Global Research & Tech Careers: Fully Funded PhDs, Postdoctoral Fellowships in Water Desalination, Environmental Engineering, and Software Developer Jobs
Global Opportunities in Sustainable Technology, Advanced Engineering, and Artificial Intelligence Development
The current global landscape presents a dynamic range of career-advancing opportunities across critical sectors, including sustainable water management, environmental engineering, global health, and advanced software development powered by Artificial Intelligence (AI). Highly sought-after positions: two Postdoctoral Research Fellowships focusing on water and waste-to-energy solutions, two Fully Funded PhD Programs in advanced water treatment and global health, and a set of Software Developer roles in a high-growth AI startup. These opportunities span Morocco, Japan, South Korea, Germany, and India, reflecting a truly international commitment to fostering innovation and expertise. Candidates with strong technical backgrounds, a proven publication record, and a desire to contribute to high-impact, real-world solutions are strongly encouraged to apply.
1. Postdoctoral Researcher in Desalination & Water Quality for Agriculture – UM6P, Morocco
Mohammed VI Polytechnic University (UM6P) in Morocco is seeking a highly motivated and skilled Postdoctoral Researcher to join their research efforts focused on innovative desalination solutions and sustainable water resource management. This position places a significant emphasis on the crucial nexus between water quality and agricultural sustainability, which is vital for food security in arid and semi-arid regions.
1.1. Core Research Focus and Objectives
The Postdoctoral Researcher will be central to a project aimed at developing and optimizing advanced water treatment technologies, specifically focusing on membrane-based separation processes like Reverse Osmosis (RO). A major objective of the research is the agronomic water quality assessment of treated or desalinated water. This involves determining if the final water product meets the specific chemical and physical requirements for various agricultural applications without negatively impacting crop yield or soil health. This work directly addresses the challenge of water scarcity by turning non-conventional water sources into agriculture-ready resources.
The research scope includes the rigorous evaluation of environmental impacts associated with water reuse. This covers critical areas such as the potential for increased soil salinity and the risks of contamination from residual compounds. The successful candidate will be expected to conduct research that is not only scientifically rigorous but also directly translatable into sustainable, agriculture-ready solutions that can be implemented at scale. This blend of fundamental science and applied engineering is a hallmark of the UM6P research ecosystem.
1.2. Key Responsibilities and Research Activities
The Postdoctoral Researcher will engage in a variety of high-impact activities. A primary responsibility is the optimization of RO-based desalination systems to enhance both energy efficiency and overall sustainability. This will involve experimental design, system operation, and performance monitoring. They must also execute comprehensive assessments of treated water quality against established agronomic requirements, requiring expertise in analytical chemistry and water quality metrics.
Further responsibilities include conducting detailed studies on the reuse impacts on soil chemistry and water resources. The role demands strong collaboration with multidisciplinary teams and external partners, fostering an environment of shared knowledge and accelerated innovation. Participation in intensive lab and field testing campaigns is required, followed by sophisticated data analysis and modeling to predict long-term system performance and environmental outcomes. A strong commitment to research dissemination is essential, including the publication of high-impact research, contribution to comprehensive reports, and active engagement in innovative projects that push the boundaries of water technology.
1.3. Candidate Profile and Requirements
The ideal candidate will possess a PhD in Chemistry, with a specialization in inorganic chemistry, water treatment, or a closely related field. Crucially, candidates must demonstrate research excellence specifically in areas such as desalination, advanced water treatment technologies, or sustainable chemical processes. Preference will be given to applicants with demonstrated experience linking water systems with practical agricultural applications, showcasing an interdisciplinary approach. Strong collaborative skills and excellent communication abilities in English are mandatory, while proficiency in French is considered a valuable asset. UM6P highly values an entrepreneurial mindset, seeking researchers who align with its innovation-driven ecosystem that aims to create tangible economic and social impact.
