Job Opportunities

Job Opportunities2021-03-01T19:42:20+00:00

February 24, 2021

Karlsruhe Institute of Technology (KIT)

Process Engineer Position, Renewable membrane filtration system design & implementation in the African continent

The Process Engineer position seeks a ‘can do’ adventurer who will apply first class engineering skills to a major global challenge: safe water for all children.

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February 24, 2021

Karlsruhe Institute of Technology (KIT)

Postdoc position, Photocatalytic Membrane Processes for the Removal of Trace Pollutants in Water Reuse

This Postdoc position builds on ongoing research projects in the area of Photocatalytic Membrane processes for the removal of trace pollutants during water reuse. The main aim of this project is to fabricate photocatalytic membranes (both polymeric and ceramic in nature) and extend its applications in environmental monitoring and remediation.

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October 9, 2020

Pall Corporation

Senior Scientist, Polymer Chemistry

Pall Corporation of Port Washington, NY is seeking a creative and ambitious Senior Scientist with a passion for polymer chemistry, surface modification and membrane science to join our R&D team.

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October 8, 2020

Repligen

Senior Membrane Development Scientist

Repligen is a leader in bioprocess filtration, pre-packed chromatography and Protein A ligands development seeking a Senior Membrane Development Scientist.

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October 6, 2020

Pall Corporation

Senior Principal Scientist

Pall is seeking a hardworking Senior Principal Scientist to be our Global Scientific Application (SA) lead for wet etch and cleans (WEC) membrane and filter development for the Scientific and Laboratory Services (SLS) group in the Microelectronics business unit (BU).

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October 6, 2020

Pall Corporation

Senior Scientist, Polymer Chemistry

Pall Corporation of Pensacola, Florida is seeking a creative and ambitious Senior Scientist with a passion for polymer chemistry, surface modification and membrane science to join our R&D team.

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October 6, 2020

Pall Corporation

Senior R&D Scientist, New Product Development

Pall Corporation of Pensacola, Florida is seeking a creative and ambitious Senior R&D Scientist with a passion for polymer chemistry, surface modification and membrane science to join our R&D team.

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September 17, 2020

AirLiquide

Staff Scientist, Membrane Development

AirLiquide is a world leader in gases, technologies and services for Industry and Health seeking a research scientist.

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September 17, 2020

AirLiquide

Staff Scientist, Membrane Development

AirLiquide is a world leader in gases, technologies and services for Industry and Health seeking a staff scientist.

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September 4, 2020

SEPPURE

Senior Principal Membrane Development Engineer

SEPPURE is a separation-tech company developing novel membrane materials and membrane processes for chemical separations recruiting a SENIOR PRINCIPAL MEMBRANE DEVELOPMENT ENGINEER for our R&D centre based in Singapore.

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January 22, 2020

Celadyne Technologies

Senior Engineer, nanocomposite proton exchange membranes

Celadyne Technologies, based out of Argonne National Laboratory as part of the Chain Reaction Innovation program, is recruiting two full-time senior engineers in membrane research and development.

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December 12, 2019

Donaldson Company

Sr. Engineer, Membrane Technology

If you are a creative innovator who is looking to influence an industry leader through research and development, this role will excite you. You will develop new membranes or expand the uses of existing membranes to be used across our portfolio of filtration products.

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December 10, 2019

University of Toronto

Assistant Professor - Sustainable Water Processing for the Resource Industry

The Department of Chemical Engineering and Applied Chemistry invites applications for a tenure stream appointment in advanced approaches and technologies for water treatment (recovery-purification-recycle) and management for the natural resource sector. We have a specific interest in applications relating to the mining, metals, environmental, or oil and gas industries. The appointment will be at the rank of Assistant Professor with an expected start date of July 1, 2020, or shortly thereafter.

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December 10, 2019

University of Texas at Austin

Postdoctoral researchers in membrane research and development

The Milliron group at the University of Texas at Austin, based in the McKetta Department of Chemical Engineering, is recruiting one or more full-time postdoctoral researchers in membrane research and development. Based on the discovery of unusual high temperature protonic conductivity in nanocomposite ceramic-polymer films, the team is aiming to develop proton exchange membranes suitable for high performance electrochemical devices such as fuel cells and electrolyzers.

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December 2, 2019

Air Liquide

Membrane Engineer

The Membrane Engineer will aid in the achievement of Innovation & Technology Group mission objectives through the application of materials science and polymer rheology: new membrane development, polymer spinning and coating operations at development and pilot-scale to transfer to full-scale production, and in identifying and solving issues in plant operation related to hollow fiber membrane manufacturing.

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December 2, 2019

Air Liquide

Process Engineer

The selected candidate will become the technical mechanical engineer supporting multiple process areas: Filament Winding, Forming, Epoxy Systems, Taping, Hot Wire Cut, Potting/Capping, Machining, and Assembly.

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September 26, 2019

University of Kentucky

Assistant Professor in Chemical Engineering

The Department of Chemical and Materials Engineering at the University of Kentucky invites applications for a tenure-track faculty position in chemical engineering at the Assistant Professor level with an anticipated start date of Fall 2020.

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Postdoc position, Photocatalytic Membrane Processes for the Removal of Trace Pollutants in Water Reuse

Project. This Postdoc position builds on ongoing research projects in the area of Photocatalytic Membrane processes for the removal of trace pollutants during water reuse. The main aim of this project is to fabricate photocatalytic membranes (both polymeric and ceramic in nature) and extend its applications in environmental monitoring and remediation. The research is carried out on several projects including collaboration with i) the University of Namibia, ii) the National Tsing Hua University in Taiwan and iii) several industry partners. The project is developed with the following objectives, i) design and set-up of an photocatalytic membrane filtration system, ii) develop a suitable membrane with good photocatalytic properties and long term stability, iii) study the effectiveness of this membrane for the removal of micropollutants where firstly steroid hormones are investigated while new groups of contaminants will be explored. This research will investigate the following research questions:

  • Which kind of photocatalytic membranes and process configurations are suitable in water reuse application?
  • How to determine the chemical stability of the photocatalytic membrane?
  • What are the mechanisms involved in trace pollutant removal in photocatalytic membrane filtration?

Further, the postdoc will be responsible for process development, setup and control of this membrane filtration system in the laboratory as well as in depth material characterization working with workshops, industry partners, collaborating institutes and suppliers. At postdoctoral level the preparation of research proposals and publications, participation in team responsibilities and activities as well as the supervision of students is a key requirement. Management of the funded projects involves the preparation of reports, budget controls and organization of project meetings. Throughout the project, there will be additional opportunities for cooperation with internal and external partners, team events, as well as contributing to (a minimal amount of) teaching.

Qualifications. You will hold a PhD in Chemical, Process, Environmental Engineering, or equivalent. You are a naturally curious person who is eager to learn more and has a strong interest in research. Experience with membrane filtration and photocatalytic systems (of any scale) is a definite advantage, as well as being comfortable in specifying system components and sound experimental problem solving skills, water analysis and micropollutant experience – as well as good common sense. Excellent English language proficiency is essential, basic German language skills of advantage. Willingness to travel to Namibia and Taiwan for project meetings as well as a valid driver’s licence is required.

KIT. KIT is one of the biggest research institutions worldwide and has access to state-of-the-art research facilities resulting from the merger of the National Research Centre of the Helmholtz Association and the former Technical University of Karlsruhe. This project is hosted by the new Institute for Advanced Membrane Technology (IAMT).

Position details. TvOD E13 100% for 3 years

Contact. Prof. Dr.-Ing. Andrea I. Schäfer, Institute for Advanced Membrane Technology (IAMT), +49(0)721 608 26906, Andrea.Iris.Schaefer@kit.edu, https://www.iamt.kit.edu

Applications. Please send applications with cover letter addressing position requirements, CV, publication list and your contribution to the publication (if relevant), academic transcripts, degree certificates, contact details for three references and a preliminary research proposal to the above contact(s).

