Besides, we’d advise compiling a list of manuals. It is crucial since it can help you during training or troubleshooting.

Benefits of Reading a Manual

Helps in Setting Up Lab Equipment

It is the chief reason you should read an instrument’s manual. It enables you to set up the equipment easily. And in case of any issues during installation, you can resolve them by referring to the manual.

It Helps You Understand the Maintenance Schedule

Like other equipment, lab instruments require periodic maintenance. It is to ensure they run smoothly hence reducing downtime and inaccurate readings. Besides, understanding the maintenance schedule of the lab equipment has significant benefits.

You’ll Protect Your Warranty

A manual outlines when a warranty is valid and when it’s void. As such, you’ll avoid instances where it may become null and void.

2.   Get Trained

As you’d expect, training is the best way to work with lab equipment. Besides, using an instrument you are a novice with is the surest way to damage it. If possible, get trained before purchasing the tool. That way, you’ll understand how it works even before it is in the lab.

3.   Get Your Staff Trained

To avoid periodic lab equipment damage, you must train your lab personnel. You should also train personnel from outside who regularly use your equipment.

Benefits of Training

Helps in Resolving Staff Issues

Training your lab team allows you to resolve staffing issues such as scheduled and unscheduled absences. It is because cross-trained lab staff can handle more than one duty. You’ll benefit from continued operations and reduced costs by limiting overtime use.

Besides, cross-training your team will prevent financial disasters such as closing a lab section. There’ll also be fewer lab disasters, saving on the loss of samples and repair bills.

Improved Cohesion and Operations

As you’d expect, training your lab team in Los Angeles can help improve operations. With multidisciplinary training, you will encourage problem-solving and collaboration within the lab. It can help enhance the troubleshooting of technical issues using a team approach.

Makes Your Lab Future Proof

A cross-trained lab team can help maintain a skilled team should either of them leave. With continuous competency assessment, you are sure to keep your team abreast of industry standards. For example, you can use downtime to shift lab technicians to another department for training to balance training time with ongoing workloads.

4.   Calibrate Your Equipment

Calibrating lab equipment in Los Angeles is a must-do activity. It helps prevent inaccurate results, penalties and fines from relevant bodies. For example, you should calibrate thermometers and pipettes at least twice a year. Calibrating once in three months can be beneficial if you use them regularly.

To ensure precise lab equipment calibration:

Have random calibration before schedules.

Keep checking the sensors

Document all calibration efforts

Consult an experienced calibration partner

Benefits of Calibration

Maintaining Industry Compliance

For your Los Angeles lab to run effectively, it must comply with industry regulations. And one way to go about it is to calibrate your instruments. As mentioned, a lack of calibration can attract fines and penalties. Calibration also enables you to produce consistently high-quality products.

Reduce Errors

Producing products under or over specific standards can cost you in several ways. For example, sub-standard products can attract fines and harm your company’s reputation. Likewise, producing more than required can lead to waste, reducing profit margins.

Improving Safety

Uncalibrated lab equipment can lead to safety risks in specific situations. For example, if a storage facility is required to maintain a particular temperature, and the storage is too hot or cold, it might spoil research samples. To avoid such scenarios, ensure to have your lab instruments calibrated.

Improving Customer Satisfaction

As you’d expect, producing inconsistent products will not go well with your customers. It may lead to loss of customers to your competitors. As such, your company’s reputation will take a dip, as well as your profit margins.

Minimizing Downtime

Calibrating your Los Angeles lab equipment will only take you a few hours. On the other hand, repairing them can take up to 24 hours. It can significantly hurt the runtime of your company.

5.   Decontaminate Equipment After Use

Decontaminating lab equipment in Los Angeles prevents contamination of samples. As you’d guess, contaminated equipment can lead to inaccurate results. It can lead to the production of drugs or food products that are harmful to human consumption. As such, you should ensure they are cleaned after every use.

