2,096 Research Opportunity jobs in Singapore

We are seeking highly skilled professionals to join our diagnostics research team in Biopolis, Singapore.

The successful candidate will be working as a member of diagnostics assay prototyping team under our new business development section which includes both business and research teams from Japan.

• Working Location: Central (Buona Vista)
• Working Hours: Monday to Friday (8.45 AM – 5.30 PM)
• Duration: Contract (3 years – Renewable)

This is an excellent opportunity for individuals who are passionate about advancing cutting-edge research projects that involve collaboration with institutions around the world.

The ideal candidate should have a strong background in Microbiology, Molecular or Cell Biology, Immunology or other suitable life science disciplines.

Key Responsibilities:

1. Perform research on molecular and immunological assays for diagnostics at various stages, including proof-of-concept, prototype design, optimization and validation, under the supervision of team leader.
2. Comply with all laboratory safety standards and guidelines.
3. Ensure accurate and systematic documentation of laboratory work.
4. (Senior) Actively provide training to junior members in the cross-functional teams.

To be considered for this role, candidates must have:

• Master's or Bachelor's Degrees / Diploma holders in Microbiology, Molecular or Cell Biology, Immunology, or other suitable life science disciplines.
• Minimum 1 to 2 years of relevant laboratory experience.
• Knowledge or experience in molecular or immunoassay such as real-time PCR, isothermal, ELISA, antigen rapid test etc.
• Self-driven, highly motivated, organized, and responsible individual.
• Team player with excellent communication skills.
• Familiar with lab operation and lab safety matters.

Successful candidates can expect:

• A competitive salary package.
• Ongoing professional development opportunities.

At our company, we are on a mission to redefine biosolutions for one world and one health. We offer an exciting opportunity to be part of this journey as a scientific research professional.

The job involves contributing to the company's analytical development team and supporting the CDMO mission and objectives. You will carry out analytical development activities in support of drug substance and product manufacturing and testing.

As a member of our team, you will have the opportunity to work with cross-functional teams to support technology transfer of analytical to operational departments, including transferring SOPs and analytical assays.

You will also be responsible for communicating experimental results effectively with internal stakeholders and identifying logical next steps of the experiment.

The ideal candidate will have a bachelor's degree in life sciences or related disciplines and proficiency in various software that supports scientific analysis (e.g. Microsoft Excel, JMP, prism etc).

Additionally, you will need to demonstrate strong interpersonal skills and the ability to work independently, self-start, and self-motivate.

The primary work location is Ayer Rajah Crescent, Singapore.

• Demonstrate understanding in execution of experiments related to analytical characterization of drug substance and drug products.
• Ability to analyse the experimental results and demonstrate interest in carrying out improvements to any assay deviation.
• Ideally able to demonstrate competency in at least one technique in either one of the groups: Cell-based assay, flow cytometry, qPCR, ELISA, western blotting or Application of HPLC/UPLC in small molecules analysis.
• Meticulous and organized in scheduling experimental assays, documentation of analytical test reports, and drafting protocols.
• Ability to communicate and explain experimental results effectively with internal stakeholders and identify logical next steps of the experiment.
• Demonstrates a positive attitude towards guidance. Willingness to learn new analytical techniques and demonstrate interest to continuous deepen skill expertise.
• Demonstrate collaborative efforts with cross functional teams in support of the technology transfer of analytical to operational department, including transferring of SOP and analytical assay.
• Able to work in cGxP regulated environment.
• Perform tasks in accordance with applicable regulations and site safety requirements.
• Undertake other tasks as assigned based on project needs.

• Bachelor's degree in Life Sciences or related disciplines.
• Proficient in various software that supports scientific analysis (e.g. Microsoft excel, JMP, prism etc).
• Able to work independently, self-starter, self-motivated and task oriented.
• Strong team player, develop positive relationships with a strong set of interpersonal skills.
• During the start-up phase of the team/facility, be adaptable to dynamic workflow changes and shifting priorities.

Our organization values innovation and teamwork, and we believe that our employees are our greatest assets. Join us today and take advantage of this amazing opportunity to grow your career!

The Cancer and Stem Cell Biology Programme is a leading research initiative studying the causes and treatments of cancer and related diseases, with an emphasis on cancers affecting the Asian community. Our programme encompasses diverse research activities in basic cancer biology and clinical-translational studies.

We are seeking a highly motivated and dedicated researcher to join our team. The selected candidate will provide leadership and expertise in conducting complex research activities under the supervision of the Principal Investigator or their designate.

• Develop connections with local and international researchers for collaboration work.
• Design and execute experimental research required by the research component of the project.
• Write and review research papers, present research outcomes, conceptualise new ideas, and develop plans for independent research.
• Lead and manage a team for research projects.
• Apply qualitative and quantitative research techniques to assess, interpret, and evaluate research outcomes.
• Maintain optimal experiment progress in the laboratory.
• Perform oral presentations and write manuscripts for publications.
• Provide guidance and mentorship to junior researchers, graduate students, and undergraduate students.
• Support external grant/protocol development, study design, and management of research activities.

