APT Positions Available


OPEN POSITION


PhD position at the Forschungszentrum Jülich, HiTEC Graduate School

MAX phases and SMART tungsten materials: understanding the high-temperature performance at a nanoscale

New renewable energy sources, including concentrated solar power (CSP) stations, strongly demand novel advanced materials capable to operate at high temperatures under aggressive conditions (temperatures >1000 °C, humid and corrosive environment, thermal and mechanical stresses, etc.) in order to increase their efficiency. Two promising materials classes, MAX phases and Self-passivating Metal Alloys with Reduced Thermo-oxidation (SMART), are under development in Forschungszentrum Jülich for novel energy sources. For further development of MAX and SMART materials as well as for their application in CSP stations or other novel energy systems, the performance and evolution under the environmental conditions expected for the solar receiver of a CSP station need to be investigated.

The proposed PhD work addresses questions of phase formation and stability, high-temperature oxidation behavior and microstructural evolution of the MAX and SMART materials. To achieve this task, the PhD candidate will get an opportunity to focus on advanced characterization techniques, in particular Atom Probe Tomography, and couple the retrieved nanoscale information with relevant material properties. The information will be also used to deliver the crucial experimental input for predictive modelling of material properties and eventually to optimize the alloy design strategy. Based on these results, the feasibility of employing the SMART and MAX materials for CSP receiver will be assessed. The project assumes a close collaboration of several research groups
possessing high expertise in materials synthesis, advanced characterization, performance testing and modeling.

The PhD project is a part of the HITEC Graduate School of the Forschungszentrum Jülich (FZJ), one of the largest and leading European research centers with a renowned expertise in the fields of energy, materials, information, health and climate. Beside excellent working conditions, FZJ and HITEC also offer numerous training and mentorship courses in the framework of PhD programs for further career development of young scientists. The PhD degree will be officially awarded by the RWTH University in Aachen. More information about the project and the HITEC Graduate School can be found at the HITEC webpage:

https://www.hitec-graduate-school.de/rp18-2019-2020

We are looking for a strongly motivated excellent candidate with a good educational
background in the relevant fields. The mandatory requirements are:
- M.Sc. degree in Materials Science, Physics or Mechanical Engineering (should be
obtained before the start of the project);
- good understanding of materials characterization methods;
- good English skills (both oral and written).

The deadline for applications is December 1st, 2019.

The PhD grants will be awarded by the HITEC Advisory Board based on the competitive procedure taking place in April, 2020. The assumed start of the project is after June, 2020. Applications can be only submitted through the HITEC webpage.



PhD Candidate
KU Leuven - imec

PhD Candidate Leuven (Belgium): Shape the future of 3D semiconductor metrology - atom by atom. The ever-ongoing down-scaling of semiconductor technology has led to a paradigm shift from planar to 3D devices. Industry has already started moving towards 3D architectures such as FinFETS and nanowires because they offer better electrostatic control and reduced power dissipation. The performance of these devices is now tailored by the structure and chemical composition at the atomic level, i.e. just a few misplaced dopant atoms can make the difference. Thus, having 3D metrology with close to atomic precision is not only a dream - it is a requirement! Driven by this quest, atom probe tomography (APT) has emerged as the promised solution. In a nutshell, APT is based on the concept of controlled ionization and removal of atoms from the surface of a very sharp needle in order to reconstruct a 3D representation of the device composition with sub-nm resolution. All the world’s major semiconductor manufacturers are looking at, and competing, to implement APT to fulfill their need for a 3D metrology. Although APT offers promise, it is still in its infancy for 3D semiconductor metrology. It has been shown to be sensitive to several artifacts in the analysis of complex, heterogenous 3D structures. The challenge is the underlying physics which includes the field evaporation of mixed materials and the tip-laser interaction. Our goal at imec is to remain at the forefront of metrology research and development. This PhD will allow the candidate to work with imec’s state-of-the-art equipment in conjunction with our semiconductor partners, not only for the development of a 3D metrology revolution (APT), but applying it to the materials and structures of tomorrows 3D devices. In order to enhance our understanding of the fundamental science behind APT, the PhD candidate will have the possibility to explore a vast playground of experimental work (APT sample preparation and data acquisition), data analysis (3D reconstruction...) and physical modelling (theory, simulation...).

For more information, or to apply, click here, or feel free to contact Dr. Jeroen Scheerder.

Application deadline: December 15, 2019.



Senior Research Officer (Senior Engineer) in Atom Probe Tomography
NTNU Norwegian University of Science and Technology

The position is part of the establishment of an 3D Atom Probe Tomography (APT) laboratory in connection to the MiMaC national infrastructure. 

The department is hosting the Norwegian national centre for Minerals and Materials Characterisation (MiMaC), co-hosting the Norwegian national centre for X-ray diffraction (REXC), in addition to being an important partner of the NTNU NanoLab, another national infrastructure, and NTNUs advanced analytical TEM instruments at the Trondheim node of the National Centre for Transmission Electron Microscopy (NorTEM).

Our recently purchased 3D Atom Probe (LEAP 5000XS) instrument is a part of the MiMaC-lab, and the department has the ambition to develop a world-leading research environment in the field of APT.

The right candidate for this position will contribute to strengthening the research profile in materials characterization at the department with emphasis on APT and related experimental techniques.

The position reports to technical leader.

Job description

Participate in setting up and further development of the APT laboratory, maintenance and operations on the atom probe instrument and be responsible for user training. Assisting on other advanced material techniques can also be relevant.

Develop competences and methodologies for APT characterization including sample preparation and data analysis.

Technical responsible for the APT laboratory and related activities.

The research and the technical language will mainly be English.

Contribute to laboratory and teaching activities related to courses in various electron microscopy and other material characterization techniques.

Participate in research activities and research projects related to APT.

More information, or to apply, click here.




Early stage researcher in advanced correlative microscopy of semiconductors
Groupe de Physique des Materiaux, University of Rouen Normandie



Researcher (Fixed Term Contract, Male/Female) in Condensed Matter : structure and electronic properties

In the framework of the “Laboratory of Excellence (LABEX) EMC3” project, the Group of Materials Physics (GPM) has been granted an Early Stage Researcher (ESR) position in advanced correlative microscopy. The project focuses on the structural, electrical and optical characterization of structural defects in semiconductor devices. Particular attention will be paid to light-emitting diodes, but the methodology could be extended to other classes of devices, such as solar cells, laser diodes, and transistors. Structural defects in semiconductor materials and devices are at the origin of reliability issues and efficiency losses. This project proposes to characterize the effects of the presence of these defects on the behavior of the charge carriers at multiple scales. As a first step, which constitutes the program for the first year, the project will focus on the overall behavior of devices in order to gain an understanding of the global impact of defects, and a return for growth teams in the goal of improving the design of the active area in the devices. This first study will be based on structural and optoelectronic analyzes at the device level exploiting state of the art techniques such as transmission electron microscopy (TEM), atom probe tomography (APT), cathodo- and photoluminescence (CL,PL), and SEM-based techniques.

The extension of the project in its second year aims to the isolation and study of an individual defect. These experiments will allow us to locally understand the influence of defects on charge carrier transport and recombination.

In perspective, studies in reliability, performance and aging of materials and in particular on the dynamics and the morphological evolution of the defects will allow us to understand the origins of the losses in performance of LEDs and solar cells. The project opens in particular to the study of the impact of high temperatures and strain on these structures and particularly when these perturbations are applied for significantly long times.


The laboratory also supports any application of the ESR to permanent positions, either at CNRS or at faculty positions.