Some of the decontamination procedures include:

Ultraviolet germicidal irradiation (UVGI)

Hydrogen peroxide vapor (HPV)

Moist heat

Dry heat

Microwave-generated steam (MGS)

Ethanol

Benefits of Decontamination

No Contamination

Decontaminating your lab equipment protects your research samples from contamination. Ensuring the samples are kept in a safe and controlled environment leads to highly reliable and accurate results. Several ways to minimize cross-contamination include wearing protective clothing, ensuring filtered air flow and changing to laboratory footwear from street-foot wear.

Improve Work Efficiency

As you’d guess, improved lab cleanliness and hygiene contribute to the overall efficiency of lab operations. Your lab team will feel motivated to work in a clean and organized environment. Besides, it will be easier for them to locate glassware, scales, reagent bottles, etc.

Prevent Illnesses

Often, some reagent bottles and glassware store hazardous samples in the lab. A cut or bruise can lead to fatal illnesses if not cleaned properly. Regular decontamination can help prevent this.

Improved accuracy

Whether you use ethanol or hydrogen peroxide vapor (HPV) to decontaminate your equipment, having clean equipment in your Los Angeles laboratory will help improve research accuracy.

6.   Upgrade Your Lab Equipment

One mistake most labs in Los Angeles make is making their lab equipment last as long as possible. While this might seem cost-effective, it is far from the truth. Regular repairs and maintenance might cost them more than buying new equipment.

Benefits of Upgrading Your Lab Equipment in Los Angeles

Reduced Maintenance

While buying new equipment will cost you more upfront, it will save you more over time. Let’s face it; old lab equipment are prone to leakages and breakdowns, leading to reduced productivity. As such, there’s financial loss leading to reduced profit margins. To prevent this, buy new equipment.

Increased Safety

Another benefit of upgrading your lab equipment is the increased safety of new and modern equipment. Outdated equipment can lead to inaccurate readings and results. Besides, buying new instruments ensures you are staying ahead of industry regulations.

Enhanced Integration

Well, newer software cannot integrate with outdated equipment. Such integration challenges can prevent laboratories from upgrading their software packages and may limit their operational choices. By upgrading your equipment, you can achieve the many benefits of a fully integrated lab system.

Optimized Efficiency

Upgrading your lab equipment can also improve the efficiency of your lab. Like in other industries, laboratory equipment undergoes yearly advancements for enhanced efficiency. As you’d guess, labs are under pressure to meet tight deadlines and safety standards. The increased efficiency that newer laboratory equipment can provide is invaluable.

7.   Use a 3D Printer to Build Lab Equipment

Thanks to the advent of technology, you can use a 3D printer to build your lab equipment. Thanks to the free instructions and blueprints available in open-source platforms such as GitHub, it is easy to use.

The printer allows you to customize shapes and sizes to build equipment that meets specific needs. You can use it to create life-like organs, replica rocks, heavy metal, and equipment on the go.

Benefits of Using 3D Printing

Flexible Design

3D printing allows you to build lab equipment of different shapes and sizes. Regardless of the design’s complexity, a 3D printer got you sorted.

Rapid Prototyping

A 3D printer enables you to manufacture lab equipment parts within hours. It allows for rapid feedback from other involved parties. As such, you can create new equipment within days, which would otherwise take weeks or months.

Strong and Lightweight Equipment

3D printing enables you to build a piece of lab equipment that is durable yet lightweight. It makes them less susceptible to breakage in case of accidental drops. Furthermore, transporting them from one lab to another is more manageable.

Final Thoughts

As you can see, there are various ways to maintain quality lab equipment. And most are straightforward and cost-effective. Remember, upgrading your lab equipment is better than constantly repairing outdated ones. So, to know more about maintaining quality lab equipment in Los Angeles, call us today.

Original blog posted here – https://www.biotechserv.com/best-practices-to-maintain-the-quality-of-your-lab-equipment/

[ixiacom]

Keysight Demonstrates Newest Optical and High-speed Digital Test Solutions at OFC 2019

Keysight Demonstrates Newest Optical and High-speed Digital Test Solutions at OFC 2019

SANTA ROSA, Calif., March 5, 2019 – Keysight Technologies, Inc. (NYSE: KEYS), a leading technology company that helps enterprises, service providers and governments accelerate innovation to connect and secure the world, announced it will exhibit the company’s newest optical and high-speed digital test solutions at OFC 2019, booth 2600, San Diego Convention Center, March 5th – 7th, 2019. 