• PhD in a relevant scientific field and/or post-doctoral experience in designing and conducting experimental projects.
• Proven expertise in developing and applying innovative bulk and/or single-cell next-generation sequencing (NGS) techniques.
• Experience in characterising and analysing chromatin structural aberrations in cancers.
• Demonstrated knowledge, skills, and expertise, with capability of leadership and achieving research excellence.
• Proven track record in the form of high impact publications.
• Capability of research independence progressively.
• Strong writing and critical thinking skills, as well as good communication and presentation skills.
• A team player who can prioritise, multi-task, and work collaboratively in a diverse workforce.

Job Opportunity:

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• At ANR Technologies, we're seeking a skilled professional to join our growing team as an Application Scientist .
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We value deep scientific expertise and the ability to translate research into real-world solutions. Our leadership team comes from strong academic research backgrounds, but we chose to step beyond traditional academia to apply science in more dynamic and impactful ways.

This role is for someone excited to bridge science with industry: understanding customer needs, solving problems, and helping shape new products that advance research.

We are seeking an Application Scientist to work at the intersection of science, customers, and product development. You will collaborate closely with our Product, Sales, Marketing, and R&D teams to:

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• Engage with researchers to understand their scientific challenges and technical pain points across electrochemistry, thermal, photo- and other catalysis fields, as well as materials science applications.
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• Provide expert consultation and recommend suitable products or customised solutions.
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• Design and propose bespoke research tools such as flow cells, in-situ cells, and electrochemical or catalytic testing systems.
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• Support the development of ANR's product line by translating customer needs into innovative solutions across diverse catalysis and materials science areas.
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• Contribute technical expertise to marketing materials, white papers, and product launches.
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Your key responsibilities will include:

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• Translating customer enquiries into practical, science-based solutions across electrochemistry, catalysis (electro-, photo-, thermal), and materials research.
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• Providing technical expertise to Sales & Marketing team through pre-sales consultation, proposal support, presentations, customer training, and post-sales engagement.
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• Proposing and designing customised research solutions, including cells, systems, and fabrication setups for electrochemical and catalytic studies.
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• Collaborating with manufacturers, product managers, 3D modelling specialists, graphic designers, and the marketing team to assess technical feasibility, convert concepts into practical drawings, and transform them into market-ready products and materials.
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• Developing technical documentation, training resources, and application notes for internal teams, customers, and distributors.
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• Providing feedback to the product team on product improvements, unmet customer needs, and market opportunities.
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• Staying current with research trends in catalysis and materials science to identify opportunities for new product development and innovation.
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To be successful in this role, you will need:

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• A PhD in electrochemistry, catalysis, chemical engineering, materials science, or related field.
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• A strong foundation in electrochemical and catalytic fundamentals, with practical experience in laboratory or applied research methods.
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• Hands-on expertise with experimental setups, testing systems, or in-situ techniques (advantageous).
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• Curiosity and adaptability, with a passion for science and a desire to apply it beyond academia in a customer-focused and product-driven environment.
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• Clear communication skills, with the ability to translate complex technical details into accessible explanations for diverse audiences.
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• Creative problem-solving skills, with the ability to design tailored, practical solutions.
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• Collaborative and approachable nature, comfortable working across Sales, Marketing, Product, and R&D teams.
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• Proficiency in AutoCAD or equivalent CAD tools, with the ability to use 3D design and visualisation software to support customised solutions.
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You will have the opportunity to work with a leadership team who understands your journey — we've been researchers too. You'll apply your research skills in a dynamic, customer-driven, and problem-solving environment. Be part of developing ANR's own products that support cutting-edge research worldwide. Grow your career in industry while staying close to science and innovation. Contribute to real-world impact without the pressures of academic publishing.

Tell us what skills you have

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• Technical Documentation
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• MATERIALS SCIENCE
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• ACADEMIA
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• APPLIED RESEARCH
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• TRANSLATING
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• 3D
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• FABRICATION
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• ACADEMIC PUBLISHING
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• Approachable
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• CUSTOMER FOCUSED
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• RESEARCH SKILLS
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• CATALYSIS
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• PRODUCT DEVELOPMENT
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• 3D MODELLING
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• Laboratory
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• Chemical Engineering
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Key word: MaterialsScience

• Formulate and develop machine learning and mathematical optimization solutions for electric vehicle (EV) fleet charging scheduling problems with considerations of various smart power grids, battery degradation, and infrastructure level constraints.
• Conduct and coordinate research within NTU and collaborating partners in line with its research strategy.
• Publish research outcomes in journals of international standing; Attend and present research findings and papers at academic meetings.
• Collaborate closely with our partner ITB to apply solutions in a local context, using data available with ITB.
• Assist ITB in the development of their digital twin platform by integrating the solutions developed in NTU into their platform.

