#pecvd

This blog gives information about PVA TePla offers a wonderful solution for Plasma treatment.

PVA TePla –an innovative system for engineering companies in the world. Our proficiencies are in the fields of systems for hard-metal sintering and crystal growing as well as the use of plasma systems for surface activation, functionalization, coating, ultra-fine cleaning, and etching. Plasma treatment technology for surface treatment offers ground-breaking solutions to adhesion and wetting problems in many industries. Our plasma treatments can be used to treat many different materials .e.g. like metals, plastics or glass, and they can be used in various settings and industries.

At PVA TePla we have a number of areas offices and associates in Germany, Asia, and the Americas. Thus,  we facilitate our customers to the way in the full range of our services and systems—from material analysis, system development, and maintenance all the way to training and product consulting—at all times and at all key tech and research locations. Our decades of experience and an eye for the innovations of tomorrow, help us developing first-class systems for vacuum, high-temperature, and plasma processes as well as for quality inspections—for all time in close support with our clientele.

We as well give a one-stop solution for PECVD (Plasma-enhanced chemical vapor deposition). It is a chemical vapor authentication practice used to deposit thin films from a gas state to a solid-state on a substrate. In the process of PECVD, chemical reactions are involved, which take place after the formation of plasma of the reacting gases. The thin films were deposited as well have low mechanical pressure that is helpful in preventing the films from being malformed and become non-identical because of the irregular mechanical pressure on the films. PECVD process as well offers good conformal step treatment and excellent uniformity.

At PVA TePla our

plasma treatment

#1 Director, Process Engineering

We are looking for an ambitious and hands-on manufacturing expert to manage process engineering in our factory. You will manage a small team of skilled engineers to solve day-to-day manufacturing problems, track and improve key production and quality metrics, run experiments to test new ideas, and design and implement improvements. The job will require some knowledge of vacuum deposition equipment, manufacturing technology, chemistry, physics, and material science. A desire to lead a small nimble team is a must.

Responsibilities:

Ownership of product quality and other performance metrics for our manufacturing line

Track and present product quality metrics for multiple factory locations

Continuous improvement of manufacturing line capabilities

Recognize areas for improvement, run and track experiments to test ideas, implement solutions

Act preemptively to address potential production issues

Test and Implement new processes developed by R&D department

Work with equipment team to aid in design of potential improvements to manufacturing equipment

Manage process engineering resources efficiently and effectively

Requirements:

Bachelor’s degree in Engineering or Science

Experience managing an engineering team

10+ years of hands on experience in high tech manufacturing

Self starter, capable of identifying needs and implementing solutions without help

Effective communicator: must provide information to a variety of parties, from guidance and documentation for manufacturing technicians, to high level reports for the executive leadership team

Team Player who will work with equipment and manufacturing leads to jointly operate an effective factory

Knowledge of UHV manufacturing, especially PECVD

Software: JMP, Tableau, or other statistical analysis package

Experience working hands-on with semiconductor style manufacturing equipment

Experience with crystal growth

Experience with design of experiments

#2 Director, Hardware R&D

We are looking for an experienced manufacturing technology expert to manage development of new technology for our factory. You will manage a small team of skilled engineers to develop new capabilities for the most advanced diamond manufacturing facility in the world. The job will require a diverse knowledge of including all disciplines involved in high tech manufacturing, such as chemistry, physics, control systems, mechanical and electrical engineering, and material science. A desire to lead a small nimble team is a must.

Responsibilities:

Ownership of manufacturing hardware technology development projects

Support for introduction of new technology to the manufacturing line

Troubleshooting for difficult problems brought by other departments

Project management from concept development, prototyping, testing, and deployment

Identifying new engineering or technical needs, recruiting talent where needed

Consult for the production team on best methods for use of equipment to improve production metrics

Effective management of engineering time and funding

Requirements:

Bachelor’s or higher degree in Engineering or science

Experience managing technology development teams

10+ years of hands on experience developing new technologies

Self starter, capable of identifying needs and implementing solutions without help

Effective communicator, must be comfortable transferring knowledge to other teams

Knowledge of UHV manufacturing, especially PECVD, thin film deposition techniques, or crystal growth

Software: 2D/3D CAD (Solidworks, Autocad, etc.), Statistical analysis software, business productivity suites

Experience working hands-on with semiconductor style manufacturing equipment

Experience with design of experiments

#3 Director of Equipment Engineering

We are looking for an ambitious and hands-on high tech manufacturing expert to drive equipment engineering in our factory. You will manage a small team of skilled engineers to guide problem solving on the manufacturing line, track and improve key equipment performance metrics, manage expansion of line capacity, and design and implement improvements. The job will require some knowledge of UHV equipment, manufacturing environments, and mechanical and electrical engineering. A desire to work on a small nimble team is a must.