Massive data flow from 5G, artificial intelligence (AI), virtual reality (VR), Internet of Things (IoT), and autonomous vehicles are driving explosive traffic growth. This is creating an unprecedented demand for bandwidth everywhere in the network and data center, while increasing the need for 400G Ethernet and terabit optics. 

“Keysight's goal in the optical market is to enable our customers to introduce and accelerate innovations within their cost envelope without compromising quality. This includes new optical components, network elements and systems, and all-optical fiber networks,” said Joachim Peerlings, vice president and general manager, Network and Data Center Solutions, at Keysight. 

At OFC 2019, Keysight will demonstrate test solutions for High Speed Ethernet and 400G/PAM4 in the data center, coherent test for terabit transmission and optical component characterization addressing the customer workflow from design to characterization and validation across all network layers, as well as manufacturing. 

Joachim Peerlings also commented, “Keysight’s close relationship with leading market makers helps them, and us, to be first to market. Keysight’s optical and high-speed digital test solutions have been instrumental in the research and development of new devices that our customers will demonstrate at OFC 2019, and they will be an integral part of more than twenty customer demonstrations at the show.” 

Examples include:

Eoptolink (booth 4221), a leading optical transceiver supplier for data center, enterprise and optical transmission networks, will partner with Keysight to demonstrate for the first time 400G ORST (Optical Receiver Stress Test) automated standard compliant solution used conjunction with the high performance Keysight solutions like M8040A Bit Error Ratio Tester, M8195A Arbitrary Waveform Generator, N1092C Digital Communication Analyzer, and N1076B clock recovery.

Innolight (booth 1909), a global leader in high-speed optical transceivers, is using a wide array of Keysight’s solutions including the company’s N1092C Digital Communication Analyzer and N1078A 64 GBd clock recovery, in the live demonstration of their 400G QSFP-DD DR4 (SiPho Based), 400G QSFP-DD LR4 and 200G Coherent CFP transceivers for data center and metro applications.

Accelink (booth 5001), a leading opto-electronic components supplier, will demonstrate its new solutions on 400G-FR4 and 100G-DR1 for the datacenter with Keysight’s M8040A Bit Error Ratio Tester, N1092C Digital Communication Analyzer, and N1078A 64 GBd clock recovery high performance solutions.

AOI (booth 2431), a leading provider of fiber-optic access network products for the internet datacenter, cable broadband, fiber-to-the-home and telecom markets, will showcase Keysight’s test solution on M8040A Bit Error Ratio Tester, N1092C Digital Communication Analyzer, and N1078A 64 GBd clock recovery in their 400G DR4/FR4 to 100G DR1/FR1 new products development.

Cloud Light (booth 6625), a market leader for providing customized solutions for optical transceivers and active optical cables for use in datacenters, will show 200G and 400G optical transceivers with Keysight’s N1000A Wide-Bandwidth Oscilloscope and N1092C Digital Communication Analyzer.

Molex (booth 2807), a leading global manufacturer of electronic solutions, will show line rate 400G Ethernet traffic with Ixia’s AresONE QSFP-DD over Molex’s new 3m QSFP-DD DAC in multiple switch vendor demonstration.  Real-time analysis on AresONE will showcase test results of pre-FEC (forward error correction) per lane BER (bit error rate) better than IEEE specifications.

Finisar (booth 3713), a global leader in optical communications, will demonstrate QSFP-DD and OSFP optical transceiver modules with Ixia’s 2nd generation 400GE, AresONE test system. The demonstration will consist of AresONE ports transmitting and receiving up to 3.2 Tbps of live Ethernet test traffic to multiple switch vendors within their booth and the Ethernet Alliance (EA) (booth 4749). 

The Ixia AresONE-400GE test systems will also be used for interoperability testing of the latest 400GE-capable devices, optical and copper interconnects, and network switches at the EA booth. 

Source Photonics (booth 4021), a leading global provider of innovative and reliable technology that enables communications and data connectivity, will demonstrate the maturity of the 400GE ecosystem, using its latest 400G-LR8 and DR4 QSFP-DD modules and Ixia’s field-proven K400 QSFP-DD test systems in a multi-vendor live demonstration.

As part of the OFC technical program, Keysight industry experts will present two courses: 

SC 369-2019: Test and Measurement for Signals with Complex Optical Modulation Sunday, March 3rd, 1pm – 5pm  Instructor: Bernd Nebendahl – Photonic Systems Architect

SC 178-2019: Test and Measurement for Data Center/Short Reach Communications– Monday, March 4th, 8:30am - 12:30pm  Instructor: Greg LeCheminant – Applications Specialist 

Visit Keysight OFC 2019 for a complete list of demos.

Keysight service and support specialists will be available to answer questions about its accredited calibrations, technology refresh services, training and consulting offerings.   

About Keysight Technologies Keysight Technologies, Inc. (NYSE: KEYS) is a leading technology company that helps enterprises, service providers, and governments accelerate innovation to connect and secure the world. Keysight's solutions optimize networks and bring electronic products to market faster and at a lower cost with offerings from design simulation, to prototype validation, to manufacturing test, to optimization in networks and cloud environments. Customers span the worldwide communications ecosystem, aerospace and defense, automotive, energy, semiconductor and general electronics end markets. Keysight generated revenues of $3.9B in fiscal year 2018. More information is available at www.keysight.com.

# # #

Additional information about Keysight Technologies is available in the newsroom at https://www.keysight.com/go/news and on Facebook, Google+, LinkedIn, Twitter and YouTube. 

KEYSIGHT TECHNOLOGIES CONTACTS: 

Geri Lynne LaCombe, Americas/Europe +1 303 662 4748     geri_lacombe@keysight.com Fusako Dohi, Asia +81 42 660-2162 fusako_dohi@keysight.com

Neeru Bansal Tue, 03/05/2019 - 09:40 from Ixia https://ift.tt/2EE8Y0j via IFTTT

[americajobsusa]