Closing date: 31 March 2021

 

Date posted: February 24, 2020

Postdoc position, Photocatalytic Membrane Processes for the Removal of Trace Pollutants in Water Reuse

Project. This Postdoc position builds on ongoing research projects in the area of Photocatalytic Membrane processes for the removal of trace pollutants during water reuse. The main aim of this project is to fabricate photocatalytic membranes (both polymeric and ceramic in nature) and extend its applications in environmental monitoring and remediation. The research is carried out on several projects including collaboration with i) the University of Namibia, ii) the National Tsing Hua University in Taiwan and iii) several industry partners. The project is developed with the following objectives, i) design and set-up of an photocatalytic membrane filtration system, ii) develop a suitable membrane with good photocatalytic properties and long term stability, iii) study the effectiveness of this membrane for the removal of micropollutants where firstly steroid hormones are investigated while new groups of contaminants will be explored. This research will investigate the following research questions:

  • Which kind of photocatalytic membranes and process configurations are suitable in water reuse application?
  • How to determine the chemical stability of the photocatalytic membrane?
  • What are the mechanisms involved in trace pollutant removal in photocatalytic membrane filtration?

Further, the postdoc will be responsible for process development, setup and control of this membrane filtration system in the laboratory as well as in depth material characterization working with workshops, industry partners, collaborating institutes and suppliers. At postdoctoral level the preparation of research proposals and publications, participation in team responsibilities and activities as well as the supervision of students is a key requirement. Management of the funded projects involves the preparation of reports, budget controls and organization of project meetings. Throughout the project, there will be additional opportunities for cooperation with internal and external partners, team events, as well as contributing to (a minimal amount of) teaching.

Qualifications. You will hold a PhD in Chemical, Process, Environmental Engineering, or equivalent. You are a naturally curious person who is eager to learn more and has a strong interest in research. Experience with membrane filtration and photocatalytic systems (of any scale) is a definite advantage, as well as being comfortable in specifying system components and sound experimental problem solving skills, water analysis and micropollutant experience – as well as good common sense. Excellent English language proficiency is essential, basic German language skills of advantage. Willingness to travel to Namibia and Taiwan for project meetings as well as a valid driver’s licence is required.

KIT. KIT is one of the biggest research institutions worldwide and has access to state-of-the-art research facilities resulting from the merger of the National Research Centre of the Helmholtz Association and the former Technical University of Karlsruhe. This project is hosted by the new Institute for Advanced Membrane Technology (IAMT).

Position details. TvOD E13 100% for 3 years

Contact. Prof. Dr.-Ing. Andrea I. Schäfer, Institute for Advanced Membrane Technology (IAMT), +49(0)721 608 26906, Andrea.Iris.Schaefer@kit.edu, https://www.iamt.kit.edu

Applications. Please send applications with cover letter addressing position requirements, CV, publication list and your contribution to the publication (if relevant), academic transcripts, degree certificates, contact details for three references and a preliminary research proposal to the above contact(s).

Closing date: 31 March 2021

 

Date posted: February 24, 2020

Senior Scientist, Polymer Chemistry

Find what drives you on a team with a 70+ year history of being recognized for discovery, determination, and innovation. As a global leader in high-tech filtration, separation, and purification, Pall Corporation thrives on helping our customers protect people. Our portfolio is broad, so if your interests lie along the spectrum of Life Sciences to Industrial, you’ll find a rewarding role here. Our career opportunities are as diverse as our products and they are all focused on creating better lives and a better planet. At Pall, we believe that innovation is our legacy, our privilege, and our destiny. If that resonates with you, join us!

Pall Corporation of Port Washington, NY is seeking a creative and ambitious Senior Scientist with a passion for polymer chemistry, surface modification and membrane science to join our R&D team. This is a fantastic career opportunity to take an active role in discovering and developing next-generation porous filters for biotechnology and medical applications.

Why Pall?

You will join a hardworking, dedicated team of scientists and engineers focused on innovations in polymer chemistry and surface modification through collaboration and continuous improvement. Our industry-leading position is built on innovative technologies and solutions that protect critical operating assets, improve product quality, safeguard health, and minimize emissions and waste.

Your Role

Lead experiments in: Surface characterization, polymer chemistry and physico-chemistry expertise for legacy media support and new chemistry platforms.

Hands on experience with analytical instrumentation: XPS, SEM, TGA, DSC, GPC, X-Ray, FT-IR and NMR

Development of new chemistry platforms to address the need of contamination control, FTAP and Gene Therapy applications

Presentation of data to senior leadership

Basic Qualifications

PhD with a minimum of 2 years in polymers synthesis and characterization or a Masters degree with 5 years of experience in R&D

Good knowledge and understanding of polymers characterization, surface characterization and strong background in analytical chemistry

Record of scientific achievements as evidenced through journal publications.

Extensive hands-on experience in polymers modification and characterization (solid and solution phase)

Experience with characterization techniques (GPC, DSC, DMA, TGA, SEM, AFM, FT-IR, UV, XPS, etc.) is highly desirable

Knowledge in surface modification of inorganic or organic substrates

Preferred Qualifications

Experience with D.O.E., process optimization and scale-up a plus

Membrane Science

Pall Corporation is proud to be part of the Danaher global family of more than 20 operating companies, driving meaningful innovation in some of today’s most dynamic, growing industries. Danaher is a global science & technology innovator committed to helping our customers solve complex challenges and improve quality of life worldwide. Our world-class brands are leaders in some of the most demanding and attractive industries, including life sciences, medical diagnostics, dental, environmental and applied solutions. Our globally diverse team of 71,000 associates is united by a common culture and operating system, the Danaher Business System, which serves as our competitive advantage. We generated $19.9B in revenue last year. We are ranked #162 on the Fortune 500 and our stock has outperformed the S&P 500 by more than 5,200% over 25 years.

At Danaher, you can build a career in a way no other company can duplicate. Our brands allow us to offer dynamic careers across multiple industries. We're innovative, fast-paced, results-oriented, and we win. We need talented people to keep winning. Here you'll learn how DBS is used to shape strategy, focus execution, align our people, and create value for customers and shareholders. Come join our winning team.

Apply here: https://jobs.danaher.com/global/en/job/R1127962/Senior-Scientist-Polymer-Chemistry

Date posted: October 9, 2020

Senior Membrane Development Scientist – Rancho Dominguez, CA

Inspiring advances in bioprocessing, Repligen is a leader in bioprocess filtration, pre-packed chromatography and Protein A ligands development. Propelled by a culture of innovation and collaboration, and with a focus on cost and process efficiencies, our people and our technologies help meet critical bioproduction demands worldwide.  Named one of the fastest growing biotech companies in the USA, Repligen is headquartered in Waltham, Massachusetts with major manufacturing sites in Massachusetts, California, Sweden, and Germany.   https://www.youtube.com/user/SpectrumLabsInc

Our Products

Repligen offers the broadest range of hollow fiber and flat sheet filtration technologies for cell culture and purification, featuring XCell® ATF Systems, Spectrum® KrosFlo TFF Filters and Systems and TangenX® Flat Sheet TFF Cassettes.  As the expert in pre-packed chromatography technology, Repligen offers OPUS® Pre-packed Columns with unparalleled flexibility and scalability from bench- to production-scale. Since 1985, Protein A affinity ligands manufactured by Repligen have been routinely used to purify most of the world’s monoclonal antibodies.

