PHD Researcher jobs at Harvard University - 25 jobs

REQUIRED: A minimum of a bachelor's degree in economics, computer science, mathematics, statistics or a related field; a minimum of two years of specialized experience with qualitative data analysis, research methods, social sciences (which may include experience gained as an undergraduate); strong quantitative and programming skills; time and project management skills, with high accuracy of details; ability to deal with confidential information and/or issues using discretio. PREFERRED: Knowledge of Stata, Matlab, R, GIS, and/or Python and research experience, acquired through an RA-ship or an independent research project. Preferred start date is July 1st, 2026 with some flexibility. An employment term of 1-2 years is expected. Please apply online with a single PDF attachment titled "RA_Application_[First name]_[Last name].pdf", including: cover letter, resume, transcript if applicable. Direct questions to David Atkin or Dave Donaldson. A full copy of the job description can be viewed here. 10/22/2025 PREDOCTORAL RESEARCHER, Economics, to support work at all stages of the research process on a few new and ongoing research projects in the fields of industrial policy, international trade and development economics, under the guidance of Professor David Atkin or Professor Dave Donaldson. These positions offer the opportunity to gain exposure to and training in a broad set of economic research topics and methodologies. Specific responsibilities include collating, cleaning and organizing data, analyzing data using statistical software, presenting results, extending theoretical frameworks, and editing papers for publication. Data analysis work will include analyzing large datasets, including administrative datasets, credit registries, meteorological data and satellite imagery. They will be fully integrated into the research community at MIT. Attending seminars encouraged. The position is ideally suited to those planning to attend graduate school in economics.

We are looking for a highly skilled and motivated individuals to work as full-time research assistant for a period of at least one year, with the option to extend to two years. Our ideal employment start date would be between March 1 st to July 15 th , 2026, The work will entail close collaboration with all stages of the research process on several projects in the areas of fintech, cryptocurrencies and blockchain, financial intermediation, and consumer finance. This position offers the opportunity to gain exposure to a broad set of economic research topics and methodologies and is especially valuable for someone who wants to pursue a PhD or advanced Master's program in economics, finance, business analytics or related fields. The chosen candidates will also gain valuable experience analyzing large data sets and learning skills in machine learning, big data, econometric methods and working with unique data sets. Prinicipal Duties and Reponsibilities Perform analysis of large-scale quantitative and qualitative datasets as part of research projects. Use of new tools to collect and process data. Work with blockchain data and data from other digital platforms. Summarize and document research results and learn about different research agendas. Other duties are as needed or required. Bachelor's degree in Computer Science, Economics or Statistics, or a related field; minimum 2 years' specialized experience with qualitative data analysis, research methods, social sciences (which may include experience gained as an undergraduate; strong programming skills and experience, especially in Python, R or SQL; and ability to work independently to solve problems. Candidates must have authorization to work in the US for the duration of the appointment. Master's degree preferred. The pay range for Technical Associate I is $50,000-$63,000

REQUIRED: PhD, MD, or equivalent by June 30, 2026; demonstrated interest in interdisciplinary and translational research; strong analytical, communication, and project-management skills; and collaborative mindset and commitment to MIT's mission. A four-year, full-time appointment with a $90,000 annual salary (plus cost-of-living increases), MIT benefits, research support, and access to innovation resources. Fellows are based on MIT's Cambridge, MA campus. Applicants must submit all materials via the portal at ************************************** Applications are due February 1, 2026; finalists will interview March 30, and selections will be announced in April. Fellows begin between July 1 and September 1, 2026. 12/15/2025 BISWAS POSTDOCTORAL FELLOWSHIP, Office of Innovation and Strategy, to join the second round of the fellowship, a prestigious program supporting innovative, cross-disciplinary research through the MIT Health and Life Sciences (HEALS) Collaborative. The fellowship seeks exceptional early-career researchers pursuing high-impact work in areas such as AI and health, low-cost diagnostics, nano-scale therapeutics, neuroscience, women's health, and fundamental discovery-driven science. Will conduct original and collaborative research aligned with MIT HEALS; engage with faculty, staff, and industry partners to translate findings into real-world impact; participate in HEALS events, programming, and strategic initiatives; contribute through presentations, publications, and potential pilot projects; and collaborate across disciplines to advance the future of health and life sciences. Fellows receive a fully funded four-year appointment, faculty mentorship, participation in a strong cohort, and access to programming focused on academic, industry, and entrepreneurial career paths. Fellows may collaborate with MIT faculty from any department and must include a letter of support from their proposed faculty host. Applicants are encouraged to contact potential hosts early to discuss research plans.

