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If you work for a Wafer Fab / Assembly and Test House or Equipment Suppliers, 
then look no further (updated regularly)

We are actively working in the photovoltaic/solar cell and other renewable energy markets so please contact us if you are working in such exciting and developing markets.

Principal Engineer Process Development.

Job Summary: The principal engineer will work as part of the international R&D organisation which is based in Europe, responsible for the development of new device architectures and process flows for CMOS technology, adding features such as high voltage or optoelectronics. The role will demand technical leadership in process integration and cross-site project management skills.

Major responsibilities

- Liaise with customers to understand requirement specifications for new technologies

- Manage projects and technical leadership in the development of new CMOS technologies

- Development and execution of process and device simulation

- Definition of semiconductor process flows and device architectures

- Cooperation with tool owners to define process recipes

- Design of Experiments (DoE) for technology optimisation

- Realisation of data analysis and management of problem-solving activities

Requirements:

- Bachelor Degree / Master of Engineering in Science (Material, Physics, Microelectronic) or equivalent. PhD is desirable.

- Minimum 3 years of experience in semiconductor device physics and process development/integration.

- Semiconductor device physics expertise as well as the ability to understand the procedure for process development

- Experience with Process and device (TCAD) simulation, parametric (electrical) testing and test pattern design for electrical & process monitoring

- Knowledge of Design of Experiments (DoE), data analysis, Failure Analysis and Physical Analysis techniques (TEM, Auger, SIMS, SRP, DLTS etc)

- You are a self-motivated person and provide a high quality awareness as well as good leadership and organizing abilities, excellent communication / presentation skills and good problem-solving skills

- You are willing to travel and have the ability to work effectively in an international team.

Process Modelling Engineer - UK

RESPONSIBLE FOR: Developing data models on the performance & scalability of the Wafer Fab.

SUMMARY OF JOB FUNCTION: The purpose of this role is to develop an expertise in the modelling of work-flow in the wafer fab. The successful candidate will be required to work independently and take a leading role in developing software leading to a capability in realistic and objective scenario planning for the wafer fab and suggested changes targeted to improve workflow by way of reduced cycle-time for example.

KEY RESPONSIBILITIES:
• Develop and implement data models in order to model the performance of the wafer fab with the aim of understanding the factors which limit tool and fab throughput. Develop software using both standard tools as well as bespoke software to allow modelling of the performance of the wafer fab under various scenarios of up-scaling and change. Develop data visualisation tools to allow easy dissemination of model output and conclusions.
• Develop strong links with the Manufacturing Execution Systems team to ensure data models are populated with concurrent and accurate data. Develop strong links with wafer fab management team to influence and modify the operation of the wafer fab in order to enhance and improve wafer throughput and tool use.
• Support scalability studies with data modelling and extrapolation to provide realistic and objective expectations of upscale limitations on the use of the wafer fab. In particular advise on the effect on the operation of the wafer fab of the introduction of new product lines; the effect of adding new process tools; the effect of relocating process tools; the effect of expanding wafer process clean-rooms and the effect of changing staffing levels, staff skill levels and staff deployment.
• Travel to other sites as necessary.
• Any other duties commensurate with the role.
JOB CHALLENGES:
• This post requires an individual to deploy expertise and data from disparate sources currently existing in order to build a coherent model of the operation of the wafer fab.
• The successful candidate must be able to demonstrate the value of the conclusions drawn from data modelling to ensure the best use of the Caswell wafer fab can be made.
• The successful candidate must be able to enfranchise & persuade colleagues at all levels of the business in the development of wafer fab work flow processes based on the outcome of wafer fab modelling and scenario planning by effectively communicating model outcome and conclusions to colleagues with recommendations for future changes to the operation of the wafer fab.
• The successful candidate must be able to demonstrate that data models are calibrated against actual current and historic fab performance both in respect of manufacturing execution system records of fab performance and actual production flow and process cycle times obtained directly from the wafer fab. This may necessitate a review of production tracking methodologies in the wafer fab.

