25 Microfluidics Jobs

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. www.technoculture.io. We are looking for a research assistant with a strong focus in molecular biology to support ongoing R&D projects in the areas of genetic diagnostics and precision medicine. The ideal candidate will work closely with senior researchers and contribute to both experimental and analytical aspects of molecular biology-based research. Key Responsibilities Conduct research by reading and analysing scientific papers relevant to ongoing projects. Develop and optimise experimental protocols for wet lab research. Perform wet lab experiments, ensuring accuracy and reproducibility. Assist in molecular biology workflows including nucleic acid extraction, PCR, gel electrophoresis, and quantification. Maintain accurate and detailed lab records, SOPs, and data sheets. Analyse and interpret experimental data using appropriate tools and techniques. Collaborate with senior researchers and assist in various research projects. Contribute to writing research papers, reports, and technical documentation. Support lab management activities, including reagent preparation and equipment maintenance. Ensure laboratory safety and adherence to standard operating procedures (SOPs). About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Junior Research Fellow (JRF) Position Last Date for applying : 10-08-2025. Online Interview on 13-08-2025 Company Description: Opto-Biomedical Microsystem (OBMS) Laboratory https://www.obmslab.com/ is a research and development laboratory located in Raurkela and is an integral part of the Department of Biotechnology and Medical Engineering, National Institute of Technology Rourkela https://nitrkl.ac.in/SRICCE/Career. https://nitrkl.ac.in/docs/Career/ProjectFelow/2025/25072025143524449.pdf Job descriptions: The OBMS LAB is focused on developing instruments for biomedical applications including screening, diagnosis, monitoring, and point-of-care diagnostics. OBMS also focuses on image and signal analysis for drug screening and testing applications. The lab further focuses on the fabrication of microfluidic devices. Lab is equipped with: high-end Workstation (32 GB Graphics card ADA) GPU, High-Speed Imaging Camera (Upto 14000 Frames per seconds), Polarized He-Ne laser source 20 mW, High Power white light sources, Multiple Vibration Isolation Optical Table, Various Optical and opt mechanics components, Various 3D printers (Industrial grade Bambu Labs, Creality 3D printer, Resin 3D printer, High Power Laser Engraver 40 Watts), etc. Responsibilities and Role Description: This is a full-time on-site role for a Junior Research Fellow (2 years) https://nitrkl.ac.in/docs/Career/ProjectFelow/2025/25072025143524449.pdf at OBMS Laboratory. The successful candidate will be expected to work on developing and testing instruments for biomedical applications, microfluidic devices, and image and signal analysis. They will also be responsible for conducting research and publishing results. Interested candidates can apply by filling out the applications: NITR/SR/2025/Advt./23BM060/L/051 The successful candidate also has the provision to enroll Ph.D. at NIT Rourkela if all criteria's are fulfilled. The position is available from the sponsored project titled "Innovating Indigenous Portable Microfluidic Absorption Flow Cytometer for Multi-diseases Detection at Point-of-Care" under @ANRF / SERB, India. Qualifications Having Experience in dealing with Optical components, Applied physics, Optics, Microfluidics is having potential edge in the recruiting process. Experience in developing and testing biomedical instruments and microfluidic devices Experience in image and signal analysis Ability to conduct research and publish results Strong understanding of biomedical applications and technology Excellent written and verbal communication skills Bachelor's or Master's degree in Biomedical Engineering, