Research and Post-Doctorate Positions

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Research and Post-Doctorate Positions

Technion Faculty

Field of Research

Name

Faculty of Physics
Hawking Radiation in Sonic Black Holes
Jeff Steinhauer
Field of Research
The Bose-Einstein condensation group at the Technion – Israel Institute of Technology invites applications for a postdoctoral position in experimental research regarding Hawking radiation in sonic black holes. The group, led by Jeff Steinhauer, is the only group worldwide to observe quantum, spontaneous Hawking radiation in any system. Stephen Hawking predicted that black holes should radiate. The prediction was based upon quantum field theory and general relativity. The same considerations led William Unruh to predict the spontaneous emission of Hawking radiation in sonic black holes. Our group studied the problem for a decade, observed spontaneous Hawking radiation, and found it to be in quantitative agreement with Hawking’s predictions. Now, we would like to go beyond the semiclassical approximation, in which the analogue of the gravitational field is classical. You would perform a study involving the analogue of quantum gravity, and study the effect on Hawking radiation. The effects might include backreaction, which leads to black hole evaporation, as well as a nonthermal Hawking spectrum. The latter might give insight into the black hole information paradox. Our group collaborates regularly with a variety of theoretical research groups worldwide, on the subjects of sonic black holes, semiclassical gravity, and quantum gravity. You would be in communication with these groups regarding your research.
Appointment

Applicants should have the desire to work in the laboratory.  The appointment is initially for one year starting as early as October, 2023.  The appointment is renewable for additional years. The salary will be 10,000 Israeli shekels per month. In Haifa (the location of the Technion), one can live luxuriously on such a salary.

Contact Person
Jeff Steinhauer
Email: jeffs@physics.technion.ac.il
Faculty of Aerospace Engineering
Computational methods in structural dynamics and acoustics
Prof. Dan Givoli
Field of Research
We develop new computational methods, and improve existing methods, for solving various problems related to structural dynamics and wave propagation in structures and acoustic media. Examples (certainly not exclusive) include damage identification in structures (inverse problems) using wave methods, methods for mixed-dimensional models (e.g., patching 3D and 2D models into a hybrid model), and numerical methods for the solution of acoustic problems in unbounded domains.
Appointment

Open positions for MSc/PhD and Postdoctoral students

Contact Person
Prof. Dan Givoli
Email: givolid@technion.ac.il
The Department of Humanities and Arts
Language and Communication Workgroup
Tzipora Rakedzon
Field of Research
As part of a new research initiative, applications are invited for a full-time postdoctoral position at the Humanities & Arts department of the Technion in Haifa, Israel. The successful candidate will become part of the new language and communication workgroup supervised by Dr. Tzipora Rakedzon, and conduct independent and collaborative research. The goal of the new workgroup is to conduct cutting-edge research in the field of academic writing, or in the broader field of academic communication, and to foster interdisciplinary collaborations that link the humanities to science and technology. While we have some preference for scholars working on such topics, the research topic is open and other suggestions related to English/linguistics are welcome. Apply by:  November 30th, 2022 The applicant is required to have a PhD awarded or close to completion in either linguistics or computer related fields such as AI/NLP. Ability and desire to conduct independent research are essential; a publication record in a pertinent field is highly desirable. Pay: $30,000 per year The application (in English) should include:
  • CV, including a list of publications
  • A writing sample
  • A research proposal (2-3 pages)
  • Two letters of recommendation
Appointment

Postdoc position in the field of English language and linguistics at the Technion

Contact Person
Tzipora Rakedzon
Email: hutzipi@technion.ac.il
The Department of Humanities and Arts
Early Modern Philosophy and Science
Prof. Ohad Nachtomy
Field of Research
As part of a new research initiative, applications are invited for a full-time postdoctoral position at the Humanities & Arts department of the Technion in Haifa, Israel. The successful candidate will become part of the early modern philosophy and science workgroup supervised by Prof. Ohad Nachtomy, and conduct independent and collaborative research. Teaching is welcome but optional. The goal of the new workgroup is to conduct cutting-edge research in history of philosophy and science and philosophy at the early modern period, and to foster interdisciplinary collaborations that link the humanities to science and technology. We have some preference to scholars working on Leibniz or Spinoza but the research topic is open. The applicant is required to have a PhD in either philosophy, history, or history of science, awarded or close to completion. Ability and desire to conduct independent research are essential; a publication record in a pertinent field is highly desirable. Apply by: November 30th, 2022 Pay:  (Min)$25,000 per year The application (in English) should include:
  • CV, including a list of publications
  • A writing sample
  • A research proposal (2-3 pages)
  • Two letters of recommendation
Appointment

Postdoc position in Early Modern Philosophy and Science at Technion

Contact Person
Prof. Ohad Nachtomy
Email: ohadnachtomy@technion.ac.il
Faculty of Materials Science and Engineering
ELECTROCHEMISTRY
Avner Rothschild
Field of Research
Decoupled water splitting: Reshaping water electrolysis for green hydrogen production at scale
Appointment

If you have a strong background (PhD and above) in electrochemistry and you wish to be part of the team that created H2Pro (https://www.h2pro.co/) and continues to bring new ideas, materials, processes and methodologies in water electrolysis for green hydrogen production (and more), you are welcome to apply for a postdoc position in my group:
https://emd.net.technion.ac.il/

Contact Person
Avner Rothschild
Email: avnerrot@technion.ac.il
Faculty of Electrical and Computer Engineering
Information theory, theoretical data science and machine learning
Assist. Prof. Nir Weinberger
Field of Research
Research topics are information theory and theory of data-science, statistics and machine learning.
Appointment

Open positions for one PhD student and one postdoctoral student. Strong mathematical background or publication record is required. Researching theoretical problems in information theory, statistics, data science and machine learning. See recent publications in https://sites.google.com/view/nir-weinberger/publications

 

Contact Person
Assist. Prof. Nir Weinberger
Email: nirwein@technion.ac.il
Faculty of Aerospace Engineering
Zero-carbon ammonia energy conversion
Assist. Prof. Joseph Lefkowitz
Field of Research
Multiple projects on the use of the zero-carbon alternative fuel, ammonia. Projects include the combustion of ammonia in a porous media combustor, reforming of ammonia using plasma discharges, ignition of ammonia in a flowing mixture, and diagnostics for ammonia combustion.
Appointment

Post-doctoral researcher

Contact Person
Assist. Prof. Joseph Lefkowitz
Email: joseph.lef@technion.ac.il
Faculty of Biomedical Engineering
In vivo Multi-Scale Imaging, Cardiovascular Disease, Inflammation
Assist. Prof. Katrien Vandoorne
Field of Research
In vivo Multi-Scale Imaging, Cardiovascular Disease, Inflammation
Appointment

We are looking for excellent students with various backgrounds (Chemistry, Medicine, Engineering, Computer Science) to thrive in a high-end imaging environment.

Contact Person
Assist. Prof. Katrien Vandoorne
Email: k.vandoorne@technion.ac.il
Faculty of Mechanical Engineering
Soft-Robotics and Fluidic Metamaterials
Assoc. Prof. Amir Gat
Field of Research
Our research interests are focused on the interface between solid mechanics and fluid mechanics. The research is primarily concerned with analysis, which is complemented by numerical computations based on commercial codes and small-scale demonstrations.
Appointment

Open position for PhD student

Contact Person
Assoc. Prof. Amir Gat
Email: gatamir@gmail.com
The Schulich Faculty Of Chemistry
A novel technique for true nanoscale photolithography with 1 nm resolution
Assoc. Prof. Lilac Amirav
Field of Research
The emergence of nanoscience and nanotechnology, with envisioned applications spanning from nano-optics and nano-photonics, to plasmonics and nano-electronics, depends on the capability to fabricate a variety of nanometre-scale structures. Despite the impressive development in these fields, breakthroughs remain in the laboratory, largely due to technological limitations in the ability to manufacture complex and accurate nanometer-resolved surface patterns, with satisfying resolution and on large area. The development of a new fabrication methodology is thus required. We are working on the development of a novel technique for nanoscale photolithography that would bring 21st century nanotechnology breakthroughs out of the lab and into the public sphere. For more info: https://www.amiravlab.com/home
Appointment

The Amirav group is recruiting an excellent postdoc and PhD student for our ERC funded project on Plasmon Enhanced Photocatalytic Nano Lithography. Research will include work in the Technion’s amazing cleanrooms, EBL & HRSEM. Background in solid-state physics is required. Experience with plasmonics – a plus!

