Global Career Opportunities in Advanced Chemistry, Materials Science, and Environmental Analysis
The fields of advanced chemistry, materials science, and environmental analysis are experiencing unprecedented growth, driving demand for highly skilled researchers and laboratory professionals. A range of compelling, full-time career opportunities—from Postdoctoral Researcher positions at leading universities to specialized Laboratory Assistant roles—are currently available across the globe, inviting applications from candidates with expertise in synthetic chemistry, analytical techniques, materials discovery, and environmental toxicology. These roles offer the chance to engage in cutting-edge, high-impact research, tackling some of the most critical challenges in human health, sustainable energy, and environmental protection.
Current openings for Postdoctoral Researchers and Laboratory Assistants, spanning key areas such as Synthetic Biology and Nucleic Acid Chemistry, High-Throughput Materials Discovery, PFAS (Per- and Polyfluorinated Alkyl Substances) Analysis, and Process Modeling for Critical Mineral Extraction. Detailed information on research focuses, required qualifications, location, and application procedures is provided to connect the right talent with these significant opportunities.
1. Postdoctoral Researcher: Synthetic Biology & Medicinal Chemistry (Nucleic Acid Chemistry)
Laboratory: Synthetic Biology & Medicinal Chemistry Lab (Y. J. Seo Lab)
Location: Jeonju, Republic of Korea 🇰🇷
Position Type: Full-time Postdoctoral Researcher (2–3 candidates)
Application Deadline: ASAP (rolling)
The Y. J. Seo Lab is actively seeking highly motivated and experienced Postdoctoral Researchers to contribute to cutting-edge projects at the intersection of synthetic organic chemistry and nucleic acid chemistry. This role is central to advancing the field of mRNA technology through the design and chemical synthesis of next-generation components.
Research Focus and Key Responsibilities
Selected candidates will be integral to the advanced development of mRNA cap analogs. The core research tasks are highly synthetic and mechanism-driven, requiring a deep understanding of organic and medicinal chemistry principles:
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Advanced Multi-step Organic Synthesis: Executing complex, multi-step organic synthesis to generate novel chemical entities.
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Reaction Mechanism Investigations: Conducting thorough studies to elucidate the mechanisms of new and established synthetic transformations.
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Design & Development of Novel Organic Molecules: Innovating and designing new small molecules with specific biological or material properties.
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Nucleoside/Nucleotide Chemistry: Specializing in the chemical synthesis of nucleosides and nucleotides, particularly the preparation of di- and tri-nucleotide cap analogs essential for mRNA capping.
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Next-Generation Cap Analog Development: Contributing to the design and synthesis of novel cap analogs aimed at improving the critical properties of mRNA, including enhanced stability, boosted translation efficiency, and optimized immunogenicity control.
This opportunity provides a collaborative and well-equipped environment ideal for conducting high-impact research with direct applications in biomedicine and vaccine development.
Required Qualifications for Postdoc (Y. J. Seo Lab)
Candidates must possess a strong foundation and hands-on experience in synthetic chemistry:
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Academic Background: A PhD in Organic Chemistry, Synthetic Chemistry, or Medicinal Chemistry.
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Synthetic Expertise: Strong, practical experience in complex chemical synthesis, meticulous purification techniques (especially column chromatography), and comprehensive characterization of organic compounds.
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Technical Skills: Proven expertise in handling air/moisture-sensitive chemistry, including proficiency with Schlenk line or glovebox techniques and general inert atmosphere procedures.
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Theoretical Knowledge: A solid, demonstrable understanding of reaction mechanisms and kinetics.
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Research Productivity: A strong track record of research output, preferably evidenced by high-quality publications in peer-reviewed journals.
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Work Ethic: The ability to work both independently on defined tasks and effectively as a cohesive part of a research team.
Application Procedure (Y. J. Seo Lab)
Interested and qualified candidates should submit their application materials immediately via email, as the review is conducted on a rolling basis:
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Required Documents: Comprehensive Curriculum Vitae (CV), a Cover Letter detailing relevant experience, a complete Publication List, and Contact information for 2–3 academic or professional referees.
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Submission Email: yseo@jbnu.ac.kr
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Email Subject: Postdoctoral Application – Nucleotide Capping Chemistry
This position is particularly relevant for individuals involved in nucleic acid chemistry, nucleotide synthesis, mRNA cap analogs, or advanced medicinal chemistry, and reshares are encouraged to reach the appropriate candidates globally.
2. Postdoctoral Fellowship: Materials Chemistry (High-Throughput Synthesis & Autonomous Discovery)
Institution: Texas Materials Institute, Cockrell School of Engineering at the University of Texas at Austin (UT Austin)
Location: United States of America 🇺🇸
Department: Mechanical Engineering
This Postdoctoral Fellowship offers an exciting opportunity at the University of Texas at Austin, focusing on the future of materials science through the integration of high-throughput methods and artificial intelligence. The position is dedicated to the autonomous discovery and synthesis of next-generation energy materials.