REQUIRED: Ph.D. in biochemistry, structural biology, biophysics, or a related discipline; demonstrated expertise in transmission electron microscopy (TEM) and/or scanning electron microscopy (SEM); familiarity with cryogenic sample preparation methods; strong troubleshooting, organizational, and interpersonal skills; ability to work independently while balancing the needs of a multi-user facility; and commitment to training and supporting a diverse scientific community. PREFERRED: Four+ years of research experience in biological electron microscopy; experience with cryo-FIB milling and lamella preparation; background in SPA, cryo-electron tomography, or related data processing workflows; experience identifying and diagnosing microscope or equipment performance issues; proficiency with computational tools for cryo EM data analysis; experience with Python, Linux, or HPC environments; and experience in a multi-user or shared research facility. 10/20/2025 RESEARCH SCIENTIST, CRYOEM FACILITY, Biology, will be supporting a diverse and expanding research community in cryogenic sample preparation, imaging, and data analysis and will train and support users in specimen preparation, data collection, and cryo EM/cryo ET workflows; maintain and calibrate instruments; assist in collaborative projects; and help shape next-generation techniques in structural biology including leading the integration of the HydraBio system for advanced in situ studies using fluorescence-guided targeting. Located within MIT.nano, the facility features cutting-edge instrumentation, including a Titan Krios (BioQuantum-K3), Talos Arctica (Falcon3EC/K3), and an Aquilos cryo-FIB/SEM (soon to be upgraded to a HydraBio plasma FIB/SEM with Delmic METEOR fluorescence microscope), along with Chameleon and Vitrobot vitrification systems and robust computational infrastructure. Responsibilities include user training and mentoring (~35%), facility operations and administration (~30%), collaborative work and staff-assisted usage (~20%), equipment maintenance (~10%), and community engagement (~5%). Full job description available here: ********************************************************************************

Classification: Exempt Job Family: PostDocs Reports to: Member Postdoctoral Associate To increase scholarly competence in the laboratory/research environment under the guidance and supervision of the Principal Investigator. • The appointment is designed for the individual who has recently received his/her doctorate degree. • The term of the appointment is limited; typically from one year (renewable annually) to three to five years. • Funding for the Postdoctoral Associate is provided directly by the Institute. Salary: $72,100 Whitehead Institute is an E-Verify employer ********************************************** Contents/E-Verify_Participation_Poster_ES.pdf

REQUIRED: A Ph.D. in Chemistry by the start date; strong publication record in synthetic chemistry and photophysics; and excellent leadership and communication skills, both oral and written. PREFERRED: Experience with DFT or quantum-chemical calculations. This is a one-year appointment that may be renewed based on funding and performance. Applications must contain: 1) a cover letter, 2) a curriculum vitae (CV), and 3) a one-page research plan that reflects the candidates research interest relevant to job ad. These items must be submitted as a single PDF file. Due to volume, no documents willbe accepted via email. 11/4/2025 POSTDOCTORAL ASSOCIATE, Chemistry, to join the laboratory of Prof. Robert J. Gilliard, Jr. at Massachusetts Institute of Technology (MIT); work on projects related to the design, synthesis, and photophysical properties of helicenes, nanographenes, graphene nanoribbons, or other arene-rich supramolecular architectures; conduct advanced synthesis of a polycyclic aromatic hydrocarbons and various characterization methods, including but not limited to, nuclear magnetic resonance spectroscopy, ultraviolet-visible spectroscopy, photoluminescence spectroscopy, time correlated single photon counting, quantum yield measurements, cyclic voltammetry, and X-ray crystallography; ensures appropriate research record-keeping and data management; maintain laboratory instrumentation; and serve as a mentor and resource for junior lab members.