Contact Person
Assoc. Prof. Lilac Amirav
Email: lilac@technion.ac.il
Faculty of Biomedical Engineering
Motion Science, Biomechanics, Biorobotics, Big data and Machine learning, signal processing
Dr. Arielle Fischer
Field of Research
Our multidisciplinary team of researchers work on the following topics: 1) Algorithm development for Wearable Systems (programming skills advantage python/Matlab/microcontroller software development) 2) PCB EE design, manufacturing, and firmware 3) App (iOS/android) development for motion tracking, activity, and rehabilitation. 4) Vibrotactile Feedback Systems 5) Big data- motion data collection and machine learning analysis. 6) Subject recruitment and testing (athletes/military/muscle-skeletal problems). 7) Patient pain and function analysis.
Appointment

Postdoc fellows and PhD students open positions: The lab is experimentally and computationally oriented and therefore candidates are required to have good computational abilities and programming skills.
The lab’s research focuses on biomechanics and human motion analysis with the goal of finding biomedical applications and interventions to correct ambulatory mechanics and orthopedic disorders.

Contact Person
Dr. Arielle Fischer
Email: ariellef@technion.ac.il
The Wolfson Department of Chemical Engineering
Technion Electrochemical Energy based on Membranes (TEEM) laboratory
Prof. Dario Dekel
Field of Research
The focus of the research in Prof. Dario Dekel’s group is on electrochemical technologies based on ion conducting membranes. The tremendous progress in AEM development in recent years may allow anion-exchange membrane fuel cells (AEMFCs) to be an alternative energy source for vehicles in the near future. Therefore, basic understanding and control of the ionomer’s chemical structure, conductivity and chemical stability is of greatest importance for the future development of these advanced energy devices. Developing AEMFCs with high efficiency and performance stability offers a wide field of open questions and challenges from organic chemistry, chemical engineering, catalysis and energy research.
Appointment

Opportunities are offered to join the PhD and Postdoctoral positions in the TEEM group. Candidates will work on the synthesis and characterization of anion exchange membranes (AEMs), based on anion conducting polymers (ionomers).
Extraordinary and self-motivated PhD candidates are encouraged to submit a CV and a copy of their transcripts.
Postdoctoral candidates are expected to have expertise in either polymer chemistry, organic materials science, electrochemistry, synthetic organic chemistry. Prior experience in fuel cells (AEMFCs) is an advantage. Interested applicants are encouraged to submit a cover letter, CV, and any other relevant information, e.g., a sample publication and reference letters.

Contact Person
Prof. Dario Dekel
Email: dario@technion.ac.il
Faculty of Aerospace Engineering
Autonomous navigation and perception
Assoc. Prof. Vadim Indelman
Field of Research
Planning under uncertainty, Autonomous semantic perception & SLAM Join us in pushing forward the state-of-the-art in – Online planning under uncertainty – Autonomous semantic perception & SLAM and additional related directions. Take a look at different ongoing activities on the ANPL website and feel free to reach out: https://vindelman.net.technion.ac.il/
Appointment

The Autonomous Navigation and Perception Lab (ANPL) is looking for highly motivated and strong Ph.D. students & postdocs.

Take a look at different ongoing activities on the ANPL website and feel free to reach out:
https://vindelman.net.technion.ac.il/

Contact Person
Assoc. Prof. Vadim Indelman
Email: vadim.indelman@technion.ac.il
Faculty of Biomedical Engineering
Experimental and computational projects on clinically applicative mechanics and mechanobiology of cancer metastasis
A/Prof. Daphne Weihs
Field of Research
The Mechanobiology of Cancer and Wounds Laboratory at the Faculty of Biomedical Engineering, developed and applies advanced biomedical engineering approaches to uncover mechanical basis of biological processes such as metastasis. We are developing patient-specific approaches and tools to predict the clinical likelihood for metastasis formation and to prevent wound formation and accelerate wound healing. The interdisciplinary research combines innovative, clinically relevant mechanobiology experiments with advanced image processing, computer modeling, and machine learning approaches.
Appointment

Funded positions for MSc/PhD at the Mechanobiology of Cancer and Wounds Laboratory at the Faculty of Biomedical Engineering. Basic lab experimental experience or computer modeling background is required. For more information: https://weihs.net.technion.ac.il/open-positions/