[Full-time] Engineering Tech V - CIWS - 768 at Three Saints Bay, LLC

Location: California URL: http://www.threesaintsbay.com Description: Job Title: Engineering Tech V - CIWS Security Clearance Required: Active Secret Clearance Work Week: Monday to Friday Hours: 7:00am-3:30pm Flexible Hours: NOT Flexible Work Location: SWRC, Naval Station, San Diego, CA 92136 Position Overview: Provide technical assistance on CIWS mounts aboard U.S. Navy Ships. Important Information: Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Clearance are preferred. Special Instructions: >Please provide salary expectations when applying. Amee Bay, LLC, a subsidiary of Three Saints Bay, LLC, is an 8(a) Program certified, Alaska Native Corporation (ANC)-owned, Small Disadvantaged Business (SDB), Minority Business Enterprise (MBE). We are a subsidiary of Three Saints Bay, LLC, which is owned by Old Harbor Native Corporation. We have offices in Charleston, SC; Anchorage, AK; Norfolk, VA; Wasilla, AK; Jacksonville, FL; San Diego, CA; and Philadelphia, PA. POSITION RESPONSIBILITIES: This position is located in the Engineering Department, Ship Self Defense System Branch (SSDS), of the Submarines/Combat Systems Division, Southwest Regional Maintenance Center (SWRMC). The command serves as a regional technical authority for Direct Fleet Support of Pacific Fleet ships operating in the Pacific Ocean area, Indian Ocean, and other locations as assigned. The command also serves as COMPACFLT's representative for Shipboard technical assistance on controversial problems that have been determined to be beyond the capability of organizational level, Intermediate Maintenance Level Activities (IMAs) and ship repair facilities. The principal area of responsibility encompasses major systems for: Close-In Weapon System (CIWS) and Rolling Airframe Missile System (RAM), and associated subsystems: CIWS(Close-In Weapon System) MK 31 RAM GMLS (Rolling Airframe Missile Guided Missile Launching System), all Mods MK-144 Rolling Air-Frame Missile (RAM) Launchers. Assesses and repairs all type of MK-15 Close-In Weapons Support (CIWS) gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems installed aboard Navy ships. Support waterfront maintenance, PMS, & TS/R efforts for San Diego based ships CIWS. The technician shall provide technical support with the responsibility to include functional checks, test and inspection, and material condition assessments on U.S. Navy surface ships for CIWS and RAM systems. Provide Immediate Authoritative technical assistance on urgent mission degrading problems affecting major shipboard systems on U. S. PACFLT ships. The assistance includes systems evaluations or inspections, problem identification, troubleshooting, preventive and corrective maintenance, parts identification and operator training for the ship's technicians. Familiarity with shipboard maintenance procedures is required along with all safety and quality assurance instructions and practices. POSITION REQUIREMENTS: US Citizenship; Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Security Clearance are preferred; High School Diploma or equivalent; Military C School on CIWS systems and Navy maintenance procedures.; Minimum eight (8) years of direct experience working with the preventative / corrective maintenance and troubleshooting of Close-In Weapons Support gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems. Knowledgeable of Navy tag-out, standard troubleshooting techniques, and Navy Quality assurance practices. Knowledge and experience in military terminology procedures. Knowledge of standard items, test procedures and test memos. Understands and follows standard and specified safety procedures and operating procedures. Practical experience with quality assurance. Ability to use a variety of precision measurement standards and instruments. Ability to use drawings, prints, schematics and wiring diagrams to locate defective components and perform repairs. Work with published technical directives and equipment specifications which outline specific alignment and calibration procedures Ability to attach moving parts and subassemblies to basic assembly units, using hand tools and power tools as instructed and other duties as assigned by their supervision; Must have a valid U.S. Driver’s License; Must pass drug screening as a condition of employment. VEVRAA Federal Contractor Three Saints Bay, LLC and its subsidiaries offer a diverse, team-oriented working environment and the opportunity to work with exceptional dedicated industry professionals. We offer our employees a comprehensive benefits package and the opportunity to take part in exciting projects with government and commercial clients, both domestic and international. We are an EEO/AA employer. We invite resumes from all interested parties without regard to race, color, religion, creed, gender, national origin, age, genetic information, marital or veteran status, disability, or any other category protected by federal, state, or local law. Reference : Engineering Tech V - CIWS - 768 jobs Apply to this job source http://www.america-jobs.net/job/15126/engineering-tech-v-ciws-768-at-three-saints-bay-llc/

[ebaggusa]