Responsibilities

Ownership of engineering and continuous improvement for our manufacturing line

Track and present data on manufacturing equipment performance at multiple factory locations

Respond to equipment issues brought up by the production team

Recognize areas for improvement, specify and/or design upgrades to optimize equipment

Act preemptively to address potential points of failure on the line, take ownership of unplanned downtime.  Implement upgrades developed by R&D department

Consult for the production team on best methods for use of equipment to improve production metrics

Manage engineering resources efficiently and effectively

Requirements

Bachelor’s degree in Electrical Engineering, Mechanical Engineering, or related Engineering field

Experience managing an engineering team 10+ years of hands on experience in high tech manufacturing

Self starter, capable of identifying needs and implementing solutions without help

Effective communicator, must be comfortable transferring knowledge to other teams

Must be attentive to problems brought by production with a “customer service” attitude

Knowledge & Skills

Knowledge of UHV manufacturing, especially PECVD

Software: JMP or other statistical analysis package, CAD (Draftsight, Autocad, Solidworks, etc.)

Experience with Tableau or other statistical analysis software

Experience working hands-on with semiconductor style manufacturing equipment

Experience with troubleshooting equipment. Experience with design of experiments

If you have an interest in pursuing one of these outstanding career opportunities, or simply have referrals or suggestions, please let me know. Unsolicited resume submissions are accepted, as well. Cover letters or explanatory notes are also welcomed.

Best Regards,

Nicholas Meyler President Wingate Dunross Executive Search ph (818)597-3200 ext. 211 email: <[email protected]>

Acoustic microscopy is a technique that epitomizes the progressions and achievements of science and innovation. It takes into consideration the development of research, makes open doors for disclosure, grants further investigation of an example and empowers researchers to break better down and watch smaller scale situations. Scanning acoustic microscopy, or SAM, is the most current sort of acoustic microscopy accessible to the present researchers. They can utilize it to see an example inside without staining it or causing it any harm because of point centering innovation, which depends on a shaft to check and enter the example while it is in water.

These are some benefits of Acoustic Microscope:

Beside those as of now said, Scanning acoustic microscopy has extra advantages over different magnifying instruments researchers may have available to them.

A conventional microscope allows you to see the surface, possibly the subsurface, of an example however the acoustic magnifying lens concentrates in on a particular point and gets pictures from more deep layers.

Notwithstanding considering a superior perspective of an example, SAM likewise takes precise estimations, which different magnifying lens will be unable to get, at any rate not at an equal smaller scale level from an acoustic magnifying instrument.

The Acoustic Microscope has another intriguing trademark, as it can recognize carbon-fiber from different materials that a producer may use to strengthen an item.

These are some uses of acoustic microscope:

Makers utilize the innovation to decide whether an item is adequate to pitch to a purchaser or on the off chance that it is flawed and needs to go into a discard pile.

A few organizations utilize SAM in expository labs to decide the nature of flip-chips, another innovation that is beginning to change the outline of gadgets segments.

SAM sets up if electrical parts have awful leads, which could make the item not perform efficiently or by any means.

Graphene: Synthesis and Applications

C O N T E N T S:

KEY TOPICS

This review highlights the different methods available for the synthesis of graphene and discusses the viability and practicalities of using the materials produced via these methods for different graphene -based applications.(More…)

Graphene is a true wonder material that promises much in a variety of applications that include electronic devices, supercapacitors,…

Global PECVD Market 2017 – Centrotherm, Roth-Rau, ASMI, Gebr.Schmid, Jonas & Redmann

The Global PECVD Market Report 2017 focuses on deep analysis of the current status of PECVD industry. The study of PECVD industry is very important to enhance business productivity and for the study of market forecast.

Primarily, PECVD Market report 2017 basically displays the overview of the PECVD industry, which consists of PECVD definitions, applications, classifications and PECVD industry…

What are Wide Bandgap Semiconductors?

C O N T E N T S: KEY TOPICS These new materials based on wide bandgap semiconductors of Gallium and Nitrogen (GaN) and Silicon and Carbon (SiC) are in their technological infancy compared to very mature semiconductor technology based on silicon (Si).(More…) Challenges, technologies and strategies,” 2014 IEEE Workshop on Wide Bandgap Power Devices and Application, 2014, pp. 18-23.(More…) POSSIBLY…