Contact Person
A/Prof. Daphne Weihs
Email: daphnew@technion.ac.il
Faculty of Biology
Experimental Biology and/or Data Science
Prof. Roy Kishony
Field of Research
Upon receiving major funds for research in the fields of antibiotic resistance and pathogen genomics evolution, the Kishony lab at the Technion – Israel Institute of Technology is recruiting exceptional Ph.D. students and postdoctoral fellows in: Experimental biology: Candidates with deep knowledge in biology and experimentation, preferably also with a strong quantitative/programming background. Data science: Candidates with quantitative educational background in CS, Math, Physics, etc., with interest in biomedicine and experience in data analysis and/or machine learning. Candidates will join an interdisciplinary research group dedicated to developing novel paradigms for predictive diagnosis of infectious disease and resistance-resilient antimicrobial treatments. More info: https://kishony.technion.ac.il/
Appointment

Postdoctoral and Ph.D. positions for exceptional candidates in Experimental Biology and/or Data Science.

Contact Person
Prof. Roy Kishony
Email: rkishony@technion.ac.il
Faculty of Mechanical Engineering
Project on metamaterials in elastodynamics
Assoc. Prof. Gal Shmuel
Field of Research
The properties of artificial materials can be designed to exhibit extraordinary properties by cleverly engineering their composition. The objective of this ERC project EXCEPTIONAL is to develop metamaterials that manipulate elastic waves, with potential applications such as vibration isolation, energy harvesting, cloaking and more.
Appointment

PhD & Postdoc positions for ERC project on metamaterials in elastodynamics

Contact Person
Assoc. Prof. Gal Shmuel
Email: meshmuel@technion.ac.il
The Wolfson Department of Chemical Engineering
Predictive Chemical KInetics
Assist. Prof. Alon Grinberg Dana
Field of Research
Predicting the shelf life of pharmaceutical drugs. We develop scientific software that allow generating detailed chemical kinetic models to predict the behavior of chemical systems. In this project, you will be working on software development (in Python) and collaborate with experts from a leading international pharma company to solve a critical challenge in the field of predicting the chemical stability and resistance to oxidation of pharmaceutical molecules.
Appointment

MSc and PhD Positions

Contact Person
Assist. Prof. Alon Grinberg Dana
Email: alon@technion.ac.il
Faculty of Aerospace Engineering
Flow Physics Laboratory
Assist. Prof. Michael Karp
Field of Research
Our research focuses on theoretical and computational investigations of flow physics, with specific emphasis on instability and transition to turbulence. The common thread guiding our research is using a minimal number of elements to describe physical phenomena. Therefore, canonical settings, where effects of various parameters can be isolated, are often analyzed. Investigations of flow physics provide us with guidelines for controlling the flow and avoiding undesirable phenomena (e.g. stall, noise and vibrations), leading to safer, quieter and more efficient aerial vehicles with lower drag and fuel consumption.
Appointment

The flow physics lab is looking for motivated MSc, PhD and Postdoctoral candidates. Candidates should have strong fundamentals in fluid mechanics and mathematics. The ideal candidate will have self-learning abilities and an avid interest in understanding physical phenomena. High-level computer skills and experience with HPC platforms are desirable. Candidates are expected to submit a brief cover letter, along with their CV.

Contact Person
Assist. Prof. Michael Karp
Email: mkarp@technion.ac.il
Faculty of Biomedical Engineering
Our dynamic and highly collaborative cultivated meat project focuses on developing new culture approaches to increase the efficiency and reduce the cost of cultivated meat production.
Dina Safina Ph.D.
Field of Research
Our lab combines knowledge from cellular biology, tissue engineering, and bioprinting to create various tissues for regenerative purposes, disease modelling and sustainable food alternatives. Our dynamic and highly collaborative cultivated meat project focuses on developing new culture approaches to increase the efficiency and reduce the cost of cultivated meat production.
Appointment

The Levenberg Lab is looking for a highly motivated and skillful postdoc/research fellow to join our cultivated meat project.
The position requires Ph.D. in biomedical engineering, biology, biochemistry, biotechnology, food engineering, or related fields.
The ideal candidate must have experience in tissue culture, molecular and biochemical techniques.
Please, send your CV to karin.g@bm.technion.ac.il and dina.safina@bm.technion.ac.il.