Engineering Tech V - CIWS - 768

Job Title: Engineering Tech V - CIWS Security Clearance Required: Active Secret Clearance Work Week: Monday to Friday Hours: 7:00am-3:30pm Flexible Hours: NOT Flexible Work Location: SWRC, Naval Station, San Diego, CA 92136 Position Overview: Provide technical assistance on CIWS mounts aboard U.S. Navy Ships. Important Information: Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Clearance are preferred. Special Instructions: >Please provide salary expectations when applying. Amee Bay, LLC, a subsidiary of Three Saints Bay, LLC, is an 8(a) Program certified, Alaska Native Corporation (ANC)-owned, Small Disadvantaged Business (SDB), Minority Business Enterprise (MBE). We are a subsidiary of Three Saints Bay, LLC, which is owned by Old Harbor Native Corporation. We have offices in Charleston, SC; Anchorage, AK; Norfolk, VA; Wasilla, AK; Jacksonville, FL; San Diego, CA; and Philadelphia, PA. POSITION RESPONSIBILITIES: This position is located in the Engineering Department, Ship Self Defense System Branch (SSDS), of the Submarines/Combat Systems Division, Southwest Regional Maintenance Center (SWRMC). The command serves as a regional technical authority for Direct Fleet Support of Pacific Fleet ships operating in the Pacific Ocean area, Indian Ocean, and other locations as assigned. The command also serves as COMPACFLT's representative for Shipboard technical assistance on controversial problems that have been determined to be beyond the capability of organizational level, Intermediate Maintenance Level Activities (IMAs) and ship repair facilities. The principal area of responsibility encompasses major systems for: Close-In Weapon System (CIWS) and Rolling Airframe Missile System (RAM), and associated subsystems: CIWS(Close-In Weapon System) MK 31 RAM GMLS (Rolling Airframe Missile Guided Missile Launching System), all Mods MK-144 Rolling Air-Frame Missile (RAM) Launchers. Assesses and repairs all type of MK-15 Close-In Weapons Support (CIWS) gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems installed aboard Navy ships. Support waterfront maintenance, PMS, & TS/R efforts for San Diego based ships CIWS. The technician shall provide technical support with the responsibility to include functional checks, test and inspection, and material condition assessments on U.S. Navy surface ships for CIWS and RAM systems. Provide Immediate Authoritative technical assistance on urgent mission degrading problems affecting major shipboard systems on U. S. PACFLT ships. The assistance includes systems evaluations or inspections, problem identification, troubleshooting, preventive and corrective maintenance, parts identification and operator training for the ship's technicians. Familiarity with shipboard maintenance procedures is required along with all safety and quality assurance instructions and practices. POSITION REQUIREMENTS: US Citizenship; Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Security Clearance are preferred; High School Diploma or equivalent; Military C School on CIWS systems and Navy maintenance procedures.; Minimum eight (8) years of direct experience working with the preventative / corrective maintenance and troubleshooting of Close-In Weapons Support gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems. Knowledgeable of Navy tag-out, standard troubleshooting techniques, and Navy Quality assurance practices. Knowledge and experience in military terminology procedures. Knowledge of standard items, test procedures and test memos. Understands and follows standard and specified safety procedures and operating procedures. Practical experience with quality assurance. Ability to use a variety of precision measurement standards and instruments. Ability to use drawings, prints, schematics and wiring diagrams to locate defective components and perform repairs. Work with published technical directives and equipment specifications which outline specific alignment and calibration procedures Ability to attach moving parts and subassemblies to basic assembly units, using hand tools and power tools as instructed and other duties as assigned by their supervision; Must have a valid U.S. Driver’s License; Must pass drug screening as a condition of employment. VEVRAA Federal Contractor Three Saints Bay, LLC and its subsidiaries offer a diverse, team-oriented working environment and the opportunity to work with exceptional dedicated industry professionals. We offer our employees a comprehensive benefits package and the opportunity to take part in exciting projects with government and commercial clients, both domestic and international. We are an EEO/AA employer. We invite resumes from all interested parties without regard to race, color, religion, creed, gender, national origin, age, genetic information, marital or veteran status, disability, or any other category protected by federal, state, or local law. Reference : Engineering Tech V - CIWS - 768 jobs source http://ebagg.com/jobs/technology/engineering-tech-v-ciws-768_i3410

[qoholiccom]