This role will work on the development of novel high performance ultrafiltration and microfiltration membranes – with an ultimate goal of impacting bioprocessing biological molecules.  The work will also include improvements in membrane formation processes.  The work will require a good understanding of polymers and membrane formation processes – and effective experimental strategies. We are seeking a Membrane Scientist within the research and development group focusing on the challenge of developing ultrafiltration membranes. This role reports directly to the Director of R&D and will work closely with the development group's located in Marlborough, Massachusetts and Rancho Dominguez, CA. The successful candidate shall be a proven professional, responsible for technical and operational aspects of membrane research at Repligen’s Rancho Dominguez, CA location. This includes developing new membrane, improving processes and supporting existing operations while working effectively, cross-functionally, in a rapidly changing environment.

Responsibilities include:

  • Work closely with a core team to research, develop, and expand the membrane product portfolio to satisfy the emerging market needs
  • Evaluate membrane formulation and process improvements; assess alternative technologies
  • Provide technical assistance to the membrane manufacturing team and support continuous improvement activities
  • Provide validation support by applying manufacturing quality tools including: FMEA, DFMEA, PFMEA, IQ, OQ, PQ, control plans, process verification/validation
  • Design, execution, and data interpretation of experiments as well as providing guidance to team members.
  • Prepare/review technical documents including process development reports, tech transfer documents, process characterization reports, and standard operating procedures.
  • Project planning for internal, as well as externally driven research of membrane separation technologies
  • Certain amount of hands-on operation of equipment, and training of team members on new processes is required

 

 

 

Qualifications:

  • Bachelor’s Degree in Chemistry, Chemical Engineering, Polymer Chemistry and at least 5 years’ of relevant work experience OR Advanced Degree with 3 years’ of work experience
  • Preferred professional experience in at least one of the following: polymers, tangential flow filtration, or membrane development
  • Experience with extractables and leachables studies as well as interpreting results from GCMS, HPLC, TOC, NVR, and FTIR testing
  • Demonstrated strengths in time management with demands from multiple directions, managing progress on multiple projects simultaneously while prioritizing under pressure, staying organized and maintaining accountability to self-established deadlines.
  • Able to learn quickly, to take initiative and to work independently with limited direction, while remaining a team player through collaboration, seeking expertise, and taking direction.
  • Excellent written and verbal communication skills, including publication and presentation, fostering effective cross-functional relations and translating difficult concepts clearly for diverse audiences.
  • Skilled at strategy, problem solving, troubleshooting, and researching information quickly and efficiently toward conclusion and action.
  •  Strong sense of respect, integrity, and personal investment in professional contribution.

 

We are an Equal Opportunity Employer.

TO APPLY, SEND A RESUME TO HR@REPLIGEN.COM

 

Date posted: October 8, 2020

Senior R&D Scientist, New Product Development

Find what drives you on a team with a 70+ year history of being recognized for discovery, determination, and innovation. As a global leader in high-tech filtration, separation, and purification, Pall Corporation thrives on helping our customers protect people. Our portfolio is broad, so if your interests lie along the spectrum of Life Sciences to Industrial, you’ll find a rewarding role here. Our career opportunities are as diverse as our products and they are all focused on creating better lives and a better planet. At Pall, we believe that innovation is our legacy, our privilege, and our destiny. If that resonates with you, join us!

Pall Corporation of Pensacola, Florida is seeking a creative and ambitious Senior R&D Scientist with a passion for polymer chemistry, surface modification and membrane science to join our R&D team. This is a fantastic career opportunity to take an active role in discovering and developing next-generation porous filters for biotechnology and medical applications.

 

You will join a hardworking, dedicated team of scientists focused on innovation by collaboration and continuous improvement.

 

Your Role:

This role is perfect for an organized, data driven, team player who is scientifically curious and has a desire to identify discoveries with potential to generate intellectual property.  You will lead multiple new product development projects to completion.  We will provide Danaher Business Systems (DBS) tools and resources to ensure your success.

Design and develop microporous membranes, and/or the associated manufacturing processes.

Accountable for leading one or more filtration projects as needed.

Plans, organizes, executes, tracks, and communicates project tasks and progress.

Provides scientific input and contributes other project teams.

Evaluates, recommends, and implements well-reasoned solutions to technical problems

Directs and provides feedback to the technicians assigned to the project team.

Coaches associate scientists to promote technical and professional growth.

Minimum Qualifications:

 

Ph.D, in Chemistry, Chemical Engineering, Polymer Science with academic or industry experience in polymeric materials, polymer processing and surface modification or MS 3 + years industry experience.
Record of scientific publications and achievements in polymer chemistry, membrane science and data analysis skills.

 

Preferred Qualifications
Project management skills or training

Interpersonal skills

Membrane science

Ability to direct the work of others

Ability for keen observation and to make meaningful inference from observation.

Excellent problem solving skills

New product development experience

 

Please apply via our website at www.Pall.com Req ID: R1126407

Location: Pensacola, Florida

Date posted: October 6, 2020

Senior Scientist, Polymer Chemistry

Find what drives you on a team with a 70+ year history of being recognized for discovery, determination, and innovation. As a global leader in high-tech filtration, separation, and purification, Pall Corporation thrives on helping our customers protect people. Our portfolio is broad, so if your interests lie along the spectrum of Life Sciences to Industrial, you’ll find a rewarding role here. Our career opportunities are as diverse as our products and they are all focused on creating better lives and a better planet. At Pall, we believe that innovation is our legacy, our privilege, and our destiny. If that resonates with you, join us!

Pall Corporation of Pensacola, Florida is seeking a creative and ambitious Senior Scientist with a passion for polymer chemistry, surface modification and membrane science to join our R&D team. This is a fantastic career opportunity to take an active role in discovering and developing next-generation porous filters for biotechnology and medical applications.

Why Pall?

You will join a hardworking, dedicated team of scientists and engineers focused on innovations in polymer chemistry and surface modification through collaboration and continuous improvement. Our industry-leading position is built on innovative technologies and solutions that protect critical operating assets, improve product quality, safeguard health, and minimize emissions and waste.

Your Role

Lead experiments in: Surface characterization, polymer chemistry and physico-chemistry expertise for legacy media support and new chemistry platforms.

Hands on experience with analytical instrumentation: XPS, SEM, TGA, DSC, GPC, X-Ray, FT-IR and NMR

Development of new chemistry platforms to address the need of contamination control, FTAP and Gene Therapy applications

Presentation of data to senior leadership

Basic Qualifications

PhD with a minimum of 2 years in polymers synthesis and characterization or a Masters degree with 5 years of experience in R&D

Good knowledge and understanding of polymers characterization, surface characterization and strong background in analytical chemistry

Record of scientific achievements as evidenced through journal publications.

Extensive hands-on experience in polymers modification and characterization (solid and solution phase)

Experience with characterization techniques (GPC, DSC, DMA, TGA, SEM, AFM, FT-IR, UV, XPS, etc.) is highly desirable

Knowledge in surface modification of inorganic or organic substrates

Preferred Qualifications

Experience with D.O.E., process optimization and scale-up a plus

Membrane Science

Pall Corporation is proud to be part of the Danaher global family of more than 20 operating companies, driving meaningful innovation in some of today’s most dynamic, growing industries. Danaher is a global science & technology innovator committed to helping our customers solve complex challenges and improve quality of life worldwide. Our world-class brands are leaders in some of the most demanding and attractive industries, including life sciences, medical diagnostics, dental, environmental and applied solutions. Our globally diverse team of 71,000 associates is united by a common culture and operating system, the Danaher Business System, which serves as our competitive advantage. We generated $19.9B in revenue last year. We are ranked #162 on the Fortune 500 and our stock has outperformed the S&P 500 by more than 5,200% over 25 years.