1.4. Application Details and Offerings
UM6P offers a very competitive salary and comprehensive benefits package. The successful candidate will gain access to a unique and extensive network of research partners and collaborators across academic and industrial sectors. The environment is described as dynamic and innovation-oriented, specifically designed to bridge pure science with agricultural practice and real-world impact. The application package requires a Detailed CV, a Cover Letter outlining the applicant’s background and achievements, and a combined Research & Teaching Statement that also includes entrepreneurial ideas/concepts and a brief statement on service to UM6P (maximum 3–4 pages). Three reference letters are also mandatory.
🔗 Apply here:
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2. Fully Funded PhD Opportunity in Water Treatment & Membranes – Nagasaki University, Japan
The Water Treatment Laboratory at the Graduate School of Integrated Science and Technology, Nagasaki University, led by Prof. Takahiro Fujioka, is offering a fully funded PhD position for the October 2026 intake within the Water and Environment Science Program. This is a premier opportunity for aspiring researchers to specialize in advanced membrane technology within a world-class Japanese research environment.
2.1. Research Focus and Laboratory Specialization
The laboratory focuses intensely on cutting-edge research in high-pressure membrane separation technologies. This includes the fundamental science, engineering, and application of membranes for critical water challenges. A second major focus is on online water quality analysis, ensuring the integrity and safety of treated water in real-time. The research is applied broadly to both drinking water production and water reuse systems, addressing both urban and industrial water needs. The successful candidate will contribute to projects that enhance water security and sustainability through innovative membrane and sensing technologies.
2.2. Fully Funded Scholarship Details
This is a highly attractive, fully funded scholarship covering the entire three-year duration of the PhD program. The scholarship comprehensively covers all major financial requirements for an international student. This includes travel expenses (airfare), all enrollment and tuition fees, and a generous provision for living expenses which is estimated to be greater than $1000 USD per month. This full support ensures that the student can focus entirely on their research without financial burden.
2.3. Preferred Background and Eligibility
Applicants are expected to have a solid knowledge base and/or practical experience in one or more of the following key areas: Water treatment using membrane separation technologies (e.g., RO, NF, UF), Microbiological analysis relevant to water quality and biofouling, or Material engineering specifically for membrane fabrication. Notably, the lab expresses a preference for candidates who have 2+ years of industry experience, demonstrating the program’s interest in applying academic research to practical, real-world problems.
Strict Eligibility Requirements must be met for the scholarship application. Candidates must demonstrate English proficiency equivalent to CEFR B2 or above (e.g., an IELTS score of 5.5 or higher) by the end of December of the current application year. Furthermore, the applicant’s GPA (calculated using the MEXT scholarship criteria) must be equal to or greater than 2.3.
2.4. Application Process and Deadline
Interested and qualified candidates should initiate the application process by emailing Prof. Takahiro Fujioka at tfujioka@nagasaki-u.ac.jp. The initial email must include a CV and a detailed Motivation letter. If the applicant’s background aligns with the laboratory’s criteria and the program’s requirements, they will subsequently receive the comprehensive application guidelines necessary to proceed. The Application deadline is December 19, 2025, and candidates are strongly advised to begin the preparation process well in advance due to the comprehensive nature of the required documentation.
📩 How to Apply
Interested candidates should email Prof. Takahiro Fujioka at: tfujioka@nagasaki-u.ac.jp
3. Software Developer Opportunities (Frontend / Backend / Full-Stack) – GoPluto.ai, Pune, India
GoPluto.ai, a pioneering startup, is actively hiring talented individuals for various Software Developer roles—Frontend, Backend, and Full-Stack. This company is positioned at the forefront of the future of work, developing a platform where intelligent AI agents and human teams collaborate seamlessly to execute real-world tasks with exceptional efficiency and measurable results. They are building an execution layer for work, setting them apart from typical Software as a Service (SaaS) providers.
3.1. Role and Work Environment
GoPluto.ai offers roles for Frontend Developers, Backend Developers, and Full-Stack Developers. The working mode for these positions is strictly In-office, located in Pune, Maharashtra, India. This structure is designed to foster high-ownership, real-time collaboration, and rapid growth within a fast-moving startup culture. Developers will be directly involved in working on live production systems, impacting thousands of users every month.