Contact Person
Dina Safina Ph.D.
Email: dina.safina@technion.ac.il
The Wolfson Department of Chemical Engineering
Acoustic excitation of electrokinetic effects near surfaces for spectroscopy of electrical double layers of ions
Assoc. Prof. Ofer Manor
Field of Research
We use radio-frequency acoustic waves to vibrate and distort ion systems that naturally accumulate near surfaces and govern their electrical properties: The nanometer thick electrical double layer of ions. The electrical double layer is fundamental across countless natural and artificial systems. Its contributions to the electrical properties of surfaces dictate countless soft matter effects, from the folding structures of proteins and the rate of adsorption of molecules and particles to surfaces to governing the electrical properties and hence operation of biological and artificial membranes. By using acoustic waves to introduce electrokinetic effects in electrical double layers, we study their inner structure and dynamically alter their electrical properties. Candidates for both experimental and theoretical work are sought in all technical disciplines of soft matter, physics, and engineering. A basic numerical capability is expected.
Appointment

Experimental and theoretical PhD Positions are available in the group of Prof. Ofer Manor (https://chemeng.technion.ac.il/ofer-manor/)

Contact Person
Assoc. Prof. Ofer Manor
Email: manoro@technion.ac.il
Faculty of Aerospace Engineering
Small gas turbines for propulsion | Power generation applications
Assoc. Prof. Beni Cukurel
Field of Research
We conduct cutting-edge research in the fields of: Small gas turbines for propulsion | Power generation applications The scientific contributions are applicable towards small scale engines, which are commonly used in distributed power generation, business jets, unmanned air vehicles, auxiliary power units, marine applications etc.
Appointment

MSc and PhD Positions:

Requested Profile:
• Holder of a B.Sc. or M.Sc. degree in Physics, Mechanical Engineering, Aeronautical/Aerospace Engineering or related field.
• Expertise in MATLAB is required, experience with LabVIEW is desirable.
• A pre-existing background, or a strong desire to acquire knowledge, in several of
the following subjects is essential: Aerodynamics, Acoustics, Heat Transfer,
Rotordynamics, Vibrations, Turbomachinery, Physics, & Measurement Technique Development.
• High level of English language proficiency is required.
• Candidates are expected to be self-motivated, hardworking & team players.

Expected Tasks of the Position:
• Analytical & numerical modelling • Design of experiments • Design, assembly &
calibration of new experimental setups • Data acquisition & processing •
Aero-thermal Simulations • Optimization

Contact Person
Assoc. Prof. Beni Cukurel
Email: bcukurel@technion.ac.il
Faculty of Mechanical Engineering
Demonstrating a novel heat engine for solar and waste heat conversion to electricity
Assoc. Prof. Carmel Rotschild
Field of Research
Demonstrating a novel heat engine for solar and waste heat conversion to electricity. Such an engine is based on an isothermal expansion of bubbles flow in a nozzle, where the liquid increases thermal energy density by three orders of magnitude. The simplicity (similar to hydroelectric) and low cost, open the way for 24/7/365 solar energy, and waste heat recovery.
Appointment

PhD and MSc researcher on a novel heat engine for solar and waste heat conversion to electricity.

Ph.D. and MSc student with prior degrees in Mechanical, Aeronautical, Aerospace Engineering, physics, or related field with an understanding of hydrodynamics and fluid dynamics. The selected individual will join the group effort in demonstrating a novel heat engine for solar and waste heat conversion to electricity. Such an engine is based on an isothermal expansion of bubbles flow in a nozzle. The research will be focused on designing and demonstrating an efficient nozzle, turbine, and isothermal compressor and other related topics.

Contact Person
Assoc. Prof. Carmel Rotschild
Email: carmelr@technion.ac.il
Faculty of Biology
Islets of Langerhans and diabetes
Assist. Prof. Nadav Sharon
Field of Research
Our lab seeks to understand the causes for diabetes and find alternative cures for the disease. We aspire to uncover the mechanisms that lead to formation of insulin producing beta cells during embryonic development, and apply our findings to find new ways to direct the differentiation of human embryonic stem cells into functional beta cells, as a source for transplantation. We also learn how the immune system is recruited to destroy beta cells during the events that lead to type 1 diabetes, and look for markers for early diagnosis of the disease. Our lab uses a wide range of advanced technologies, including single cell RNA sequencing, robotic high throughput screens, lightsheet microscopy and more. www.sharonlab.com
Appointment

MSc and PhD positions: We are looking for outstanding and curious students who are interested in taking part in cutting-edge research about the islets of Langerhans and diabetes. Our questions include: How do islets acquire their shape? How can human embryonic stem cells make better beta cells? Can beta cells divide? What causes diabetes?
Students must have background in any field of biological research. Computational skills are an advantage, but NOT a requirement.