At Danaher, you can build a career in a way no other company can duplicate. Our brands allow us to offer dynamic careers across multiple industries. We're innovative, fast-paced, results-oriented, and we win. We need talented people to keep winning. Here you'll learn how DBS is used to shape strategy, focus execution, align our people, and create value for customers and shareholders. Come join our winning team.

Danaher is committed to competitive compensation that typically has key components including base salary, variable annual incentive compensation based on personal and company performance, and long-term incentive.

Equal Opportunity Employer

Danaher Corporation and all Danaher Companies are equal opportunity employers that evaluate qualified applicants without regard to race, color, national origin, religion, sex, age, marital status, disability, veteran status, sexual orientation, gender identity, or other characteristics protected by law. The “EEO is the Law” poster is available at: http://www.dol.gov/ofccp/regs/compliance/posters/pdf/eeopost.pdf.

Accommodations

Individuals who need a reasonable accommodation because of a disability for any part of the employment process should call 202-419-7762 or e-mail applyassistance@danaher.com to request accommodation.

 

Please apply on our careers page: https://jobs.danaher.com/global/en/job/R1126415/Senior-Scientist-Polymer-Science

 

Date posted: October 6, 2020

Find what drives you on a team with a 70+ year history of being recognized for discovery, determination, and innovation. As a global leader in high-tech filtration, separation, and purification, Pall Corporation thrives on helping our customers protect people. Our portfolio is broad, so if your interests lie along the spectrum of Life Sciences to Industrial, you’ll find a rewarding role here. Our career opportunities are as diverse as our products and they are all focused on creating better lives and a better planet. At Pall, we believe that innovation is our legacy, our privilege, and our destiny. If that resonates with you, join us!

Who is Pall?

Pall has world class filter solutions for the filtration of process gases, slurries, wet etch chemicals, ink jet, solvents, photoresists and many other process consumables. Whether for the initial material process or the final coating process, we have membrane filtration options that remove contaminants to the levels microelectronic producers highly desire.

We are currently seeking a hardworking Senior Principal Scientist to be our Global Scientific Application (SA) lead for wet etch and cleans (WEC) membrane and filter development for the Scientific and Laboratory Services (SLS) group in the Microelectronics business unit (BU).

In this role you would closely engage with R&D, Marketing, Sales and external customers as a SME to develop filtration solutions that meet or exceed technical needs. To do this, you will need to be adept at acquiring technical voice-of-customer (VoC) feedback for filtration technologies, solving filter performance problems, delivering product/application presentations, supporting technical review meetings with customers and conducting filtration seminars.

  • Provide application expertise to Microelectronics new product development (NPD) projects
  • Coordinate testing in SLS labs to meet milestones for NPD projects.
  • Develop metrology solutions that advance our understanding of the performance of our filters.
  • Support Marketing with voice of customer (VoC) input for development of next generation products
  • Support SLS technical support (TS) field-staff to solve technical issues related to filtration products at Micro E customers, including where needed, performing testing in our lab
  • Identify and promote collaboration opportunities with customers, and write joint papers, as appropriate.
  • Manage numerous projects

Basic Qualifications:

PhD in Chemistry, Chemical Engineering or Materials Science. A minimum of 5 years of post-graduate experience in Microelectronics industry or Semiconductor Industry (Processes and/or Materials)

5+ years of electronic materials experience in advanced surface preparation wet-etching chemicals used in semiconductor processes, on-wafer defect, metrology techniques and materials characterization techniques.

Pall Corporation is proud to be part of the Danaher global family of more than 20 operating companies, driving meaningful innovation in some of today’s most dynamic, growing industries. Danaher is a global science & technology innovator committed to helping our customers solve complex challenges and improve quality of life worldwide. Our world-class brands are leaders in some of the most demanding and attractive industries, including life sciences, medical diagnostics, dental, environmental and applied solutions. Our globally diverse team of 71,000 associates is united by a common culture and operating system, the Danaher Business System, which serves as our competitive advantage. We generated $19.9B in revenue last year. We are ranked #162 on the Fortune 500 and our stock has outperformed the S&P 500 by more than 5,200% over 25 years.

  • PhD in Chemistry, Chemical Engineering or Materials Science.
  • 5+ years of post-graduate experience in Microelectronics industry or Semiconductor Industry (Processes and/or Materials)
  • 5+ years of electronic materials experience in advanced surface preparation wet-etching chemicals used in semiconductor processes.
  • 5+ years of experience in on-wafer defect and metrology techniques.
  • 5+ years of experience in advanced materials characterization techniques.
  • 5 or more years of project management experience.
  • Strong written and oral communication skills.

Danaher Corporation and all Danaher Companies are equal opportunity employers that evaluate qualified applicants without regard to race, color, national origin, religion, sex, age, marital status, disability, veteran status, sexual orientation, gender identity, or other characteristics protected by law. The “EEO is the Law” poster is available here.

 

Please apply on our website at: https://jobs.danaher.com/global/en/job/R1125422/Senior-Principal-Scientist-Microelectronics

 

Date posted: October 6, 2020

Staff Scientist, Membrane Development

Click here for application portal.
Located in Newark, DE.
Job title
Staff Scientist, Membrane Development
Contract Type
Regular
Publication date
2020-09-16
Country
United States

Company presentation

World leader in gases, technologies and services for Industry and Health, Air Liquide is present in 80 countries with approximately 66,000 employees and serves more than 3,6 million customers and patients. Oxygen, nitrogen and hydrogen have been at the core of the company’s activities since its creation in 1902. Air Liquide’s ambition is to be the leader in its industry, delivering long-term performance and acting responsibly.

Entity and activity description

Air Liquide R&D centers, hosting a wide range of competencies, support the Group in achieving the highest level of excellence in the technologies it provides to its customers. The Innovation Campus Delaware (ICD) in Newark, DE provides innovation and technical support to Air Liquide’s businesses and markets in the Americas and worldwide.

Our Delaware Innovation Campus, inaugurated in 2007, leads research and technology initiatives in 8 scientific and engineering disciplines. With researchers from 21 different countries, the Center had the distinction of being named to the 2015 Philly Top Workplaces by the Philadelphia Inquirer and philly.com and cited in 2016 by the Delaware Business Times as one of “13 Cool Companies in Delaware.” In 2017 we celebrated our 10th anniversary in Delaware and over 3,600 days without a recordable accident! In 2018 we celebrated 10 years of accident-free operations.

 

Job Responsibilities

Job Purpose 

  • To provide technical leadership on execution of gas-separation membrane development activities (R&D) at the material and bundle levels, mentoring junior researchers in the process
  • To construct programs that identify and de-risk cutting-edge technologies for scale-up and integration into Air Liquide’s diverse membrane-product portfolio
  • To contribute to establishing the vision for membrane development within Air Liquide, leveraging its three industrialized membrane platforms, and aligning with the business/market pulls.
  • To become and serve as an Air-Liquide-wide reference for membrane expertise, and effectively as a consultant on membrane development for and implementation in existing and new processes within Air Liquide.
  • Potential to evolve into vertical group management role overseeing diverse materials design and manufacturing programs tending to various markets

 

Duties and Responsibilities 

  • Lead and manage the scale-up of new membrane materials/technology from R&D bench-scale to R&D pilot- or prototype-scale, the field-testing of this technology, and eventually its transfer to one of Air Liquide’s three membrane-production platforms.
  • Lead revisions to existing product lines to improve alignment with market needs and bolster commercial potential
  • Lead and oversee the safe design and use of experimental apparatus within laboratories and manufacturing sites.
  • Engage in hands-on work in membrane-focused R&D and manufacturing environments, preferably in: (i) Isotropic, dense-film casting and testing; (ii) Hollow-fiber membrane spinning; (iii) Hollow-fiber membrane coating; (iv) Hollow-fiber membrane module construction and characterization, from bench-scale (few filaments) to prototype-scale (>10k filaments); (v) Design, commissioning and operation of membrane test skids.
  • Lead and promote the scientifically rigorous execution of membrane-based development projects on-time and in budget.
  • Perform simulations using ASPEN/HYSYS to evaluate membrane performance and to rationalize development targets for membrane products.
  • Acquire understanding of Air Liquide’s industrial membrane-production platforms to support operations and to help guide R&D towards manufacturable developments.
  • Build network amongst Air Liquide’s production entities that produce membranes commercially (US) and operational/business entities that utilize membrane technology (global) in the field.
  • Build relationships with external groups (academia, industry, institutes) that serve as collaborators.
  • Remain abreast of state-of-the-art in the membrane domain/literature, to ensure Air Liquide is at the cutting edge of the field.
  • Remain abreast of funding opportunities, and lead proposals.
  • Ensure knowledge transfer via reporting and regular meetings.