Expected skills:
- PhD in Physics, Materials Science or Engineering
- Experience of> 2 years in research professions after obtaining a doctorate degree.
- Experience (> 3 years), during his PhD or post-doctorate, in at least one of these techniques: Atom Probe Tomography (APT), Transmission Electron Microscopy (TEM), Nano-fabrication by Focused Ion Beam (FIB) ), Spectroscopy and Cathodoluminescence (CL) imaging.

- In-depth knowledge of semiconductor physics, in particular applied to optoelectronic devices

For the adaptation to the position, GPM offers annual APT and TEM training.

The laboratory
GPM (Group of Physics of Materials, UMR CNRS 6634) is structured in 5 departments: Materials-AgingMechanics, Scientific Instrumentation, Nanosciences, Disordered-Polymer Systems and Nano-Health-Physics. It brings together 160 staff including 60 Teachers-Researchers, 30 ITAs and 70 PhD students / PostDoct / Trainees.

The laboratory is located on the Campus of Sciences and Engineering Rouen Normandy (in Rouen), in the University of Rouen Normandy and INSA Rouen Normandy (7000m
2).

The recruited researcher will be attached to the Instrumentation Department, Research Team in Scientific Instrumentation (5 teacher-researchers, 3 IR, 2 IE, 4 PhD students), and will be required to collaborate with the research teams. of the Nanoscience Department.

Duration of the contract 12 months, renewable subject to funding for the 2nd year from the Labex EMC3.

Estimated date of beginning of activities : 1/1/2020

For details and information only, contact Lorenzo Rigutti


Atom Probe Scientist at Nanolab Technologies

Responsibilities


This scientist will be responsible for the launch of Atom Probe business, promoting the growth of the business, working closely with manufacturer to develop advanced 3D characterization technique and providing advanced training to team members, new users on equipment operation and technical analysis.

Daily responsibilities include interacting with customers, using the Atom Probe for data collection, sample preparation using Focused Ion Beam, performing 3D reconstruction analysis, writing scientific reports for Nanolab’s customers, and maintaining the tool performance.

Requirements


• PhD in Materials Science with minimum 3-year hands on experience in Atom Probe Tomography and Dual Beam Focused Ion Beam / Scanning Electron Microscopy, minimum 3-year experience in FIB sample preparation for Atom Probe and APT/TEM characterization of materials
• Ability to work and communicate effectively with diverse customer base and in a team environment
• Ability to work in a fast-paced work environment
• Strong problem-solving skills and excellent interpersonal skills
• Experience in coordinating with instrument service team to keep the equipment runningat the optimal condition

Contact information:

If interested, please send an e-mail to: Jennifer Mayor



Postdoctoral Research Associate - APT/STEM for Computation Materials Design
Oak Ridge National Laboratory
Oak Ridge, Tennessee

Overview:
We are seeking a Postdoctoral Research Associate who will focus on elucidating microstructure-property relationships in metal-based high-temperature structural materials.  This position resides in the Electron & Atom Probe Microscopy Group in the Center for Nanophase Materials Sciences (CNMS) at Oak Ridge National Laboratory (ORNL) and will involve close collaborations with researchers from the Alloy Behavior & Design (ABD) and Corrosion Science & Technology (CST) groups in the Materials Science & Technology Division (MSTD) at ORNL.

 

As part of our research team, you will perform microstructural characterization of model and developmental heat-resistant steels and alloys using atom probe tomography (APT), electron microscopy, and other advanced characterization techniques (i.e., X-ray and/or neutron scattering). You will be responsible for understanding the microstructure, such as identifying the phase, crystal structure, phase distribution, precipitate volume fractions, composition profiles, etc., and linking these observations to mechanical and oxidation properties.   Correlating microstructural evolution to mechanical properties during processing (wrought/cast, isothermal annealing) and after long-term creep and oxidation testing for different alloy compositions will be of particular interest. The knowledge learned from your characterization studies will be used to provide experimental support and feedback for efforts devoted to integrated computational materials design for development of high-temperature structural materials used in applications under extreme environments.