The core activities involve building robust user-facing interfaces, developing scalable APIs, managing and optimizing databases, creating real-time features such as chat and automation systems, and integrating AI-powered workflows leveraging Large Language Models (LLMs). The work done by the developers will go into production quickly, providing a direct, measurable link between effort and user impact.
3.2. Technology Stack and Exposure
Candidates will gain extensive exposure to a modern and comprehensive technology stack. This includes React and Next.js for building high-performance frontend applications, a robust backend built on Node.js with TypeScript and the Express framework, and reliable data storage and caching using PostgreSQL and Redis. They will also work directly with AI/LLM systems to build innovative, agent-based features, and gain foundational exposure to Docker and cloud infrastructure concepts, which are crucial for maintaining scalable application architecture.
3.3. Ideal Candidate Profile and Benefits
GoPluto.ai is looking for candidates with a strong foundational understanding of JavaScript/TypeScript. They welcome those with a keen interest in either frontend or backend development, or those aspiring to be full-stack developers. Crucial attributes include good problem-solving skills and a strong desire to learn fast by building real products. The company explicitly welcomes freshers and early-career developers provided they possess solid fundamentals and a proactive attitude.
The benefits package is centered around rapid professional growth and high-impact work. Developers receive hands-on ownership of production features, direct mentorship from senior engineers and company founders, and unique exposure to AI-native systems and scalable architecture. This environment is conducive to a fast learning curve and offers clear and defined growth opportunities within the organization.
3.4. Application Submission
To apply for these roles, candidates must send their resume along with a short note detailing their motivation and reasons for wanting to build and grow at GoPluto.ai.
Send your resume and a short note on why you want to build at GoPluto.ai.
4. Postdoctoral Opportunity in Environmental Engineering (Waste-to-Energy) – CBNU, South Korea
The Waste-to-Energy Engineering Laboratory (WE Lab) at Chungbuk National University (CBNU), Cheongju, Republic of Korea, is inviting applications for a Postdoctoral Researcher position. This role is focused on cutting-edge research in Environmental Engineering and Sciences, specifically addressing the global challenge of sustainable waste management and clean energy production.
4.1. Research Focus and Objectives
The WE Lab operates at the crucial intersection of anaerobic digestion and resource recovery from various organic wastes. The primary feedstock materials include livestock manure, sewage sludge, and food waste. The overarching goal is to advance and optimize bioprocesses that can efficiently convert these wastes into valuable resources, such as biogas (clean energy) and nutrient-rich digestate, thereby contributing significantly to sustainable waste management and clean energy solutions.
4.2. Key Responsibilities and Required Skills
The Postdoctoral Researcher will be responsible for the design and operation of laboratory-scale anaerobic digesters, which are the core experimental units. This involves meticulous execution of experiments and subsequent analysis. They will perform comprehensive chemical and gas analyses (e.g., measuring volatile fatty acids, alkalinity, and gas composition) to monitor process performance and identify key limiting factors. The role also includes supporting and collaborating on microbial community analysis (often NGS-based) to understand the underlying biological mechanisms.
Beyond research execution, the Postdoc is expected to mentor graduate and undergraduate researchers, contributing to the educational mission of the lab. A strong commitment to research output is vital, including the preparation of research publications in high-impact journals, writing project reports, and delivering other required project outputs.
4.3. Required and Desirable Qualifications
Candidates must possess a Ph.D. in Environmental Engineering/Science, Chemical/Biochemical Engineering, or a closely related field. Essential qualifications include a proven track record of research experience in anaerobic digestion, biological wastewater treatment, or similar bioprocesses. The applicant must also have a strong publication record and demonstrate excellent English communication skills, which are necessary for international collaboration and publishing.
Highly Desirable Skills that will strengthen an application include: advanced experience with anaerobic digestion coupled with bioelectrochemical systems; extensive knowledge in reactor design and operation for tests like BMP (Biochemical Methane Potential), CSTRs (Continuously Stirred Tank Reactors), and UASB (Upflow Anaerobic Sludge Blanket)-type systems; and proficiency in complex instrumentation such as GC (Gas Chromatography), HPLC (High-Performance Liquid Chromatography), IC (Ion Chromatography), and advanced techniques for organic matter characterization. Basic familiarity with microbial/molecular tools (DNA extraction, qPCR, or NGS collaboration) is also a significant advantage.