Qualifications and Competencies

Qualifications

  • Graduate degree, preferably Ph.D., and preferably in chemical engineering, materials science, materials engineering, physical sciences, polymer engineering
  • Minimum of 2 years, in research and development of membrane materials for gas separation, preferably in/for industrial usage

 

Competencies

  • Formation of industrially relevant separation membranes (e.g., hollow fiber, flat sheet), preferably polymeric hollow-fiber membranes formed for gas separation via coating and/or wet-spinning technologies
  • Sizing and design of hollow-fiber membranes and membrane bundles using simulation tools (ASPEN/HYSYS preferred)
  • Technical leadership in the scale-up of membrane-based gas separation materials from bench-scale to pilot-scale, and ultimately transfer to production
  • Evaluation and characterization (i.e., chemical, thermal, mechanical, rheological, and permeation properties) of isotropic membrane films and hollow-fiber membranes at bench-scale and pilot-scale, including field sites
  • Safe design and operation of pilot-scale testing equipment, particularly for the evaluation of gas-separation membranes, as well as analysis of data from these units
  • At least basic background in materials science for gas-separation membranes is preferred
  • Excellent communication skills, both written and spoken
  • Strong process safety and operational safety behaviors and know-how
  • Project management skills (i.e., resource planning, work breakdown, transversal management, reporting)
  • Vertical management skills and experience are a plus
  • Works effectively independently, hands-on, in R&D and manufacturing environments
  • Works effectively within and amongst R&D and manufacturing teams, including operators, technicians, researchers, and management.
  • Demonstrated experience in scouting and preparing proposals for funding opportunities

Additional Information

Working Conditions

  • Majority of time in research laboratory and membrane-manufacturing environments, working hands-on with solvents, polymers, and gases
  • Domestic travel (~5-10%) to manufacturing sites: (i) Short drive to Newport, DE; (ii) Woburn, MA (current restrictions due to COVID-19)
  • Domestic travel (<5%) to operational plants to monitor on-site testing (current restrictions due to COVID-19)
  • International travel (~2 weeks/yr) to advocate membrane missions/roadmaps (current restrictions due to COVID-19)

 

This position is identified as "safety-sensitive" and is subject to random drug testing in accordance with the current Drug and Alcohol Policy and/or state law.

 

 

Date posted: September 17, 2020

Research Scientist, Membrane Development

Click here for application portal.

Located in Newark, DE.
Job title
Research Scientist, Membrane Development
Contract Type
Regular
Publication date
2020-09-16
Country
United States

Company presentation

World leader in gases, technologies and services for Industry and Health, Air Liquide is present in 80 countries with approximately 66,000 employees and serves more than 3,6 million customers and patients. Oxygen, nitrogen and hydrogen have been at the core of the company’s activities since its creation in 1902. Air Liquide’s ambition is to be the leader in its industry, delivering long-term performance and acting responsibly.

Entity and activity description

Air Liquide R&D centers, hosting a wide range of competencies, support the Group in achieving the highest level of excellence in the technologies it provides to its customers. The Delaware Innovation Campus (ICD) in Newark, DE provides innovation and technical support to Air Liquide’s businesses and markets in the Americas and worldwide.

Our Delaware Innovation Campus, inaugurated in 2007, leads research and technology initiatives in 8 scientific and engineering disciplines. With researchers from 21 different countries, the Center had the distinction of being named to the 2015 Philly Top Workplaces by the Philadelphia Inquirer and philly.com and cited in 2016 by the Delaware Business Times as one of “13 Cool Companies in Delaware.” In 2017 we celebrated our 10th anniversary in Delaware and over 3,600 days without a recordable accident! In 2018 we celebrated 10 years of accident-free operations.

Job Responsibilities

Job Purpose 

  • To lead execution of membrane development activities (R&D) at the material and bundle levels, with the aim of de-risking cutting-edge technologies for scale-up and integration into Air Liquide’s diverse membrane-product portfolio
  • To develop into an Air-Liquide-wide reference for membrane expertise, and effectively as a consultant on membrane development for and implementation in existing and new processes within Air Liquide.

 

Duties and Responsibilities 

  • Scale-up of new membrane materials/technology from R&D bench-scale to R&D pilot- or prototype-scale, the field-testing of this technology, and eventually its transfer to one of Air Liquide’s three membrane-production platforms
  • Respond to requests for support from operations and membrane manufacturing entities on membrane performance and manufacturing
  • Safe design of experimental apparatus in laboratory and manufacturing environments
  • Hands-on work in membrane-focused R&D and manufacturing environments, especially in hollow-fiber membrane technology (i.e., coating, extrusion/spinning)
  • Scientifically rigorous design and execution of experimental plans to support theories and prove solutions
  • Acquire understanding of Air Liquide’s industrial membrane-production platforms to support operations and to help guide R&D towards manufacturable developments.
  • Build network amongst Air Liquide’s production entities that produce membranes commercially (US) and operational/business entities that utilize membrane technology (global) in the field.
  • Remain abreast of state-of-the-art in the membrane domain/literature, to ensure Air Liquide is at the cutting edge of the field.
  • Ensure knowledge transfer via reporting and regular meetings.

Qualifications & Competencies

Qualifications

  • Graduate degree, preferably Ph.D., and preferably in chemical engineering, materials science, materials engineering, polymer engineering
  • 2+ years in hands-on development of membrane materials, preferably for gas separation

 

Competencies

  • Understanding of membrane separation technology, with knowledge in:Materials science, preferably polymer science: Evaluation and characterization (i.e., chemical, thermal, mechanical, rheological, and permeation properties) of membrane materials: Membrane manufacturing processes: Membrane systems
  • Hands-on experience in forming and evaluating membranes, preferably for gas separation
  • Experience with spinning/coating polymeric hollow-fibers is preferred
  • Demonstrated experience in safe experimental design (engineering and administrative measures), including the design of equipment and the protocols to use it
  • Scientifically-sound approach to designing solution-focused experimental plans (e.g., design of experiments, testing protocols, sample definition)
  • Familiarity with HYSYS/ASPEN for process simulations is preferred
  • Agile and solution-focused approach to problem-solving
  • Excellent communication skills, both written and spoken
  • Project management experience is preferred (i.e., resource planning, work breakdown, transversal management, reporting)
  • Works effectively within and amongst local and international R&D and manufacturing teams, including operators, technicians, researchers, and management.