Research Focus: Autonomous Discovery of Energy Materials
The core of this fellowship is the application of advanced technological tools to accelerate materials innovation, primarily in the areas of electrocatalysis and battery systems. Key aspects of the research include:
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Combinatorial Synthesis: Developing and utilizing high-throughput, combinatorial methods for the rapid synthesis of diverse material libraries.
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Autonomous Discovery: Implementing robotic synthesis platforms guided by AI-driven materials design principles.
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Rapid Characterization: Utilizing in-situ and high-speed characterization techniques to quickly assess the performance and properties of newly synthesized materials.
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Interdisciplinary Collaboration: Working within a highly interdisciplinary environment, bridging materials chemistry, mechanical engineering, and computational science.
This role is ideal for a materials chemist looking to apply synthetic skills within a highly digitized, automated, and predictive research framework.
Application Procedure (UT Austin)
Detailed information and the application link can be accessed via the University’s or associated portal:
3. Laboratory Assistant: Chemistry (PFAS Analysis)
Institution: Örebro University
Location: Örebro, Sweden 🇸🇪
Ref. No.: ORU 2.1.1-07835/2025
Duration: 3 months (100%), Fixed-term (Spring 2026)
Örebro University’s Man–Technology–Environment (MTM) Research Centre is seeking a Laboratory Assistant in Chemistry to provide critical support for an important environmental research project on PFAS (per- and polyfluorinated alkyl substances) contamination. This is a fixed-term position within the Environmental Analysis Group, offering practical experience in a high-demand analytical field.
Key Duties and Research Focus
The assistant will be embedded within the project focused on analyzing PFAS in environmental samples, specifically those collected near a contaminated site. The role is heavily focused on hands-on laboratory work:
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Sample Preparation: Preparing various environmental matrices (such as raw water and extracts) for chemical analysis.
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Oxidation of Precursors: Performing chemical oxidation of PFAS precursor compounds, a crucial step in total PFAS quantification.
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Solid-Phase Extraction (SPE): Executing standardized SPE protocols for the concentration and isolation of target analytes.
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Chemical Analysis: Utilizing advanced instrumentation for the analysis of extractable fluorinated organic compounds and target PFAS, specifically:
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Combustion Ion Chromatography (CIC)
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Liquid Chromatography–Mass Spectrometry (LC–MS)
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Laboratory Support: General instrument handling, routine maintenance, and contributing to the overall functioning of an international research laboratory.
Required and Meriting Qualifications (Örebro University)
The successful candidate must possess specific qualifications tailored to environmental analytical chemistry:
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Academic Qualification: Bachelor’s or Master’s degree in Analytical Chemistry.
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Essential Experience: Strong, hands-on experience with PFAS analysis. Experience with the oxidation of PFAS precursors is considered essential for this role.
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Communication: Strong proficiency in English communication (both written and spoken).
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Work Style: Ability to demonstrate a quality-driven mindset while working both independently and collaboratively.
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Meriting Experience: Prior experience with LC–MS, CIC instrumentation, and MassLynx software is highly valued, as is a strong sense of responsibility and interest in learning.
Position Details and Application (Örebro University)
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Salary: Commensurate with qualifications and experience, based on the Örebro University salary scale.
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Further Information: Candidates can direct specific project questions to Felicia Fredriksson (Project Manager) at felicia.fredriksson@oru.se or Ingrid Ericson Jogsten (Project Leader) at Ingrid.Ericson@oru.se.
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Application Submission: All applications must be submitted online via the official Örebro University portal.
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Application Link: 👉 https://www.oru.se/english/career/available-positions/job/?jid=20250359
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Required Documents: Cover Letter (addressing potential contributions), CV, Degree certificates, and References (in English, Swedish, Norwegian, or Danish).
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Application Deadline: 16 December 2025
This is an excellent opportunity for candidates with expertise in PFAS analysis, LC–MS, CIC, or environmental analytical chemistry to contribute to vital environmental protection research. Örebro University is committed to equality, diversity, and an inclusive work environment.
4. Postdoctoral Researcher: Environmental Chemistry & Toxicology (Pesticides, PFAS, Microplastics)
Institution: Auburn University (School of Fisheries, Aquaculture, and Aquatic Sciences, Ecotoxicology and Risk Assessment Laboratory)
Location: Auburn, Alabama, USA 🇺🇸
Term: 2 years (with potential extension)
Auburn University is recruiting a Postdoctoral Researcher to join the Ecotoxicology and Risk Assessment Laboratory. This role involves advanced analytical and environmental toxicology work, focusing on high-priority contaminants in environmental matrices.
Research Scope and Analytical Tools
The successful candidate will support active projects investigating the presence, fate, and effects of pesticides, PFAS, and microplastics. The primary focus is rigorous chemical analysis across diverse environmental samples (soil, water, biota). The role also includes opportunities for service, outreach, and engagement in educational activities.