For more information, and to apply click here.


POST DOCTORAL FELLOWSHIP IN PROCESSING HYDROGEN TOLERANT STEELS

Professors Gregory Thompson and Steven Daniewicz at the University of Alabama seeks postdoctoral applicants for a U.S. Department of Energy grant to develop a new class of hydrogen tolerant steels. Ideal candidates will have experimental expertise in one or more of the following areas: powder metallurgy processing, physical metallurgy (particularly ferrous), materials characterization (including electron microscopy, X-ray diffraction, and/or atom probe tomography), and mechanical metallurgy. The candidate will work within a dynamic team of other co-investigators, national laboratory scientists and engineers, students, and post-doctoral fellows working in concert to develop, fabricate, test, and characterize tailored micro-chemical altered steels. The post-doctoral fellow will assist the team in meeting quarterly reporting deadlines and yearly milestones. The position is funded for up to three years, dependent on successful accomplishment of milestones associated with renewal funding metrics. The position will remain open until filled, which will ideally occur on or before 01 December 2019. Interested candidates should contact Professor Thompson whose information is located below.

The University of Alabama (UA) is located in Tuscaloosa, Alabama in southeastern USA. Tuscaloosa, located along the banks of the Black Warrior River in West Central Alabama, is approximately 100 kilometers southwest from Birmingham, Alabama. UA has experienced unprecedented growth in the past decade with a student population of more than 38,000. In 2017, the $300M Science and Engineering complex was completed offering faculty, post docs, and students state-of-the-art research laboratories and facilities. The Tuscaloosa metropolitan area, with more than 150,000 people, has been named “The Most Livable City in America” by the US Conference of Mayors and one of the “100 Best Communities for Young People” by America’s Promise Alliance. The city offers a range of shopping, restaurants and state parks in the vicinity. Tuscaloosa is home to Mercedes-Benz U.S. International, which allows Tuscaloosa to have the only Mercedes-Benz Museum in the world outside of Germany.

Professor Gregory B. Thompson
University of Alabama
Department of Metallurgical & Materials Engineering
Box 870202
Tuscaloosa, AL 35487 USA
205-348-1589



OPEN POSITION


IFM Institute for Frontier Materials
DEAKIN University

PhD position: Atom probe characterisation of battery materials

This PhD project is funded by the Deakin University Postgraduate Research Scholarship (DUPR), and is hosted by the Institute for Frontier Materials at Deakin University’s Geelong Waurn Ponds Campus. The duration of the PhD program is typically 3-3.5 years and is available now. The stipend is approximately AUD$27K/year tax free. 

Description of project:


Leading research groups worldwide are now dedicating resources towards developing characterisation
capabilities in order to gain a more complete understanding of the electrochemical processes occurring inside an electrochemical device during operation. In recent years, operando XRD and NMR techniques have been successfully used for the study of electromaterials and electrochemical devices, but these techniques are not particularly sensitive to the extremely important reactions at the surface, which can play a dominant role in governing the materials performance. Atom probe tomography (APT), however, gives atomic-scale compositional information of the sample surface and below, and has been used for the study of electrochemical processes in corrosion studies to great effect, but less so for studies of electromaterials in the field of energy storage.

This project will focus on APT to study key electrochemical device processes and allow atomistic understanding of key interfacial processes to be studied for the first time. These measurements will be corroborated against established measurements (XPS, Raman, FTIR, SEM). A key aspect is the use of established, world-leading IFM research on ionic liquid and/or solid state electrolytes to enable and design more advanced battery systems. The project involves extensive experimental work, the scale and scope of which will require the student to develop an extensive range of expertise on a number of advanced characterisation instruments and techniques.