 

Additional Information

Working Conditions

  • Majority of time in research laboratory and membrane-manufacturing environments, working hands-on with solvents, polymers, and gases
  • Domestic travel (~5-10%) to manufacturing sites: (i) Short drive to Newport, DE; (ii) Woburn, MA (current restrictions due to COVID-19)
  • Domestic travel (<5%) to operational plants to monitor on-site testing (current restrictions due to COVID-19)
  • International travel (~2 weeks/yr) to advocate membrane missions/roadmaps (current restrictions due to COVID-19)

 

This position is identified as "safety-sensitive" and is subject to random drug testing in accordance with the current Drug and Alcohol Policy and/or state law.

 

 

Date posted: September 17, 2020

SR Principal Membrane Development Engineer

Job Description and Qualifications


If you enjoy working in an innovative environment, we have a great opportunity for you!

SEPPURE is a separation-tech company developing novel membrane materials and membrane processes for chemical separations. We have an opportunity for SENIOR PRINCIPAL MEMBRANE DEVELOPMENT ENGINEER for our R&D centre based in Singapore.

Focus will surround the development of hollow fiber solvent-resistant nanofiltration membranes intended for use in food, pharmaceutical, petrochemical, and oil refining industries.

The Successful Candidate Will Enjoy


The candidate will be responsible for the polymeric membrane fabrication and module design. The focus will surround the development of solvent-resistant nanofiltration membranes intended for use in food, pharmaceutical, petrochemical, and oil refining industries. The applicants will be involved in R&D projects, industry projects, and scale-up process. The applicant will closely work with the R&D and commercial teams to manage development projects and drive them through the development process from research to commercialization.

  • Contribute to leading-edge hollow fiber development activities ranging from research and feasibility to maturation and optimization towards commercialization and production.
  • Work with dedicated teams of engineers and experts.
  • Project management and execution of polymeric hollow fiber membrane development, production, and implementation.
  • Contribute to the ongoing development of the company core technology including membrane fabrication, module development, process optimization, customer reporting, and scale-up process.
  • Leading the pilot projects and in-field implementations with the customers.
  • Being part of an engineering, manufacturing, and business organization developing membrane-based chemical separation solutions.
  • Interaction with company advisors, customers, and development partners to help steer development programs
  • Being part of a team of highly motivated professionals
  • Ability to take on additional responsibilities and grow
  • Maintain awareness of new membrane technologies in academia and industry
  • Attending/participating in technical and commercial meetings and conferences
  • Limited traveling to support development activities (estimated annual travel <10%)

 

Qualifications: We are looking for results-oriented candidates with the following qualifications:

  • D. (5+ years work experience), M.Sc. (7+ years work experience), B.Sc. (10+ years work experience) in Chemical Engineering, Polymer, Material Science and Engineering, or related disciplines
  • Experience in hollow fiber spinning , module fabrication, and process design with knowledge of the roles of interfacial and surface chemistry of organic polymers, Experience in solvent-resistant nano-filtration membrane development is a plus
  • Experience in using industrial/academic collaborations to accelerate development timelines
  • Creative and proactive mindset and willingness to explore novel solutions
  • Self-motivated and able to manage different projects simultaneously
  • Strong analytical and problem-solving skills
  • Experimental design and statistical analysis experience
  • Excellent English verbal and written communication skills

 

SEPPURE offers a comprehensive benefits package including a competitive salary, employee stock option plan (ESOP), a unique growth opportunity, paid holidays/vacation, as well as medical and dental insurance.

To learn more, visit https://www.seppure.com/.

We thank all applicants in advance for their interest; however, only those applicants who are being considered for an interview will be contacted.

To apply: please send a cover letter outlining experience and qualifications as well as your CV to jobs@seppure.com quoting “Sr Principal Membrane Development Engineer”.

Date posted: September 4, 2020

University of Kentucky

Assistant Professor in Chemical Engineering

As part of a new growth initiative in the College of Engineering at the University of Kentucky, the Department of Chemical and Materials Engineering invites applications for a tenure-track faculty position in chemical engineering at the Assistant Professor level with an anticipated start date of Fall 2020. Applicants should hold a Ph.D. degree in chemical engineering or a related field with a distinguished record of research accomplishments and the capability to develop an active and nationally recognized research program. The successful candidate must demonstrate a strong commitment to undergraduate and graduate education and be qualified to teach courses in chemical engineering.

The University of Kentucky is home to a vibrant and growing research community, with a strong infrastructure to support faculty development. The successful candidate will have expertise in research areas that complement existing department strengths and that are targeted for future collaboration and growth. Specifically, priority will be given to applicants with a record of research accomplishments in membrane sciences, with emphasis in bioseparations and biotechnology.

To apply, please visit the UK Jobs site here: http://ukjobs.uky.edu/postings/248366 Please submit a letter of interest, complete curriculum vitae, a statement of research goals (upload under Specific Request 1), and a statement of teaching philosophy and experience (upload under Specific Request 2). Please also include the names and contact information for at least three references when prompted in the application. This information may be utilized to solicit recommendation letters from your references within the employment system.

Applications will be reviewed beginning November 1st, 2019 and continue until the position is filled.

For more information, contact Prof. Isabel Escobar (isabel.escobar@uky.edu). Information on the Department can be found at: https://www.engr.uky.edu/

The University of Kentucky is an Equal Opportunity Employer and encourages applications from veterans, individuals with disabilities, women, African Americans, and all minorities

Date posted: September 26, 2019

Air Liquide

Process Engineer

Job Purpose

The selected candidate will become the technical mechanical engineer supporting multiple process areas: Filament Winding, Forming, Epoxy Systems, Taping, Hot Wire Cut, Potting/Capping, Machining, and Assembly. The Process Engineer’s primary responsibilities will be to provide day-to-day troubleshooting and support to keep production moving forward; to identify and implement process improvement and optimization initiatives; to commission and start-up any capacity expansion and continuous improvement projects; to maintain all documentation associated with the process steps (work instructions, P&IDs, technical memos); and to serve as the technical representative on project teams for any projects associated with the process equipment.

The ideal candidate will develop technical expertise in the areas of membrane filament winding, epoxy systems, taping, machining and assembly, ultimately providing guidance to others within the company for best practices and optimization.

Duties and Responsibilities

  • Serve as a safety role model; promote a high level of safety awareness; adhere to and support the continuous improvement of all safety practices / procedures.
  • Monitor work areas for unsafe conditions.  Maintain good housekeeping standards.
  • Participate in routine safety reviews (HazOps, PHAs, PSSRs, etc.) and promptly address any findings.
  • Complete any assigned safety trainings.  Proactively identify and address unsafe conditions in assigned work areas.  Participate in the Behavioral Safety Program.
  • Monitor, control, troubleshoot and evaluate the processes of the Forming, Winding, Machining, Potting and Assembly areas.
  • Investigate process problems:  gather information, consult with appropriate resources, and ultimately propose and implement improvements.  Document troubleshooting efforts for future reference.
  • Maintain up-to-date work instructions, recipes, process documentation and process drawings.
  • Optimize and debottleneck processes.  Propose cost saving measures.
  • Optimize and debottleneck processes. Propose cost saving measures. Implement scrap reduction initiatives.
  • Assist with equipment upgrades and replacements. Investigate new equipment technologies.
  • Understand the requirements of aerospace customers; recognize what process changes could potentially impact form/fit/function of final product. Work with Aerospace Program Manager to provide data to customers, to support aerospace product and process improvements.
  • Work closely with Innovation & Technology (I&T) team to seamlessly and safely introduce development activities into the production area.
  • Participate as active member of project teams, whether for new equipment implementation, I&T activities, or process improvement projects.
  • Assist with training and education of operators for all process changes and projects, safety related issues, operational procedures, and equipment use.
  • Assist with efforts to transition product development activities to full scale commercial operation.
  • Serve as liaison between Operations, I&T, R&D, Maintenance, Sales, Purchasing, and other groups to resolve production and processing issues.
  • Recommend preventative and predictive maintenance strategies and practices.
  • Understand and communicate unit capacities to support the production planning process.
  • Track KPIs (key process indicators) associated with equipment performance. Analyze these metrics to ensure that all processes are performing as expected - yields are being met and throughput is maximized. Use these metrics for early detection of production issues.
  • Interact and work effectively with all groups throughout the organization: Innovation & Technology (I&T), Operations, Maintenance, Project Management, Quality, R&D, Sales, etc.