MINIMUM REQUIREMENTS:
QUALIFICATIONS:
• Educated to Bachelors or (preferably) Masters degree level in a relevant discipline;
• Able to demonstrate a track record of manufacturing process data modelling with demonstrable influence on the operation of a manufacturing business to achieve recognised improvements;

KNOWLEDGE/SKILLS:
• Good knowledge of the PROMIS manufacturing execution system;
• Experience of working in semiconductor processing plant or demonstrable background knowledge on semiconductor wafer processing technologies would be a significant advantage;
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Epi Process Engineer

SUMMARY OF JOB FUNCTION: Support the production and development of epitaxial materials and device structures utilizing MOCVD technology. Specific responsibilities include hardware and Process Engineering support of Aixtron multi-wafer Reactor(s) including back-up support for all reactors as needed. Participate as an active member of the III-V Epi Operations team. Additional responsibilities include participation in Epi Group activities for new capacity development. Supporting continuous improvement in reactor hardware, procedures, protocols, utilization, and material characterization. Focusing on significant improvements in EPI yields and reactor uptime. Provide engineering input into maintenance activities. Utilize and improve manufacturing tools using Statistical Process Control. Recommend and participate in equipment acquisitions, and communicate reactor and project status. As a member of EPI Operations, customers include Manufacturing, Product Engineering and Device Development.

KEY RESPONSIBILITIES: High paced Manufacturing of High Power, High Efficiency Laser Diodes by use of Metal-Organic Chemical Vapour Deposition (MOVPE).

• JOB CHALLENGES: Troubleshoot and diagnose Hardware/Process related sources of variability. Work with EPI Colleagues to drive toward improved consistency and reliability.
• Work closely with operations team to identify opportunities for improvement, and execute improvement projects together with these teams.
Work closely with the EPI Planner to complete required manufacturing assignments on a timely basis.

• MINIMUM REQUIREMENTS:

QUALIFICATIONS: MS or Ph.D. in Materials Science, Electrical Engineering, or related discipline with at least 10 years of EPI growth experience.

• Expert understanding of epitaxial MOCVD growth and materials characterization; experience with AlGaAs/GaAs/InP epitaxial growth preferred.
• Proven track record of developing EPI hardware and processes to enable high yielding, stable EPI products.
• Hands on experience with Aixtron multi-wafer reactors.

• KNOWLEDGE/SKILLS: Experience with Aixtron G-2, and G-3 multi-wafer planetary Reactors. Experience with GaAs, InP Epi Growth.

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Lead Equipment Engineer (MOCVD)
The Lead Equipment Engineer’s responsibilities will include but not be limited to;

• Support high-volume manufacturing of epitaxial wafers for high-efficiency laser Diodes. These GaAs and InP-based materials are fabricated by Metalorganic Chemical Vapour Deposition (MOCVD).
• Work closely with Epitaxy team to qualify, transfer, and ramp new epitaxial equipment and processes into high-volume manufacturing. Emphasis will be placed on Design for Manufacturability (DfM), as well as Statistical Process Control.
• Improve tools and methods to reduce variability in EPI Reactors.
• Troubleshoot and diagnose hardware-related sources of variability. Work with key suppliers to drive toward improved consistency, reliability, and reduced cost.
• Work closely with operations teams to identify opportunities for improvement, and execute improvement projects together with these teams.
• Troubleshoot and diagnose hardware-related sources of variability. Work with key suppliers to drive toward improved consistency and reliability.
• Equipment training and certification for current and newly hired Equipment Engineers.
• Lead and coordinate all scheduled and unscheduled downtime efforts.
• Establish Preventative Maintenance Program.
• Coordinate all sources, gases, and spare parts within the department.

Profile:
• Engineering Degree in Electrical Engineering, Materials Science, Chemical Engineering, or a related field.
• Five years of experience in a semiconductor manufacturing environment as a process engineer or equipment engineer.
• Knowledge of epitaxial processes and semiconductor deposition equipment is required. Experience with production-scale MOCVD reactors is strongly desired.
• Excellent communication and interpersonal skills. Technical writing skills are a plus.
• Works efficiently and independently in a team environment. Experience with project management.
• Experience with Statistical Process Control.
• Experience using PROMIS desired.

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High frequency and low noise circuit designer & project leader Department: Transmission Optical Components

Summary of Job Function:
The successful candidate for this role will bring leadership skills for high frequency and low noise circuit design. This will specifically include optical receivers with both, APD and PIN photodiodes, trans-impedance amplifiers and following analogue gain stages with bandwidths exceeding 20GHz. Circuit engineering for both amplitude and phase response to tight tolerances will be essential to meet the demands of future optical phase modulated systems. In addition the job will include design of small signal analogue sections of control and bias circuits for transmitter applications. The successful candidate for this role will also be capable of priming a multi disciplined team to deliver optical component designs to cost and on time.