Essential requirements:

• BEng(Hons), BSc(Hons) or MSc (preferred) in materials engineering, materials science, chemistry, or
   physics
• Demonstrated ability to conduct scientific research through either refereed journal publications or
   excellent project marks
• English language requirement - IELTS minimum 6.5, with no band below 6
• Evidence of strong oral and written communication skills
• Demonstrated initiative and the ability to work independently and to meet deadlines
• The candidate would preferably have basic skills in electrochemistry, and prior experience in
   spectroscopy or exposure to microscopy (electron microscopy and/or atom probe tomography) is
   desirable
• Academic professional referees and/or previous supervisors’ contact details

Contact:
Dr Ross Marceau






OPEN POSITION


Post-doctoral proposal

Project LAETICIA: Microstructural characterization of metallic alloys of industrial interest irradiated with electrons

Groupe de Physique des Matériaux
UMR CNRS 6634 – Université de Rouen Normandie et INSA de Rouen


Supervisors: Auriane ETIENNE
Contact: Auriane ETIENNE, 0232955138. Interested candidates should send their application (CV + cover letter) to: auriane.etienne@univ-rouen.fr

Details on funding and duration: The project « LAETICIA » (Ligne d’Accélérateur d’Electrons pour le Traitement et l’Investigation en Conditions d’Irradiation Adaptées) is funded by the Normandy Region via the Normandy Interest Networks (RIN Collaboratifs: Réseaux d’Intérêts Normands) and the European Union with the European Regional Development Fund (FEDER: Fonds Européen de Développement Régional). The 1-year fixed-term contract will begin in October 2019.

Keywords:
Metallic alloys, irradiation, microstructure, atom probe tomography, electron microscopy

Presentation of the institution and context:
The Materials Physics Group (GPM) is a Research Unit (UMR) between the CNRS, the University of Rouen Normandy and the INSA of Rouen Normandy. The GPM is a research laboratory specialized in scientific instrumentation and the study and characterization of materials. The post-doctoral project will take place in the department “Metallurgy, Ageing and Mechanics” within the team ERMEN (Materials Under Extreme Conditions).

One of the research topics within the ERMEN aims to understand mechanisms of ageing under irradiation of steels used in pressurized water reactors (PWR), and to correlate the evolution of the microstructure with the evolution of mechanical properties.  As part of LAETICIA project, an irradiation chamber has been designed to irradiated materials with electrons under specific temperature and pressure conditions. Thus, LAETICIA offers the possibility to irradiate with electrons metallic alloys of industrial interest: alloys representative of bainitic steels used for PWR vessels and ferriticmartensitic steels, potentials structural materials for future reactors (Gen IV).

In both cases, it is important to understand mechanisms that govern the microstructural evolution under irradiation: this make possible to improve the life time of PWRs in the first case, and to optimize structural materials under development in the second case.
Irradiating these materials with electrons is an excellent complement to ongoing studies in the laboratory on neutron and ion irradiated materials. Electron irradiated microstructures will be characterized at atomic scale using GENESIS plateform in GPM (electron microscopes, atom probe tomography). Experimental results will be interpreted using numerical simulations at the same scale. Numerical simulations will be performed by EDF. Experimental results coupled with the modeling will allow to validate the efficiency of the irradiation chamber in one hand, and to understand mechanisms at the origin of microstructural evolution under irradiation in the other hand.

A batch of samples, representative of steels for nuclear reactors of generations II and IV will be electron irradiated during the second semester 2019.

Description of the actions:
The post-doctoral researcher will be in charge of the microstructural studies using atom probe tomography of sample before and after electron irradiation:
- Sample preparation with focused ion beam (SEM-FIB)
- Analyses of samples by atom probe tomography
- Data treatment
- Result interpretation

Transmission electron microscopy analyses could be envisaged depending on results obtained by atom probe tomography.
Results will be compared with already obtained data on similar materials irradiated with neutrons and/or ions.