• Masters in Computer Science, Electrical Engineering or related field (for Research Associate)
• PhD in smart grids, energy management, or mathematical optimizations (for Research Fellow). The candidates who have submitted the thesis are also encouraged to apply.
• Background in the application of machine learning and mathematical optimization techniques, including reinforcement learning
• Proven publication track record in similar domains for Research Fellow position
• Proficiency in written and spoken English for research work.
• Interpersonal skill (e.g. Ability to work independently / develop solutions under strict timelines, meticulous
• and eye for details / excellent organizational / time management skills)
• Desirable: Background in the modeling of energy management systems (e.g., buildings, batteries, smart grids, vehicle-to-grid, etc.).

We are seeking a motivated individual to join our research team. Candidates with interests in cardiovascular disease, public health, implementation science, bioinformatics, bioengineering and advanced computing are encouraged to apply.

The successful candidate will be involved in organising and conducting research studies under the supervision of the Principal Investigator or designate. The role includes scholarly work such as writing and reviewing research papers and presenting research outcomes. Opportunities to conceptualise independent research projects will be provided for career development. Strong teamwork skills are essential, as the role includes guiding and mentoring students and research assistants. The selected candidate will be offered employment on 1 or 2-year renewable contractual terms.

Requirements:

· Bachelor's, Master's, PhD degree in relevant fields. Qualifications in science or healthcare will be prioritised.

· Good organisational skills

· A strong team player

Interested applicants are invited to apply directly at the NUS Career Portal

Your application will be processed only if you apply via NUS Career Portal

We regret that only shortlisted candidates will be notified.

• Working with Solid Oxide Fuel Cells (SOFCs) – include electrodes/electrolyte fabrication process, using CV – EIS analysis with experience in materials characterisation. This includes standard XRD, SEM etc.
• Experience in using H2 for SOFCs IV measurements.

• Have a PhD with at least 1.5 years of experience in SOFC
• Have experience in working with materials such as LSCF, LSGM, PSCF and BZCY materials
• Able to do screen printing, electrolyte-centered cell fabrication and testing of fabricated cells.

Interested applicants are invited to apply directly at the NUS Career Portal

Your application will be processed only if you apply via NUS Career Portal

We regret that only shortlisted candidates will be notified.

We are seeking a Barium Titanate (BTO) Engineer (PhD required) to drive the development of high-performance nonlinear photonic devices using thin-film BTO.

The role will focus on understanding and controlling the relationship between crystal growth parameters and electro-optic coefficients (EOC), optimizing thin-film crystallinity, orientation, and strain to maximize χ(2) nonlinearities.

The successful candidate will lead the design and fabrication of waveguides, modulators, and resonators that exploit BTO's exceptional Pockels matrix, targeting ultra-compact, high-speed devices exceeding 100 GB/s modulation rates. The position also involves pioneering heterogeneous integration of InGaAs photodetectors and SPADs with BTO devices for advanced optical communications and quantum photonics applications, achieving high coupling efficiency, low noise, and scalable on-chip integration.

• PhD in Physics, Electrical Engineering, Materials Science, or a related field, with a strong background in nonlinear optics, ferroelectric materials, and integrated photonics.

• Proven expertise in thin-film crystal growth (e.g., PLD, MBE, CVD, sputtering) and characterization of domain structure, strain state, and stoichiometry.

• Hands-on experience with device design and simulation (e.g., COMSOL, Lumerical) for electro-optic modulators, micro-ring resonators, and high-speed photonic circuits.

• Strong nanofabrication skills, including dry etching, electrode deposition, and waveguide patterning on challenging materials like BTO.

• Knowledge of heterogeneous integration methods for III–V photodetectors with dielectric or ferroelectric platforms.

• Demonstrated ability to correlate material properties with device performance and to achieve record-level EOC in thin-film structures.

• Excellent analytical, experimental, and problem-solving skills, with the ability to work both independently and in a multidisciplinary team.

• Open to Fixed Term Contract.

Interested applicants are invited to apply directly at the NUS Career Portal

Your application will be processed only if you apply via NUS Career Portal

We regret that only shortlisted candidates will be notified.

• The Postdoctoral Research Fellow will work in a recently granted project to develop enzymes and biotransformations for the synthesis of chiral amines

• The research tasks include engineering of new enzymes by directed evolution, investigation of enzyme catalysis and kinetics, optimization of biosynthesis yield and process, and development of single-step and/or one-pot cascade enzymatic reactions for the production of chiral amines

• PhD trained in biochemical engineering, biocatalysis, biotransformation, biochemistry, biotechnology, synthetic biology, or bioorganic chemistry.

• Preferably with experience in enzyme engineering, directed evolution, enzymatic reactions, reaction engineering and optimization, whole-cell biotransformations, and/or process development.

• Good communication skills in oral and written English.

• Good publication record.