Key Responsibilities:
Activities will include:-
• Priming a design team, in particular for optical receiver design
• Interpretation of customer documents and generation of the general product specifications
• Design prime for low noise, wideband analogue receiver circuits to interface to APD and PIN photodiodes
• Evaluation of merchant market integrated circuits enabling performance versus cost decisions to be made in a timely manner
• Influence application specific IC suppliers’ product evolution paths to enable the company to access best in class circuit performance and functionality
• Influence photodiode designers on l site to optimize photodiode design and physical layout to deliver ease of manufacture of high speed receivers at the Shenzhen site
• Formulation and monitoring of project plans
• Contribute to design reviews and product development gate procedures
• Form an effective interface with E-CAD engineers to ensure optimum PCB layout for right-first-time low noise designs

Requirements:
Qualifications
The candidate should hold a first degree in an electrical and electronic engineering field with significant communications engineering content. A higher degree in photonics or a semiconductor design related field would be a distinct advantage.

Experience
The candidate should have at least 5 years experience in low noise and wide bandwidth (up to 20GHz) circuit design. The candidate must have experience of working with IC suppliers to specify products to meet performance and cost targets. The ability to use 2D circuit simulation tools or write bespoke tools in MatLab (or similar) is considered essential. The ability to simulate the effects of noise in opto-electronic components would be a distinct advantage. The successful candidate should have project planning and management experience and be keen to further develop these skills in a dynamic product development environment.

Personal Requirements:

Highly motivated, pro-active team player, able to lead in a cross-site and multi-disciplined extended team environment. Must be self-driven, an effective communicator and capable of delegating and prioritizing workload.

The applicant should be patient and possess good influencing skills to allow successful transfer of complex ideas into a busy manufacturing environment

The ability to interpret engineering drawings and electronic circuit diagrams is essential as is the ability to write concise specifications.

Laboratory skills in handling photonic components, electronic circuits and test equipment are essential.

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Applied Research Manager - UK

JOB PURPOSE: As part of the Technical team, lead a team of scientists to investigate and deliver a diverse range of projects in chemical vapour deposition developments and application areas for a variety of materials and products.

Key Interfaces: Principal technical experts and Applications Department

KPIs
• Meet performance review objectives
• Deliver allocated development projects on-time, in-budget and to-specification
• Deliver core technologies appropriate to needs
• Lead a diverse team of scientists to deliver to commercial deadlines

Key Tasks
• To work on multiple development topics and projects as required.
• To lead projects with a chemistry and surface analysis bias, taking responsibility for successful completion.
• To work to project plans and inform line manager at earliest opportunity if project progress is not to plan.
• To maintain comprehensive and accurate records of all work in formats requested.
• To produce project progress reports as requested.
• To attend and contribute to meetings as required

KEY SKILLS
• Ability to lead a project team or work alone.
• Have a proven track record in working to tight commercial deadlines
• Excellent project management and communication skills
• Able to assimilate and disseminate technical information in timely manner.
• Microsoft Office (good working knowledge of Powerpoint, Excel and Word).
• Ability to work in a small company environment, with large company professionalism

KEY ATTRIBUTES
• Self motivated, energetic and able to drive pace
• Ability in building relationships and communicating at all levels
• Passionate about developing new technologies with a firm focus on commercialisation and implementation
• Team player, and able to work on own initiative.
• Professional and positive outlook to all tasks and requests from Leadership Team

ESSENTIAL QUALIFICATIONS
• A PhD or good first Degree in a Science or Engineering subject. Experience in chemistry or a materials science is desirable.
• Experience gained within an ISO9001 environment is advantageous.

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Applied Research Scientist - UK

We seek highly self-motivated Senior Scientists \ Scientists to join the Applied Research team to adapt plasma enhanced chemical vapour deposition process for a variety of materials and products.

We are looking for individuals with: Qualifications to degree or PhD level in chemistry, physics or materials science. Knowledge of plasma CVD processes Knowledge of analytical techniques, particularly for surface analysis Experience of working in a commercial and scientific environment. Experience in coatings for electronics, textiles, or solar applications would be particularly relevant.

Ideal candidates will be: Technically adept Flexible to changing requirements Motivated to deliver practical results Self-sufficient and a team player Excellent communicators.

This job would be ideal for a person passionate about developing new technologies with a firm focus on commercialisation and implementation. Experience gained within an ISO9001 environment would be an advantage.

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Process Engineering Manager -Semiconductor Systems

Responsibilities
Responsibility for the definition of customer process specifications
Major contribution to the definition of the product/process roadmaps for the served market segments
Contribution to define system concepts for existing and new applications
Responsibility for development, qualification and improvement of thin film technology within the SBU Semiconductors, in particular for the fields of Advanced Packaging incl. TSV technology, Backside Metallization and Thin-wafer Processing, Thin Film Head, MEMS and Interconnect
Management of innovation projects related to process engineering
Foster customer relationship for technology issues
Driving co-operations with technology consortia and research institutes
Publication and representation of technology in circles of experts
Management of the Process Engineering Team
We expect
Masters degree or Doctor/PhD degree in engineering, physics or material science
5 years of process and/or production responsibility in a Semiconductor manufacturing industry
Profound knowledge of vacuum, thin film deposition (PVD) incl. etch (RF, ICP) as well as of semiconductor technology and metrology
Leadership Experience
Expertise in project management and decision-making
Basic quality skills (e.g. TQM, 8D, SPC)
Initiative, flexibility and perseverance
Team spirit and intercultural communication skills
Willingness to travel (10-30%)
Languages: English and German