Engineering Tech V - CIWS - 768

Job Title: Engineering Tech V - CIWS Security Clearance Required: Active Secret Clearance Work Week: Monday to Friday Hours: 7:00am-3:30pm Flexible Hours: NOT Flexible Work Location: SWRC, Naval Station, San Diego, CA 92136 Position Overview: Provide technical assistance on CIWS mounts aboard U.S. Navy Ships. Important Information: Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Clearance are preferred. Special Instructions: >Please provide salary expectations when applying. Amee Bay, LLC, a subsidiary of Three Saints Bay, LLC, is an 8(a) Program certified, Alaska Native Corporation (ANC)-owned, Small Disadvantaged Business (SDB), Minority Business Enterprise (MBE). We are a subsidiary of Three Saints Bay, LLC, which is owned by Old Harbor Native Corporation. We have offices in Charleston, SC; Anchorage, AK; Norfolk, VA; Wasilla, AK; Jacksonville, FL; San Diego, CA; and Philadelphia, PA. POSITION RESPONSIBILITIES: This position is located in the Engineering Department, Ship Self Defense System Branch (SSDS), of the Submarines/Combat Systems Division, Southwest Regional Maintenance Center (SWRMC). The command serves as a regional technical authority for Direct Fleet Support of Pacific Fleet ships operating in the Pacific Ocean area, Indian Ocean, and other locations as assigned. The command also serves as COMPACFLT's representative for Shipboard technical assistance on controversial problems that have been determined to be beyond the capability of organizational level, Intermediate Maintenance Level Activities (IMAs) and ship repair facilities. The principal area of responsibility encompasses major systems for: Close-In Weapon System (CIWS) and Rolling Airframe Missile System (RAM), and associated subsystems: CIWS(Close-In Weapon System) MK 31 RAM GMLS (Rolling Airframe Missile Guided Missile Launching System), all Mods MK-144 Rolling Air-Frame Missile (RAM) Launchers. Assesses and repairs all type of MK-15 Close-In Weapons Support (CIWS) gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems installed aboard Navy ships. Support waterfront maintenance, PMS, & TS/R efforts for San Diego based ships CIWS. The technician shall provide technical support with the responsibility to include functional checks, test and inspection, and material condition assessments on U.S. Navy surface ships for CIWS and RAM systems. Provide Immediate Authoritative technical assistance on urgent mission degrading problems affecting major shipboard systems on U. S. PACFLT ships. The assistance includes systems evaluations or inspections, problem identification, troubleshooting, preventive and corrective maintenance, parts identification and operator training for the ship's technicians. Familiarity with shipboard maintenance procedures is required along with all safety and quality assurance instructions and practices. POSITION REQUIREMENTS: US Citizenship; Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Security Clearance are preferred; High School Diploma or equivalent; Military C School on CIWS systems and Navy maintenance procedures.; Minimum eight (8) years of direct experience working with the preventative / corrective maintenance and troubleshooting of Close-In Weapons Support gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems. Knowledgeable of Navy tag-out, standard troubleshooting techniques, and Navy Quality assurance practices. Knowledge and experience in military terminology procedures. Knowledge of standard items, test procedures and test memos. Understands and follows standard and specified safety procedures and operating procedures. Practical experience with quality assurance. Ability to use a variety of precision measurement standards and instruments. Ability to use drawings, prints, schematics and wiring diagrams to locate defective components and perform repairs. Work with published technical directives and equipment specifications which outline specific alignment and calibration procedures Ability to attach moving parts and subassemblies to basic assembly units, using hand tools and power tools as instructed and other duties as assigned by their supervision; Must have a valid U.S. Driver’s License; Must pass drug screening as a condition of employment. VEVRAA Federal Contractor Three Saints Bay, LLC and its subsidiaries offer a diverse, team-oriented working environment and the opportunity to work with exceptional dedicated industry professionals. We offer our employees a comprehensive benefits package and the opportunity to take part in exciting projects with government and commercial clients, both domestic and international. We are an EEO/AA employer. We invite resumes from all interested parties without regard to race, color, religion, creed, gender, national origin, age, genetic information, marital or veteran status, disability, or any other category protected by federal, state, or local law. Reference : Engineering Tech V - CIWS - 768 jobs source http://www.qoholic.com/jobs/technology/engineering-tech-v-ciws-768_i4961

[jobsaggregationco]