The Postdoc will have regular, hands-on access to a suite of advanced analytical instrumentation:
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Inductively Coupled Plasma – Mass Spectrometry (ICP-MS)
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Liquid Chromatography – Tandem Mass Spectrometry (LC-MS/MS)
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Fourier-Transform Infrared Microscope (FTIR-Microscope)
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Ion Chromatography (IC)
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Total Organic Carbon (TOC) Analyzer
Experience with other techniques such as Gas Chromatography – Mass Spectrometry (GC-MS), qPCR, and general sample preparation and extraction is also valued.
Minimum and Desired Qualifications (Auburn University)
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Minimum Qualifications:
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Academic: PhD in Chemistry, Environmental Toxicology, or a closely related scientific field.
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Experience: Strong, demonstrated expertise in environmental/analytical chemistry, particularly organic chemistry analysis.
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Technical Skills: Proven ability in analyte extraction & preparation from complex matrices (soil, water, and/or biota).
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Research Skills: Strong capability in manuscript writing, adherence to good laboratory practice, and a substantial publication record (including dissertation and prior work).
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Eligibility: Must be legally eligible to work in the USA.
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Collaboration: Willingness to support graduate student analytical work and actively collaborate across university departments.
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Desired Qualifications:
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Specific experience with organic pollutants (like PFAS or herbicides) and microplastics analysis in complex environmental matrices.
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Familiarity with EPA analytical methods and rigorous Quality Assurance/Quality Control (QA/QC) practices.
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Skills in instrument maintenance/troubleshooting and the organization of an analytical laboratory.
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An established record of relevant publications in environmental chemistry or toxicology journals.
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Application and Appointment (Auburn University)
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Salary/Benefits: 12-month full-time appointment with a competitive salary commensurate with qualifications and full fringe benefits.
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Start Date: Flexible, with a potential start before Spring 2026.
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Application Submission: Email Dr. Tham Hoang directly.
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Submission Email: tch0047@auburn.edu
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Required Documents: A detailed Letter of Interest outlining qualifications, a complete CV, and contact information for three professional referees (letters may be requested later).
Auburn University is an Affirmative Action/Equal Opportunity Employer and encourages applications from diverse backgrounds. This is a prime opportunity for researchers specializing in analytical techniques applied to high-concern environmental contaminants.
5. Postdoctoral Research Opportunity: Process Modeling (Critical Minerals & Electrified Extraction)
Institution: Stanford University (Department of Civil & Environmental Engineering – CEE, and Department of Chemical Engineering – ChemE)
Location: Stanford, California, USA 🇺🇸
Research Labs: Dr. Meagan Mauter and Dr. William Tarpeh
Appointment: 1 year (with possibility of extension)
Stanford University is recruiting an interdisciplinary Postdoctoral Researcher to work across the CEE and ChemE departments. This position is a critical research role focused on developing sustainable, innovative solutions for the global supply of critical minerals and rare earth elements (REEs). The emphasis is on advanced electrified methods for extraction and purification.
Key Research Responsibilities: Process Modeling and Optimization
The Postdoc will integrate process engineering principles with experimental data to model next-generation mineral recovery systems. Key responsibilities include:
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Benchmarking & Innovation: Systematically evaluating current mineral extraction processes and identifying high-leverage opportunities for process-level innovation, particularly towards electrification.
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Process Model Development: Creating sophisticated process models for electrified extraction and purification systems, incorporating detailed thermodynamics, reaction kinetics, and mass/heat transport phenomena.
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Optimization: Applying advanced optimization tools to design and control processes that can effectively handle heterogeneous and non-traditional feedstocks (e.g., secondary sources).
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Collaboration & Integration: Working closely with experimental teams to integrate modeling outputs with laboratory data in a highly collaborative research setting.
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Dissemination: Preparing and submitting high-impact research for publication and presenting findings at major national and international conferences.
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Mentorship: Providing mentorship and guidance to graduate and undergraduate researchers within the labs.
Required Qualifications (Stanford University)
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Academic: PhD in Chemical Engineering, Environmental Engineering, Materials Science, or a related engineering/science discipline.
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Core Expertise: Demonstrated, strong expertise in process modeling of complex chemical or environmental systems.
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Technical Proficiency: High desirability for experience with optimization tools (such as WaterTAP) and proficiency in programming languages like Python.
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Soft Skills: Exceptional analytical capabilities, effective communication skills (both written and oral), and proven ability to thrive in a team environment.
Salary and Application Details (Stanford University)
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Salary: The annual salary starts at the FY25 minimum of USD 76,383, in line with the Stanford Postdoctoral Affairs scale.
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Start Date: Immediately available, with flexibility and a negotiable start date.
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Application Submission: Applications are reviewed on a rolling basis, with priority given to materials received by December 31. All required documents must be compiled into one single PDF file.
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Submission Link (Google Form): 👉 https://docs.google.com/forms/d/e/1FAIpQLSe4Qc-KJ-BAlPixUnBjBZvl9OVh1oB-gRR85dhhOAdQx7teMQ/viewform?pli=1
Stanford University encourages a diverse applicant pool and is committed to fostering an inclusive, innovative research environment. This position is critical for candidates interested in the nexus of process modeling, electrified separations, and sustainable critical materials engineering.
🔗 Research Group Website: https://we3lab.stanford.edu/