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Process Development Engineer - Solar

Responsibilities
Development of new module configuration
Material and process qualification particularly for encapsulation
Perform and propose new alternative analytical processes
Plan, execute, analyse and report tests and experiments autonomously

We are looking for:
Higher technical education (MSc. or higher) in Physics, Chemestry or Material Science or a minimum of 3 years of appropriate professional experience
Profound technical understanding on encapsulation and soldering techniques on materials used (theory and practice)
General knowledge of PV Back End, specialization on lamination process is a plus
Project management skills preferred
Fluent in English and willingness to travel, 10-20%

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Quality System Manager - Solar

Responsibilities
Pflege, Anpassung und Weiterentwicklung des bestehenden Qualitäts- und Umweltmanagment System
Konforme Visualisierung und Pflege der Prozesslandschaft des Unternehmens
Planung und Durchführung von internen System Audits
Aufrechterhaltung der ISO 9001 und ISO 14001 Zertifizierungen
Massnahmenplanung nach Audits mit den betroffenen Abteilungen
Vermittlung von Fachwissen und Methodik in Zusammenhang mit Qualitätswesen und Managmentsystemen
Förderung des Qualitätsbewusstseins am Standort

We expect
Ingenieurwissenschaftlicher/technischer Hochschulabschluss (Bachelor)
Weiterbildung in Qualitäts-, Umwelt und Sicherheitsmanagement, z.B. als Quality Systems Manager bei SAQ, DGQ oder einer vergleichbaren Schule
Kenntnis der gängigen Methoden und Werkzeuge im Qualitäts-, Umwelt- und Sicherheitsmanagement sowie entsprechender Systeme
Routinierter Umgang mit MS Office- und ViFlow-Software
Erfahrung in der Arbeit mit SAP und Web-Applikationen sowie auf dem Gebiet integrierter Managementsysteme
Gute Englischkenntnisse in Wort und Schrift

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Entwicklungsingenieur (System Engineer) - Solar

Responsibilities
Als Entwicklungsingenieur arbeiten Sie in einem Team und haben die technische Verantwortung für PECVD Beschichtungsanlagen.

Technische Betreuung und Koordination der PECVD Kundenanlagen
Analyse und technische Unterstützung der Kunden und des On-Site Teams bei System-, Hardware- und Software Problemen
Analyse und Verbesserung der Up- und System Time bestehender Kundenanlagen
Definition und Spezifikation von Systemen, Subsystemen, Baugruppen und Softwaremodifikationen
Projektabwicklung, Auslegung und Optimierung von Anlagen/Anlagenkomponenten
Erstellen von Herstell- und Auslegungsunterlagen (P&ID-Schema, Funktionsbeschreibung, Lasten- und Pflichtenhefte etc.)
Evaluation von Neuentwicklungen
Koordination und Abstimmund von Mechanik, Elektrik, Software und externen Lieferanten
Unterstützung bei der Qualifikation von Projektpartnern und Anlagelieferanten

We expect
Höhere technische Ausbildung bevorzugt mit Fachrichtung Maschinenbau, Mechatronik oder Systemtechnik
Praktische Erfahrung im Projektmanagement
Kenntnisse in der Beschichtungs- und Vakuumtechnik von Vorteil
Idealerweise Kenntnisse von DIN- und Euronormen, ANSI sowie Konstruktionserfahrung
CAD und SAP-Erfahrung vorteilhaft
Fliessend in Deutsch und Englisch, verbal und schriftlich
Reisebereitschaft <10%

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Wafer Fab open positions

As the indusrty prepare itself for the upteurn, one of our customers is looking to hire a number of Process Engineers as well as Equipment Engineers in the following areas::

1x Senior Process Metal Deposition
1x Senior Equipment Metal Deposition - with Aviza FXP skills if possible
2x Etch Shift Equipmnet (LAM, AMAT Gasonics etch experience)
2x Photo Shift Equipment (Nikon, FSI/TEl track)

Also any Wet , Final Ops shift equipment engineers

We have openings for both permanent and short term contracts (3 - 6 months) and are proceeding based on both the candidate and our requirements.

These positions are in the UK and will offer excellent package including relocation as necessary.