Candidate profile:
The candidate, holder of a PhD thesis must have a background in material sciences and metallurgy. A candidate with experimental qualities in scanning electron microscope and/or atom probe tomography is mandatory.
Remuneration:
Monthly gross salary between 2600 € and 2800 € according to experience




OPEN POSITION

Post Doctorate RA - Atom Probe Tomography
PNNL - Richland, WA
Job ID: 309105
Directorate: Physical & Computational Sciences
Division: Physical Sciences
Group: Materials Sciences

Full/Part Time: Full-Time
Regular/Temporary: Temporary


The Opportunity
Pacific Northwest National Laboratory (PNNL) is a world-class research institution powered by a highly educated, diverse workforce committed to collaboration and work–life balance. Every year, scores of dynamic, driven postdocs come to PNNL to work with renowned researchers on meaningful science, innovations and outcomes for the U.S. Department of Energy and other sponsors; here is your chance to be one of them!

Contribute to PNNL’s goals in Material science as part of the Lab’s Physical Sciences Division (PSD). As a postdoctoral researcher in the Materials Sciences group, you will join a talented, multi-investigator team to explore the microstructural evolution and structure-property relationship of metallic alloys and functional materials. You will be mentored by prominent researchers, including senior investigators in Material science group of PSD, as you develop a line of experimental research, working to understand the detailed atomic scale microstructural evolution of metallic alloys and functional materials during various thermomechanical processing and during exposure to extreme environments. You will also work to better understand processes such as phase transformations, role of interfaces in mass and energy transfer in materials, in situ probing of phase transformation mechanisms in materials. This position will utilize many advanced capabilities in the Environmental Molecular Sciences Laboratory (EMSL), a unique DOE User Facility on the PNNL campus.

The Ideal Candidate
If you are a postdoctoral researcher ready to test your talents and training in materials sciences and hone
your skills at a national laboratory widely recognized for its work in the physical sciences, we want to connect
with you. Details are below; you do not need to meet all of the preferred qualifications to be considered.

What you will do:
• Conduct fundamental and applied research in materials science and metallurgical engineering
specifically in the area of phase transformation and microstructure-mechanical property relationships.
Be responsible for completion of assignments individually and as a member of a team
Lead manuscript development and maintain a strong overall publication record in the peer-reviewed
scientific literature
Interact, communicate, and problem solve with a diverse team of research staff within the materials
sciences group, EMSL, PSD and across PNNL
Present research at technical conferences and project/program review meetings
Participate in the development of research proposals
PNNL is committed to diversity and inclusion; applications from women, minorities, individuals with disabilities,
and veterans are strongly encouraged.

Email PNNL Recruiter Fred Bond at
Fred.Bond@pnnl.gov for details


OPEN POSITION

Research Associate
Coventry University

Research in the group of Dr. Bo Chen at Coventry University focusses on the development of mechanistic understanding of mechanical performance of materials used for safety-critical components, with a particular interest in the use of combined advanced experimental and modelling tools across different length-scales. Dr. Bo Chen’s group consists of 6 PhD students in the UK and 2 PhD and 3 MRes students in Beijing and Shanghai, China.

Thanks to the recent EPSRC Early Career Fellowship Award to Dr. Bo Chen 2019-2024
, we now have an opportunity for a Postdoctoral Research Associate to join this group and contribute to advanced microstructural characterization, including Focused Ion Beam (FIB), High Resolution Transmission Electron Microscopy (HR-TEM)and Atom Probe Tomography (APT), to a study of Type 316L(N) stainless steel used for next-generation sodium-cooled fast reactors. The aim of the research is to understand and provide quantitative description of the long-term microstructural degradation associated with thermal ageing and/or creep-fatigue in Type 316L(N) stainless steels.

You will be based in Faculty of Engineering, Environment and Computing, Materials and Structural Integrity Research Group and will be jointly supervised by Dr Bo Chen, Dr David Parfitt (A Materials Physicist and Senior Lecturer in Materials Engineering) and Prof. Michael Fitzpatrick (A non-executive director of Diamond Light Source Limited, the UK’s national synchrotron X-ray facility, and the Lloyd’s Register Foundation Chair of Structural Integrity and Systems Performance), supporting a range of research projects in their group. You will have frequent travels to Oxford Materials and spend a significant amount of time at Oxford by working with Dr Chen’s research partner, Prof. Michael Moody, (Professor of Materials and Fellow of Trinity College) on advanced microstructural characterization.