REQUIRED: A Ph.D. degree in Chemistry by start date; strong publication record in synthetic chemistry and photophysics; and excellent leadership and communication skills, both oral and written. This is a one-year appointment that may be renewed based on funding and performance. Applications must contain: 1) a cover letter, 2) a curriculum vitae (CV), and 3) a one-page research plan that reflects the candidates research interest relevant to job ad. These items must be submitted as a single PDF file. Due to volume, no documents will be accepted via email. 11/4/2025 POSTDOCTORAL ASSOCIATE, Chemistry, to join the laboratory of Prof. Robert J. Gilliard, Jr. at Massachusetts Institute of Technology (MIT); work on projects related to the design, synthesis, and photophysical properties of near-infrared absorbing and emitting dyes for bioimaging and optoelectronic materials; conduct advanced synthetic techniques, including small-scale work, inert-atmosphere synthesis, multi-step reaction sequences, and chromatography and various characterization methods including but not limited to, nuclear magnetic resonance spectroscopy, ultraviolet-visible spectroscopy, photoluminescence spectroscopy, time correlated single photon counting, quantum yield measurements, cyclic voltammetry, and X-ray crystallography; ensure appropriate research record-keeping and data management; maintain laboratory instrumentation; and serve as a mentor and resource for junior lab members.

REQUIRED: A Ph.D. in Chemistry by the start date; strong publication record in synthetic chemistry and photophysics; and excellent leadership and communication skills, both oral and written. PREFERRED: Experience with DFT or quantum-chemical calculations. This is a one-year appointment that may be renewed based on funding and performance. Applications must contain: 1) a cover letter, 2) a curriculum vitae (CV), and 3) a one-page research plan that reflects the candidates research interest relevant to job ad. These items must be submitted as a single PDF file. Due to volume, no documents willbeaccepted via email. 11/4/2025 POSTDOCTORAL ASSOCIATE, Chemistry, to join the laboratory of Prof. Robert J. Gilliard, Jr. at Massachusetts Institute of Technology (MIT); work on projects related to small-molecule activation; conduct synthetic methods that involve stoichiometric, catalytic, photocatalytic, or electrochemical bond activation strategies and advanced chemical synthesis and various characterization methods, including but not limited to use of an inert atmosphere glovebox and Schlenk line, nuclear magnetic resonance spectroscopy, electron paramagnetic resonance spectroscopy, ultraviolet-visible spectroscopy, cyclic voltammetry, and X-ray crystallography; ensure appropriate research record-keeping and data management; maintain laboratory instrumentation; and serve as a mentor and resource for junior lab members.

REQUIRED: Ph.D. in Physics, Nuclear Engineering, Plasma Science, Computer Science, or a related field; experience with plasma physics, MHD stability, or fusion energy research; familiarity with large-scale data management, curation, FAIR data principles, and machine learning; experience conducting original scientific research as well as publishing in scientific journals; demonstrated skills in scientific programming (Python preferred, JAX desirable), and control system integration (C/C++ familiarity); strong communication and collaboration skills, with the ability to work effectively in a multi-institutional environment, including staff and students from MIT, other universities, national laboratories, and private industry; and commitment to mentoring and outreach in support of a diverse research community. This is a one-year position with the possibility of renewal depending on satisfactory performance and continued funding. The position will be 100% off-campus at General Atomics (GA) in San Diego, CA, working in close coordination with GA researchers and MIT collaborators, including Columbia University, UCSD, and UCI. Application material should include a cover letter, CV, and the names and contact information of three references. This material should be submitted as a single PDF in the resume field of the application. 11/12/2025 POSTDOCTORAL ASSOCIATE, Plasma Science and Fusion Center (PSFC), to carry out fundamental and applied research in support of integrated core and edge MHD instability control for metallic wall tokamaks; work in the Disruptions group and focus on the application and controllability quantification of real-time solutions for avoiding and preventing off-normal events, e.g. tearing and neoclassical tearing modes in metal-wall scenarios; support the creation and validation of machine learning (ML) and hybrid physics + ML models to monitor and control the proximity to stability boundaries, their compliance with open and FAIR principles, besides leading/supporting experiments at DIII-D and international tokamaks; make original research contributions to the PSFC program; produce work for publication; present work at scientific conferences; and mentor graduate and undergraduate students.