Qualifications

Required Qualifications

  • B.S. in Mechanical Engineering or comparable program
  • Minimum of 5 years manufacturing / process support experience
  • Proficient with databases, spreadsheets, and other computer software programs
  • Excellent interpersonal and communication skills
  • Ability to work effectively in teams and individually

Preferred Qualifications

  • Six Sigma
  • Understanding of and experience with 5S / LEAN principles
  • Hands-on mechanical skills
  • Proficient with AutoCAD or SolidWorks
  • Filament winding and epoxy system knowledge is a plis
  • Familiarity with ASME code requirements
  • Familiarity with machine code

Additional Information

Physical requirements

  • Ability to walk / stand for long periods of time, on occasion
  • Some physical work activity above ground level or in tight areas, on occasion

Candidate must have valid unrestricted employment authorization in the U.S. and must not require visa sponsorship now or in the future. This position is not open for non-immigrant visa sponsorship. This position is identified by Air Liquide as "safety-sensitive" and as such is subject to random drug testing in accordance with the current Drug and Alcohol Policy.

University of Texas at Austin

Postdoctoral researchers in membrane research and development

The Milliron group at the University of Texas at Austin, based in the McKetta Department of Chemical Engineering, is recruiting one or more full-time postdoctoral researchers in
membrane research and development. Based on the discovery of unusual high temperature protonic conductivity in nanocomposite ceramic-polymer films, the team is aiming to develop
proton exchange membranes suitable for high performance electrochemical devices such as fuel cells and electrolyzers. The postdoc(s) will collaborate with the R&D team at a recently
established start-up company and with other members of the Milliron research group to develop optimal membrane materials meeting all requirements for these applications.

Responsibilities of the postdoctoral researcher(s) will include membrane fabrication and testing, development of optimized membrane compositions, synthesis and characterization of
metal oxide nanocrystals for membranes, organization and communication of results, and coordination with other team members. Participation in development of commercialization
strategy, through the NSF I-Corps program, is also possible. Anticipated outcomes include journal publications, opportunities for conference presentations, and patent applications for
any new inventions. The position will be excellent preparation for a career with start-up or established companies or for a faculty appointment in a related engineering field.

Qualifications:

    Required:

  • PhD in Chemical Engineering, Materials Science, Chemistry, or a related discipline
  • Experience with membrane fabrication and characterization for any application ranging from electrochemical devices to gas separations or water filtration
  • Demonstrated ability to work in a collaborative team
  • Strong motivation for materials and technology innovation
    Preferred:

  • Experience with polymer selection or design for membrane performance
  • Experience with electrochemical membrane fabrication and testing to potentially include ion conductivity, mechanical properties, and gas permeability
  • Experience with materials synthesis including, e.g., polymers for membranes or inorganic nanomaterials

Interested applicants should contact: Prof. Delia Milliron, milliron@che.utexas.edu. Please include a cover letter and CV listing three references.

Date posted: December 12, 2019

University of Toronto

Assistant Professor - Sustainable Water Processing for the Resource Industry

The Department of Chemical Engineering and Applied Chemistry invites applications for a tenure stream appointment in advanced approaches and technologies for water treatment (recovery-purification-recycle) and management for the natural resource sector. We have a specific interest in applications relating to the mining, metals, environmental, or oil and gas industries. The appointment will be at the rank of Assistant Professor with an expected start date of July 1, 2020, or shortly thereafter.

Applicants are expected to have a PhD in chemical, civil, environmental, metallurgical, materials or mechanical engineering, applied chemistry or related field at the time of appointment or soon after. Postdoctoral or industrial experience is an asset. The successful candidate will have demonstrated excellence in research and teaching, as well as innovation in research and teaching. Candidates with experience or a demonstrated strong interest in water and sustainability issues in the resource industry would be an asset.

Candidates must have research experience in at least two of the areas below. Any practical experience would be an asset.

  • Remediation and recovery of metals from extractive industry process water
  • Novel membrane processes for treatment or purification of industrial water and/or effluent streams including desalination by reverse, forward, pressure retarded osmosis and variants
  • Biological processes for process-affected water purification
  • Integration of advanced materials chemistry or nanomaterials in process water purification or treatment
  • Electrocatalytic, electrochemical, solar, or light mediated processes for process water treatment including electrodialysis
  • Aqueous chemistry of process-affected water
  • Advanced analytical tools and sensors for process-affected waters
  • Life cycle assessment of process water related systems
  • Water in the circular economy
  • Smart use of water and reducing the water ‘footprint’
  • Machine learning and artificial intelligence applications related to process water recovery, purification or treatment

Areas of application for candidates’ research may include, but are not limited to, acid mine drainage, environmental discharges to surface or underground waters, water usage in extractive
metallurgy, industrial water reuse and recycling, urban resource recovery, mining and oil sands process affected water, or tailings management.

All qualified applicants are invited to apply online by clicking on the link below. Please include the following materials: a cover letter; a curriculum vitae; a statement of research vision with a five to ten year horizon (three to five pages); up to three sample publications; as well as, a teaching dossier including a statement of teaching philosophy and interests, and if available sample course syllabi, teaching evaluations, or evidence of superior performance in other teaching-related activities as listed above. If you have any questions about this position, please contact chair.chemeng@utoronto.ca. All application materials must be submitted online. Please combine attachments into one file in PDF or Word formats. Submission guidelines can be found at http://uoft.me/how-to-apply. Applicants should also arrange for three letters of reference (signed and on letterhead) to be sent directly by the referees to facultysearch.chemeng@utoronto.ca by February 18, 2020.

More information on the Department of Chemical Engineering & Applied Chemistry’s academic plan is available at: https://chem-eng.utoronto.ca/wpcontent/uploads/2018/04/2015ChemE_SS_pg9-10_insert-.pdf. For more information on the Department, please visit www.chem-eng.utoronto.ca.

The University of Toronto is strongly committed to diversity within its community and especially welcomes applications from racialized persons / persons of colour, women, Indigenous / Aboriginal People of North America, persons with disabilities, LGBTQ persons, and others who may contribute to the further diversification of ideas.

As part of your application, you will be asked to complete a brief Diversity Survey. This survey is voluntary. Any information directly related to you is confidential and cannot be accessed by
search committees or human resources staff. Results will be aggregated for institutional planning purposes. For more information, please see http://uoft.me/UP.

All qualified candidates are encouraged to apply; however, Canadians and permanent residents will be given priority.

Date posted: December 12, 2019

Celadyne Technologies

Senior Engineer, nanocomposite proton exchange membranes

Celadyne Technologies, based out of Argonne National Laboratory as part of the Chain Reaction Innovation program, is recruiting two full-time senior engineers in membrane research and development. Based on the discovery of unusual high temperature protonic conductivity in nanocomposite ceramic-polymer films, the team is developing proton exchange membranes for high performance electrochemical devices such as fuel cells and electrolyzers. The team collaborates with researchers of the Milliron and Freeman research groups at the University of Texas at Austin.

Technical responsibilities include membrane fabrication and testing, polymer functionalization, development of optimized membrane compositions, synthesis and characterization of metal oxide nanocrystals for membranes, organization and communication of results, and coordination with other team members. Efforts are expected to contribute to the development of prototypes and manufacturing processes, with patent applications filed for any new inventions.