Contact Person
Assist. Prof. Nadav Sharon
Email: nadavsharon@technion.ac.il
Faculty of Aerospace Engineering
Control and Coordination of Multi-Agent Systems
Assoc. Prof. Daniel Zelazo
Field of Research
The Cooperative Networks and Controls Lab (ConNeCt) within the faculty of Aerospace Engineering at the Technion is currently seeking motivated students to pursue a PhD. We are looking for students with a broad interest in multi-agent and network control theory. Problems we consider include, but are not limited to * control and coordination of multi-robot systems * design of robust and resilient network systems * networked event-triggered control problems * graph-theoretic methods for control of multi-agent systems
Appointment

PhD Openings. The successful candidate should have a strong background in control theory and mathematics. Interested candidates are invited to send a copy of their CV, academic transcript, and brief research statement to Prof. Daniel Zelazo

Contact Person
Assoc. Prof. Daniel Zelazo
Email: Dzelazo@technion.ac.IL
Faculty of Aerospace Engineering
Small-scale and rarefied gas flows
Assoc. Prof. Avshalom Manela
Field of Research
Gases flowing in micro-scale devices or at extreme low pressures are named “rarefied”. Quantitatively, in gas-flow setups where the characteristic length-scale is of the order of the mean free path of a gas molecule, the continuum hypothesis breaks down and the flow-field cannot be described using traditional continuum (Navier-Stokes) equations. This situation is common in high-altitude flight (during reentry of space shuttles), where the mean free path is large, or in small-scale electronic devices (MEMS/NEMS), where both length- and time-scales may become very small. In such cases any study of “classical” hydrodynamic phenomena, such as flow stability or heat and mass transfer, must take into account the microscopic (molecular) properties of the fluid. The proposed work examines the conditions for continuum breakdown in a variety of applications and applies the kinetic theory of gases to study problems such as high-altitude flight; ultra-fast heating processes; and transition to turbulence in rarefied gas flows.
Appointment

MSc and PhD Positions

Contact Person
Assoc. Prof. Avshalom Manela
Email: amanela@technion.ac.il
Faculty of Aerospace Engineering
Small-scale and rarefied gas flows
Assoc. Prof. Avshalom Manela
Field of Research
Gases flowing in micro-scale devices or at extreme low pressures are named “rarefied”. Quantitatively, in gas-flow setups where the characteristic length-scale is of the order of the mean free path of a gas molecule, the continuum hypothesis breaks down and the flow-field cannot be described using traditional continuum (Navier-Stokes) equations. This situation is common in high-altitude flight (during reentry of space shuttles), where the mean free path is large, or in small-scale electronic devices (MEMS/NEMS), where both length- and time-scales may become very small. In such cases any study of “classical” hydrodynamic phenomena, such as flow stability or heat and mass transfer, must take into account the microscopic (molecular) properties of the fluid. The proposed work examines the conditions for continuum breakdown in a variety of applications and applies the kinetic theory of gases to study problems such as high-altitude flight; ultra-fast heating processes; and transition to turbulence in rarefied gas flows.
Appointment

MSc and PhD Positions

Contact Person
Assoc. Prof. Avshalom Manela
Email: amanela@technion.ac.il
Faculty of Biomedical Engineering
Bioelectric and Bio-energetic Systems
Assoc. Prof. Yael Yaniv
Field of Research
The Bioelectric and Bio-energetic Systems Laboratory, Faculty of Biomedical Engineering, examines how bioelectric and bioenergetics signal control biological and physiological system function. The interdisciplinary research interests focus primarily on sinoatrial/atrial intracellular mechanism connections under healthy and cardiac disease conditions. Specifically, searching for disease-related changes in the interconnected signaling that may lead to new drug treatments.
Appointment

Funded position for MSc/PhD. at the Bioelectric and Bio-energetic Systems Laboratory, Faculty of Biomedical Engineering. Funded position for MSc/PhD. at the Bioelectric and Bio-energetic Systems Laboratory, Faculty of Biomedical Engineering. Basic lab experimental experience is required together with background in physiology. For more info: https://bioelectric-bioenergetic-lab.net.technion.ac.il/