REQUIRED: Ph.D. in computer science, mechanical engineering, applied math, or related field with significant research experience in machine-learning/AI algorithm development, specifically in deep generative models and/or graph neural networks. Domain knowledge of Mechanical Engineering problems is not required. The ability to transfer your knowledge to Engineering problems is however expected. Please submit a single pdf with the following: cover letter specifying relevant qualifications, current research interests, and expertise; CV, statement of proposed research; this one-page statement should discuss novel research directions that the Postdoctoral Associate would like to initiate at the DeCoDE lab which align with the applicant's expertise, and one peer-reviewed publication. Additionally, three letters of reference, including contact information, will be required during the interview process. 10/20/2025 POSTDOCTORAL ASSOCIATE, Mechanical Engineering, to perform cutting-edge research on projects centered around machine learning models for Computer Aided Design and Engineering Design in the Design Computation and Digital Engineering (DeCoDE) laboratory at MIT under the guidance of Dr. Faez Ahmed (************************ Will be responsible for researching, designing, and developing novel methods and algorithms for applications in the Engineering Design domain; demonstrating a commitment to deliver results; working on research proposals; and working in a team environment.

REQUIRED: Ph.D. in neuroscience, computer science, or a related field; experience in machine learning and developing and validating computational analysis workflows; attention to detail; excellent interpersonal, analytical, problem-solving, organizational, documentation, communication, and time-management skills; self-motivation and ability to work independently; and ability to work as part of a tightly knit team. 10/6/2025 POSTDOCTORAL ASSOCIATE, DORKENWALD LAB, McGovern Institute for Brain Research - Dorkenwald laboratory, to develop computational reconstruction, analysis, and modeling approaches for connectomics datasets. The lab develops computational approaches to reconstruct, analyze, and model large-scale connectomes, aiming to uncover organizational principles of neuronal circuits and how circuit structure supports computation. Will lead research on one or more of the following areas: Automated proofreading & annotation at scale: Machine learning approaches for error detection, human-in-the-loop proofreading of automated cell reconstructions, active-learning approaches for efficient annotation, and self-supervision approaches for tokenizing image datasets and cell reconstructions; Circuit analysis & modeling: Analysis of cortical connectomes, including comparative analyses across ages/regions; hypothesis-driven tests of discovered circuit rules; pair analyses with data-constrained models (e.g., RNNs, dynamical systems) and simulations; Morphology representation & multi-modal linking: Learn representations of detailed cell morphologies to link across datasets (within connectomics) and across modalities (e.g., EM Patch-seq) to build multi-modal connectomic resources that provide the basis for analyses that combine, e.g., connectivity with transcriptomic information; and publish in leading venues, maintain high-quality, reproducible code, collaborate across McGovern/BCS and external collaborators, and mentor students.