Duties and Responsibilities
1. Plan and manage own research activity, including:
Designing, conducting and recording outcome of advanced microstructural characterization.
Designing and conducting literature and database searches and preparing reviews of findings.
Analysis, interpretation and evaluation of research outcomes.
2. Develop research objectives and proposals for own or joint research under the direction of the Principal Investigator.
3. Communicate complex research information using a range of methods and media, including to the public where appropriate. This may include material of a specialist or highly technical nature.
4. To undertake the publication of your research results and outcomes with a view to developing a national/international profile. Contribute to REF impact rated nationally/internationally excellent by publishing peer-reviewed papers at top journals in the field.
5. Build or help to maintain internal and external contacts and networks.
6. Undertake (co-)supervision of PhD students and small-scale projects.
7. Continually update knowledge and understanding in the discipline and develop new research techniques and approaches to enable contribution within established research programmes.



For additional information, or to apply, click here.



OPEN POSITION
Post-Doctoral Research Appointment in Nanomaterials Characterization
The University of Alabama

Professor Gregory B. Thompson at The University of Alabama is seeking candidates to fill a post-doctoral research position. The candidate will be involved in research activities in characterizing nanoscale materials through atom probe tomography and various transmission electron microscopy techniques including precession electron diffraction, in situ mechanical testing in the TEM, and HRTEM. The specific programs funding this research involve quantification of solute segregation behavior to grain boundaries to mitigate grain growth in nanocrystalline alloys as well as clustering and precipitation in multicomponent magnetic alloys used for electric propulsion. Successful candidates in this position will be expected to publish in peer-reviewed journals, present at professional society conferences, assist in report writing to the sponsors of these programs, and provide guidance of graduate students in these topics.

The candidate will join a highly dynamic research group of multiple graduate students and other postdoctoral researchers. Details of Professor Thompson’s research activities can be found here.

The University of Alabama (UA) has a suite of state-of-the-art analytical microscopy equipment, including the newest generation Local Electrode Atom Probe (LEAP) 5000XS. Further details on UA’s Central Analytical Facility can be found here.
This appointment will offer ample opportunities to use this equipment to advance these programs.

The successful candidate should hold a doctorate degree in Materials Science & Engineering or a closely related field with demonstrated experience and expertise in one or more of the areas of atom probe tomography, cross-correlative microscopy, transmission electron microscopy, and focus ion beam specimen preparation. The position will be for one year, with renewal funding based on performance and available funding.

Interested candidates are encouraged to contact Professor Thompson directly as well as apply for the post-doctoral position through the University of Alabama site.


The position would ideally begin March 1
st, 2019 but can be adjusted dependent on candidate qualifications.


OPEN POSITION

Professor / Associate Professor in Material Science and Engineering (Atom Probe Tomography)

Norwegian University of Science and Technology
NTNU

ABOUT THE POSITION

The Department of Materials Science and Engineering has a vacancy for a Professor / Associate Professor in Material Science and Engineering (Atom Probe Tomography).

NTNU is seeking a highly qualified candidate for this Professor / Associate Professor position. A new state-of-the-art 3D Atom Probe instrument will provide unique research opportunities.

The position will strengthen the research profile in materials characterization at the department towards a cross-disciplinary research activity in the field of 3D Atom Probe Tomography (APT) characterization.

The successful applicant will also contribute to teach on MSc and PhD levels in materials science and engineering, with a focus on materials.

The position reports to the head of the department.

For more information, or to apply, click here.

Additional information, if required, can be obtained by contacting:
Jostein Mardalen
Head of Department
EMAIL



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