4.4. Appointment Details and Application Process
The initial appointment is for 1 year, with the strong possibility of renewal based on performance evaluation and continued funding availability. The Start date is flexible and negotiable to accommodate the successful candidate’s current commitments.
To apply, interested candidates should email Dr. Tae-Hoon Kim at kimth9406@chungbuk.ac.kr. The application package must include a detailed Letter of interest and qualifications, a comprehensive CV, and the Contact details of three referees who can provide recommendation letters if requested during the evaluation process. More information about the WE Lab’s research can be found on their official website.
📩 How to apply:
Email Dr. Tae-Hoon Kim at kimth9406@chungbuk.ac.kr
with:
Letter of interest & qualifications
CV
Contact details of three referees (for recommendation letters if requested)
🔎 More about WE Lab: https://sites.google.com/chungbuk.ac.kr/cbnu-welab/home
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If you know someone working in anaerobic digestion, wastewater bioprocesses, resource recovery, or waste-to-energy, please like, comment, and reshare this post to help it reach the right candidates.
5. PhD in Global Health – Charité, Berlin, Germany
Charité – Universitätsmedizin Berlin, one of Europe’s largest university hospitals, is offering a specialized PhD in Global Health. This program is designed to cultivate experts capable of addressing complex global health challenges with a specific focus on infectious diseases, the impacts of climate change on human health, the One Health approach, and global health policy.
5.1. Focus Areas and Program Structure
The program’s research focus is highly relevant to contemporary global crises, centering on Infectious diseases, the multifaceted climate impacts on health, the One Health conceptual framework (which recognizes the interconnection between human, animal, and environmental health), and the formation and implementation of global health policy.The PhD Global Health program is uniquely structured to develop global expertise by offering flexible Modes of Study that accommodate the diverse needs and geographical locations of prospective students. This flexibility ensures that the program can recruit top talent from around the world, regardless of their current location.
5.2. Berlin-Based Track
The Berlin-based track is the traditional model, requiring the student to relocate to Berlin for the duration of the program. Students are expected to travel for necessary field research, research exchanges, or international conferences. This path is often the most straightforward and convenient option for candidates residing within the European Union (EU) or those able to easily manage relocation to Germany.
5.3. Sandwich Track Model
The innovative Sandwich track is explicitly designed to allow PhD students to conduct their research, continue their professional work, and pursue career development in their home country, while simultaneously benefiting from the academic input and exchange opportunities provided in Berlin. This structure ensures that the PhD research remains relevant and deeply embedded within the context of a sending institution in their home country, which provides strong research network and career support.
Sandwich track students join a cohort of young researchers in Berlin but limit their physical presence in the city. They typically limit the time spent in Berlin to research stays of 3 months or less per year. This limited on-site requirement often simplifies the process of meeting visa requirements and significantly limits overall costs of the program.
The program commences with the Sandwich track student spending an initial 3 months in Berlin (September to December), during which they complete the essential Core Course in Global Health. Following this, they return to their home country to continue their work and actively pursue their doctoral research project. They maintain continuous engagement by participating in the required Doctoral Student Seminar remotely, alongside all other PhD students.
A second research stay occurs the following year, again for 3 months (September to December), during which the student completes the required course in Mentored Teaching in Global Health. Elective courses can be completed flexibly—either in their home country, during their research stays in Germany, or even in any other country of their choice, enhancing the global perspective of their studies.
Sandwich track PhD students benefit from supervision by an interdisciplinary supervisory team that includes researchers from both the Berlin Cooperating Partners and their home institution. While the first supervisor must be from the Berlin Coorperating Partners, the program aims to provide a shared and collaborative supervision model. The final oral defense of the PhD is also flexible and can be conducted either online or in-person. The full application link and program details are available on the Charité website.
🔗 Full link: https://globalhealth-phd.charite.de/en/phd_global_health_1