This will be an immersive startup experience: you will be a part of the core team of the company. Join us if you’re passionate about hard tech and energy, enjoy solving difficult problems, and want to help build a company from the ground up. A competitive compensation including stock options and full benefits will be offered.

Required qualifications:
- PhD in Chemical Engineering, Materials Science, Chemistry, or a related discipline
- Experience with membrane fabrication and characterization for any application ranging from electrochemical devices to gas separations or water filtration
- Demonstrated ability to work in a collaborative team
- Strong motivation for materials and technology innovation
- At least two years of relevant R&D experience

Preferred qualifications:
- Experience with polymer selection or design for membrane performance
- Experience with electrochemical membrane fabrication and testing to potentially include ion conductivity, mechanical properties, and gas permeability
- Experience with materials synthesis, e.g., polymers for membranes or inorganic nanomaterials
- Four or more years industrial R&D experience in a relevant technology space

Interested applicants should contact: Dr. Gary Ong, garyong@celadynetech.com.

Please include a cover letter and CV listing three references.

Celadyne provides equal employment opportunities to all employees and applicants for employment and prohibits discrimination and harassment of any type without regard to race, color, religion, age, sex, national origin, disability status, genetics, protected veteran status, sexual orientation, gender identity or expression, or any other characteristic protected by federal, state or local laws.

Date posted: January 22, 2020

Donaldson Company

Sr. Engineer, Membrane Technology

You care about the world. So do we. Work together with a talented group of people committed to making innovative products and services that improve our world.

Are you an Engineer who enjoys working in a strong, team-based culture to develop innovative new products as an industry leader? If you have talent, initiative and a desire to join a thriving and stable global company with a wealth of career opportunities, you can go places with Donaldson Company, a leading provider of filtration solutions.

Our Advanced Research and Development group within our Corporate Technology department is expanding and looking for a Senior Engineer, Membrane Technology. If you are a creative innovator who is looking to influence an industry leader through research and development, this role will excite you. You will develop new membranes or expand the uses of existing membranes to be used across our portfolio of filtration products. AS a contributing member of our collaborative teams, you will lead our membrane development through a disciplined process. The position is located in Bloomington, MN, but will involve travel to manufacturing plant locations in the United States as well as global interaction with Donaldson teams in Europe and Asia.

    Job Description:

  • Leads programs to assess and develop technical capability for organic polymer based membranes in terms of knowledge, processes and methods
  • Uses sound statistical methods to designs experiments, analyze test results and write technical project reports.
  • Provides direction on critical problem areas, alternative solutions and potential consequences in the research and development process.
  • Researches potential benefit of emerging technologies, keeping informed of new methods, techniques, materials and other technical advances.
  • Design, cost, schedule, and run prototype and pre-production trials using internal and external resources.
  • Shares project update in the form of technical reports and/or presentations to senior management and technical collaboration groups.
  • Shares understanding of fundamental physics principles, state of the art technologies and manufacturing techniques with program teams.
  • Collaborates on IP analysis, writing, and filing.
    Qualifications:

  • Bachelor’s degree in engineering and a minimum of 5 years related professional engineering work experience is required. Masters or PhD degree is preferred, especially with a material or polymer focus.
  • Knowledge of mechanical, chemical and manufacturing design required.
  • Demonstrated hands-on mechanical aptitude in the areas of material development, prototype builds and laboratory work.
  • Strong knowledge of basic principles in polymer science and filtration required.
  • Experience in membrane development is preferred.
  • Strong leadership skills, very organized and detail oriented.
  • Must have good work attitude, and the ability to work in a team.
  • Ability to communicate effectively to small and large groups including senior management.
  • Position may require 15% travel; must be able to travel domestically with possible international travel.

At Donaldson, we are working with businesses from all over the globe. Our work improves lives, enhances equipment performance and protects our environment.  Are you ready to make a difference?

To apply, click here.

Date posted: December 12, 2019

Air Liquide

Membrane Engineer

World leader in gases, technologies and services for Industry and Health, Air Liquide is present in 80 countries with approximately 66,000 employees and serves more than 3,6 million customers and patients. Oxygen, nitrogen and hydrogen have been at the core of the company’s activities since its creation in 1902. Air Liquide’s ambition is to be the leader in its industry, delivering long-term performance and acting responsibly.

Job Responsibilities

The Innovation & Technology (I&T) Group mission at ALaS Newport is to facilitate innovation through new membrane product & manufacturing process development. This is achieved through strong competencies in polymer design, manufacture, characterization and testing principally aimed at gas separation membrane and cartridge development.  A critical part of the mission is facilitating pilot hollow fiber spin trials and in-operation-service trials to advance our technology and product capabilities. The I&T Group also serves the manufacturing organization to troubleshoot plant operations and customer applications that employ ALaS membranes.

To that end the Membrane Engineer  will aid in the achievement of I&T Group mission objectives through the application of materials science and polymer rheology: new membrane development, polymer spinning and coating operations at development and pilot-scale to transfer to full-scale production, and in identifying and solving issues in plant operation related to hollow fiber membrane manufacturing. At times the individual will be called to weigh in on issues related to the operations of these membranes at customer sites.

Duties and Responsibilities

  • Work independently and with ALaS technical personnel to make and test polymer dope, cast and test polymer films, run trial hollow fiber spinning and coating operations.
  • Identify / formulate and facilitate the implementation of new polymers/ material systems/ processing techniques to broaden commercial competitiveness of ALaS membrane products;
  • Support New Product Development Efforts, Interface with the Manufacturing Technology and Production Organization to translate product development to commercial products;
  • Interface with the AL R&D Organization to transition late-stage membrane/device development to pilot or manufacturing stages at the ALaS Newport facility;
  • Lend key technical expertise to troubleshoot plant operational problems when necessary;
  • Participate in Troubleshooting exercises to address a range of issues from raw material quality and product operational issues.
  • Some understanding in Polymer Rheology, knowledge in polymer characterization and testing methods is necessary
  • Support of materials projects for second-source of materials development, materials replacements, special procurement tasks, etc.
  • Lead / manage materials related projects with external companies, government organizations, and universities.
  • Serve as a safety role model; promote a high level of safety awareness; adhere to and support the continuous improvement of all safety practices / procedures.

Required Qualifications

  • Chemical Engineering or Polymer Engineering background highly desired. Mechanical Engineering with strong experience in polymer processing is acceptable.
  • A minimum of 3+ year work experience in polymer materials handling or processing.
  • BS level with 10+ years experience or Master’s level with 5+ years experience or PhD level with 3+ years experience

Required Competencies

  • Ability to work independently and in small teams, in a way that enhances team dynamics.
  • Ability to lead and manage small to medium projects.
  • Individual should expect to work in lab with modest and part-time support from lab technician.
  • Hands-on work in lab to test polymer samples and prepare polymer dope for tests, cast films, spin and coat fiber, test dopes, films and fibers for viability with in-house tests, etc.
  • Capable of clear and cogent written and verbal communication through reports / status updates / presentations, etc.  Able to interface with customers, suppliers, and senior management to positively convey information.
  • Capable of maintaining ongoing and developing new relationships with key technical partners in AL R&D, external contractors, technology partners, etc.

Preferred Competencies 

  • Hands-on capability to cast and test polymer films for gas permeation, testing and characterization, etc.
  • Hands-on capability to operate development polymer dope mixing, spin and coating units.
  • An understanding of all Hollow Fiber Production Steps employed in a Manufacturing Plant.
  • Operate Analytical tools e.g. DSC, FTIR, etc.
  • Stay abreast with technical reports and published literature; alert technical team of new developments, willingness to test out new concepts to improve performance, yield, etc.

To apply, visit the Air Liquide website.