REQUIRED: A Ph.D. in Computer Science or another related field defended and completed by the start date of the position, which is no later than September 1, 2026; advanced quantitative methods training with expertise in experiments, identification, and causal inference; proven record of academic excellence, research achievement and publication that contributes to the study of the above areas; attention to detail; self-motivation and ability to work on projects independently; proven ability to handle multiple projects concurrently and meet deadlines; and demonstrated proficiency in Python and willingness to contribute to open source. PREFERRED: Qualitative fieldwork experience. The appointment is for one year starting Summer 2026 (flexible start date), with the possibility of renewal for a second year. The Postdoctoral Associate should expect to work from Cambridge, MA for the duration of the appointment, with some potential fortravel. The position is eligible for MIT benefits. Please provide the following as compiled in one attachment: Cover letter; CV/Resume; and Research statement of primary research interests including ongoing and planned projects (3-5 pages). Shortlisted candidates will be asked to provide three letters of reference. Priority review will be given to application materials submitted through careers.mit.edu. 9/15/2025 POSTDOCTORAL ASSOCIATE, Laboratory for Information and Decision Systems (LIDS) and Sloan School of Management in collaboration with The Social and Ethical Responsibilities of Computing (SERC), will focus on generative AI and reasoning through the lens of social and ethical responsibilities of computing; provide supervision and guidance to students, and researchers while engaging in activities that support the general mission of MIT Sloan, SERC, and LIDS; collaborate with other post docs, and instructors along with supervising a SERC scholar's group throughout the academic year. This unique joint appointment offers an exceptional opportunity to conduct cutting-edge research across multiple departments at MIT. Responsibilities will approximately be divided as 50% ongoing and new applied research projects under the supervision of Professors Sertac Karaman and Eric So; 25% independent research; 20% participating in SERC's community-building activities and programming, including to lead a SERC Scholar Group throughout the academic year; and additional responsibilities as determined by organizational needs. The Social and Ethical Responsibilities of Computing (SERC) is facilitating the development of responsible "habits of mind and action" for those who create and deploy computing technologies and foster the creation of technologies in the public interest.

REQUIRED: PhD in Astronomy/Astrophysics, Computer Science, Physics, Chemistry, or related field; demonstrated expertise in Python and significant software development experience. PREFERRED: Experience with rotational spectroscopy, radio astronomy, radiative transfer calculations, and/or machine learning. These qualifications can be demonstrated through peer-reviewed publications, but it is recognized that publications are not always the best indicator of skills and experience in scientific software development. Applications will be reviewed starting 28 January 2026 and review will continue until the position is filled. The initial step of the application requires a curriculum vitae, cover letter (2 pages maximum), and names and contact information for three references. The cover letter should highlight your Python software development experience as well as any familiarity with rotational spectroscopy, radio astronomy, radiative transfer calculations, and/or machine learning. You should also briefly describe your scientific interests, accomplishments to date, and plans for your research during the postdoc, these can include specifying areas of current research in the group that you would be interested in contributing to. Finally, please provide the names and e-mail addresses of three individuals willing to provide a letter of recommendation upon request. The initial appointment is for one year, with renewal for an additional year available contingent on performance and mutual agreement. Further extensions are possible contingent on funding. The postdoc will be located at MIT, but will visit NRAO Headquarters in Charlottesville, VA, as part of these design efforts. Revised 1/12/2026 POSTDOCTORAL ASSOCIATE, Chemistry, will lead design and development of an open-source Python-based package for the prediction and analysis of spectroscopic data, primarily rotational spectra and radio astronomical observations. The package will be an overhaul and extension of a first-generation suite of codes. In consultation with stakeholders, the postdoc will synthesize an extensive (existing) collection of science and technical requirements into a development plan and roadmap, then lead those development efforts. The work will be performed in close collaboration with scientific staff at the National Radio Astronomy Observatory (NRAO) to identify synergies with next-generation telescopes (e.g. ALMA WSU and ng VLA) and value-added archival data products. The postdoc will be expected to devote 50% of their effort to this development process during that time, while the remaining 50% is to be used to pursue their own scientific interests. As part of the McGuire group, the postdoc will have access to several state-of-the-art microwave spectrometers, numerous large astronomical datasets, an extensive network of international collaborators, and the opportunity to mentor students and travel to meetings to present their work.