Contact Person
Assoc. Prof. Yael Yaniv
Email: yaely@bm.technion.ac.il
Department of Arts & Humanities
Early Modern Philosophy and Science
Prof. Ohad Nachtomy
Field of Research
As part of a new research initiative, applications are invited for a full-time postdoctoral position. The successful candidate will be part of the early modern philosophy and science workgroup supervised by Prof. Ohad Nachtomy, and conduct independent and collaborative research. The goal of the new workgroup is to conduct cutting-edge research in history of philosophy and science and philosophy at the early modern period, and to foster interdisciplinary collaborations that link the humanities to science and technology.
Appointment

Postdoc position in Early Modern Philosophy and Science: Beginning from October 2022 (flexible), for a duration of one year (with option for extension). The successful candidate will become part of the early modern philosophy and science workgroup supervised by Prof. Ohad Nachtomy, and conduct independent and collaborative research. Teaching is welcome but optional. The goal of the new workgroup is to conduct cutting-edge research in history of philosophy and science and philosophy at the early modern period, and to foster interdisciplinary collaborations that link the humanities to science and technology. We have some preference to scholars working on Leibniz or Spinoza but the research topic is open. The applicant is required to have a PhD in either philosophy, history, or history of science, awarded or close to completion. Ability and desire to conduct independent research are essential; a publication record in a pertinent field is highly desirable. Pay: $30,000 per year. The application (in English) should include: CV, a list of publications, a writing sample, a research proposal (2-3 pages), two letters of recommendation. Apply before March 30th, 2022 to Anat Glass: anatg@technion.ac.il

Contact Person
Prof. Ohad Nachtomy
Email: ohadnachtomy@technion.ac.il
Department of Arts & Humanities
History and Philosophy of Science
Prof. Ohad Nachtomy
Field of Research
The new research group for history and philosophy of science and engineering in the Department of Humanities and Arts is seeking applications from outstanding candidates for a tenure-track position.
Appointment

Faculty Position in History and Philosophy of Science: The new research group for history and philosophy of science and engineering is seeking applications from outstanding candidates for a tenure-track position starting from October 2022. The program fosters research projects that link the humanities with science and engineering. We are seeking to fill a position in the history and philosophy of science and engineering. We have a preference for specialty in history of science and an emphasis on ethical and environmental consequences of technological developments. As we implement an embedded ethics approach, interest in developing and researching such a program would be helpful. Candidates should have a PhD in one of the relevant disciplines and a promising record of publications. Training in one of the sciences is a significant plus, and interest in developing joint projects with scientists and engineers is highly desirable. The rank is open but we have a slight preference for candidates who are in their early or mid-career stage. Interested candidates should send a CV, writing sample, a research project (2-5 pages), and should arrange for three letters of recommendation to be sent to Anat Glass: anatg@technion.ac.il by April 15, 2022. For inquiries, please contact Ohad Nachtomy at ohadnachtomy@technion.ac.il

Contact Person
Prof. Ohad Nachtomy
Email: ohadnachtomy@technion.ac.il
Faculty of Civil and Environmental Engineering
Autonomous Vehicle Systems
Prof. Shlomo Bekhor
Field of Research
Autonomous Vehicle Systems: Are you interested in working at the cutting edge of big data and transportation? Are you motivated to develop a socially-conscious autonomous vehicle system?
Appointment

Fully Funded PhD and MSc position: We are looking for outstanding and dedicated doctoral and master students with strong interdisciplinary skills. Candidates holding a degree in engineering, urban planning, computer science or data science are encouraged to send their CV. Candidates holding a degree in engineering, urban planning, computer science or data science are encouraged to send their CV to: Prof. Shlomo Bekhor at: sbekhor@technion.ac.il. Title of call: Autonomous Vehicle Systems. For more information, please contact: Avigail Ferdman, PhD, at: avigailf@technion.ac.il.

Contact Person
Prof. Shlomo Bekhor
Email: avigailf@technion.ac.il

Pablo Alberdi Pagola

Technion has opened new doors across borders in front of me, discovering a wide variety of opportunities in academic research and industry, surrounded by exceptional people.”

Chaitanyakumar Desitti

I observed that all the courses at Technion are close to real-life applications. The university offers scrupulous guidance to shape students’ ideas into innovations.”

Shaya Naimi

Technion gave me the opportunity to work alongside brilliant people, experience life in a new country, and explore my academic passions.”

Xifan Ou

At Technion, the strong academic atmosphere, advanced equipment, and pleasant natural environment are all very special. People here are especially friendly and kind-hearted. They helped me quite a lot. Coming to Technion is one of the best choices I have ever made.”

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