Engineering Tech V - CIWS - 768

Job Title: Engineering Tech V - CIWS Security Clearance Required: Active Secret Clearance Work Week: Monday to Friday Hours: 7:00am-3:30pm Flexible Hours: NOT Flexible Work Location: SWRC, Naval Station, San Diego, CA 92136 Position Overview: Provide technical assistance on CIWS mounts aboard U.S. Navy Ships. Important Information: Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Clearance are preferred. Special Instructions: >Please provide salary expectations when applying. Amee Bay, LLC, a subsidiary of Three Saints Bay, LLC, is an 8(a) Program certified, Alaska Native Corporation (ANC)-owned, Small Disadvantaged Business (SDB), Minority Business Enterprise (MBE). We are a subsidiary of Three Saints Bay, LLC, which is owned by Old Harbor Native Corporation. We have offices in Charleston, SC; Anchorage, AK; Norfolk, VA; Wasilla, AK; Jacksonville, FL; San Diego, CA; and Philadelphia, PA. POSITION RESPONSIBILITIES: This position is located in the Engineering Department, Ship Self Defense System Branch (SSDS), of the Submarines/Combat Systems Division, Southwest Regional Maintenance Center (SWRMC). The command serves as a regional technical authority for Direct Fleet Support of Pacific Fleet ships operating in the Pacific Ocean area, Indian Ocean, and other locations as assigned. The command also serves as COMPACFLT's representative for Shipboard technical assistance on controversial problems that have been determined to be beyond the capability of organizational level, Intermediate Maintenance Level Activities (IMAs) and ship repair facilities. The principal area of responsibility encompasses major systems for: Close-In Weapon System (CIWS) and Rolling Airframe Missile System (RAM), and associated subsystems: CIWS(Close-In Weapon System) MK 31 RAM GMLS (Rolling Airframe Missile Guided Missile Launching System), all Mods MK-144 Rolling Air-Frame Missile (RAM) Launchers. Assesses and repairs all type of MK-15 Close-In Weapons Support (CIWS) gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems installed aboard Navy ships. Support waterfront maintenance, PMS, & TS/R efforts for San Diego based ships CIWS. The technician shall provide technical support with the responsibility to include functional checks, test and inspection, and material condition assessments on U.S. Navy surface ships for CIWS and RAM systems. Provide Immediate Authoritative technical assistance on urgent mission degrading problems affecting major shipboard systems on U. S. PACFLT ships. The assistance includes systems evaluations or inspections, problem identification, troubleshooting, preventive and corrective maintenance, parts identification and operator training for the ship's technicians. Familiarity with shipboard maintenance procedures is required along with all safety and quality assurance instructions and practices. POSITION REQUIREMENTS: US Citizenship; Must be able to obtain and maintain an Active Secret Clearance; candidates currently possessing an Active Secret Security Clearance are preferred; High School Diploma or equivalent; Military C School on CIWS systems and Navy maintenance procedures.; Minimum eight (8) years of direct experience working with the preventative / corrective maintenance and troubleshooting of Close-In Weapons Support gun system, and the Mk-38 Mod 1 & 2 25 MM Machine Guns systems. Knowledgeable of Navy tag-out, standard troubleshooting techniques, and Navy Quality assurance practices. Knowledge and experience in military terminology procedures. Knowledge of standard items, test procedures and test memos. Understands and follows standard and specified safety procedures and operating procedures. Practical experience with quality assurance. Ability to use a variety of precision measurement standards and instruments. Ability to use drawings, prints, schematics and wiring diagrams to locate defective components and perform repairs. Work with published technical directives and equipment specifications which outline specific alignment and calibration procedures Ability to attach moving parts and subassemblies to basic assembly units, using hand tools and power tools as instructed and other duties as assigned by their supervision; Must have a valid U.S. Driver’s License; Must pass drug screening as a condition of employment. VEVRAA Federal Contractor Three Saints Bay, LLC and its subsidiaries offer a diverse, team-oriented working environment and the opportunity to work with exceptional dedicated industry professionals. We offer our employees a comprehensive benefits package and the opportunity to take part in exciting projects with government and commercial clients, both domestic and international. We are an EEO/AA employer. We invite resumes from all interested parties without regard to race, color, religion, creed, gender, national origin, age, genetic information, marital or veteran status, disability, or any other category protected by federal, state, or local law. Reference : Engineering Tech V - CIWS - 768 jobs source http://jobsaggregation.com/jobs/technology/engineering-tech-v-ciws-768_i3368