REQUIRED: PhD in relevant domains such as battery chemistry, material science, recycling, automotive engineering. PREFERRED: Experience working with modeling tools such as Vensim, etc.; experience working with business on strategic issues, ideally with a global corporation; and has a deep understanding of the science of circularity (material science, chemistry) and the business dynamics/economics of the circular economy. Candidate needs to come to MIT 2-3 days a week. This is a one-year position with the possibility of renewal depending on satisfactory performance and continued funding from the sponsor - a major automotive OEM. 1/14/2026 POSTDOCTORAL ASSOCIATE, MIT Mobility Initiative-Urban Studies and Planning, reports directly to the MMI Executive Director and works closely with the MMI Faculty Director and other MMI colleagues. Will conduct research into the reuse, recovery, and recyclability of Electric Vehicle (EV) batteries to help mitigate resource constraints, reduce mining/emissions, and lower lifecycle costs, via a circular battery economy that depends on the complex interplay of technical, business, and regulatory factors. This research aims to develop a dynamic systems model that links these interconnected technical, business, and regulatory factors to simulate and explore how different futures might unfold. The goal is to identify conditions and scenarios under which circular battery practices may become self-sustaining, economically viable, and resilient to market volatility.

REQUIRED: A PhD in plasma physics or related area; exceptional computational workflow development skills; and experience and deep understanding of the needs for interpretive transport validation exercises, such as profile fitting, interpretive power balance, uncertainty quantification, inversion techniques, model validation and analysis, and database construction. PREFERRED: Experience with modeling of plasma dynamics (particularly turbulent transport and pedestal physics); experience with data-driven, machine learning and surrogate modeling; and presentation skills and proven research independence. Application material should include a cover letter, CV, and the names and contact information of three references. This material should be submitted as a single PDF in the resume field of the application. This is a one-year position with the possibility of renewal depending on satisfactory performance and continued funding. 12/3/2025 POSTDOCTORAL ASSOCIATE, Plasma Science and Fusion Center - The Magnetic Confinement Energy Integrated Modeling (MFE-IM) and SPARC Performance and Transport (P&T), to conduct research in core/edge modeling, scenario optimization and experimental interpretation in the SPARC tokamak; lead the efforts of creating a platform to analyze experimental data in SPARC early campaign plasmas and integrate with other research groups; create modeled plasma databases using integrated modeling frameworks (such as TRANSP, TORAX, FUSE, ASTRA, JINTRAC, etc); be part of the implementation and application of scenario optimization techniques that could be applied in between shots and between run days, to include model correction techniques and transfer learning to maximize success probability of SPARC experiments; and interact broadly with research groups at MIT, CFS and the broader fusion community.

REQUIRED: Ph.D. in mechanical engineering, civil engineering, electrical engineering, or other related engineering field; expertise in power systems research, technoeconomic analysis, the proliferation of data centers and technoeconomic considerations behind them, numerical modeling, building materials and HVAC systems, and complex systems design; excellent project management and communication skills; ability to work with minimal supervision and prioritize work to meet deadlines; and fluency in spoken and written English. PREFERRED: Experience coordinating research projects with industry partners and/or across different disciplines; or project management and/or research leadership experience. 12/12/2025 POSTDOCTORAL ASSOCIATE, Mechanical Engineering, to join MIT Global Engineering and Research (GEAR) Center and MIT Climate and Sustainability Consortium (MCSC) to research integrated systems design of data centers. The candidate will be responsible for preparing in-depth techno-economic analyses of global data center systems to identify innovative cost reduction strategies. Strategies may be directed at component redesign, improved system integration, or unique operation strategies to minimize energy and water usage. The aim of the research is to generate parametric engineering design theory that facilitates multi-objective, multi-disciplinary optimization of data center design considering location, building operations, materials, energy use, water use, cooling system design, and co-located renewable power systems design. The candidate will regularly present research results at meetings and workshops, prepare progress reports for sponsors, collaborate with GEAR Center and MCSC researchers, and publish papers at conferences and in peer-reviewed journals. As a member of GEAR Center, the postdoctoral associate will be considered a Yang Tan Fellow.

REQUIRED: Ph.D. in computer science or related technical or engineering field; experience with Python, FastAPI, Swagger or other backend development tools; familiarity with database technologies (Dynamo DB or Influx DB), and deployment practices including both traditional server deployment (e.g., Docker) and cloud/serverless architectures (AWS SAM, Lambda, Amplify); experience with React or web and mobile application development; familiarity with GitHub; excellent project management and communication skills; ability to work with minimal supervision and prioritize work to meet deadlines; and ability to understand research results based on engineering theory at the master's level. 12/15/2025 POSTDOCTORAL ASSOCIATE, K. Lisa Yang Global Engineering and Research (GEAR) Center, to advance research on software, mobile apps, and hardware integration for irrigation controllers and system sizing tools designed for resource-constrained settings. The candidate will be responsible for the design, prototyping, troubleshooting, field testing, and iterative improvement of the software backend system for a mobile app that has hardware components. The aim of the research is to create a robust drip irrigation controller and app for resource-constrained farmers in the Middle East and North Africa that will optimize for maximum crop yields with minimal water and energy consumption and minimal capital costs. The candidate will regularly present research results at meetings and workshops, prepare progress reports for sponsors, and publish papers at conferences and in peer-reviewed journals. Opportunities might arise to be part of the founding team for a start-up company that spins off from the research. As a member of GEAR Center, the postdoctoral associate will be considered a Hock Tan Fellow.

REQUIRED: PhD, received within the last 24 months, in an engineering or science discipline related to micro/nanofabrication; excellent research and publication record; proven ability to independently design, execute, and optimize a broad range of fabrication processes; practical and theoretical familiarity with many process categories (e.g. lithography, ICP etching, PECVD deposition, diffusion, etc.); in-depth knowledge of plasma etching; expertise in data management and processing, and associated programming experience (e.g. Python, MATLAB, etc.); be methodical, detail-oriented, and a critical thinker that is willing to learn and perform a wide range of tasks with minimal supervision; enthusiasm for educating students about processing, fabrication solutions and approaches; and excellent interpersonal, planning, organizational, presentation, analytical, and written and oral communication skills. Candidates are expected to provide a one-page statement outlining their nanofabrication background, interests, and future career goals. 12/18/2025 POSTDOCTORAL ASSOCIATE - PLASMA ETCHING (PDPE), MIT.nano, is a one-year term appointment, that will help the broader MIT.nano research community better understand the complexity of plasma etching and contribute to new trends, methods, and knowledge in the lab. The PDPE will, in collaboration with MIT.nano staff, identify current and emerging etch process challenges, prioritize them and find solution approaches. The PDPE will aggregate and disseminate this knowledge across MIT.nano. This will be done by identifying knowledge bottlenecks, reviewing the literature, designing experiments to understand and improve tool performance, and - most importantly - by summarizing findings in white papers and application notes. A full job description can be found here: ********************************************************************************

REQUIRED: Ph.D. by May 2026 in political science, statistics, computer science, or a related program. PREFERRED: Demonstrated skills in methodological areas and their application to the social sciences. Applications should include (as a single PDF) a cover letter, CV, graduate school transcripts, and a two-to-four page research statement. Two letters of recommendation are required, and applicants should ask their referees to send the confidential letters directly to Professor Egami at *************. Applications will be reviewed on a rolling basis, and the review process will continue until the position is filled. The position is in-person and based on the MIT campus. Visa support is available for this position. For inquiries about the position, please contact Professor Egami at *************. The anticipated start date is June 2026. The position is for a one-year term, renewable based on performance and funding. 12/4/2025 POSTDOCTORAL ASSOCIATE, Political Science, in political methodology and applied statistics with Dr. Naoki Egami, Associate Professor in the Department of Political Science and faculty affiliate of the Institute for Data, Systems, and Society at the Massachusetts Institute of Technology. The Postdoctoral Associate will work with Professor Egami on a number of methodological projects, including causal inference, AI for the social sciences, and external validity. The position also offers the opportunity to engage in independent research projects aligned with the candidate's research interests and background.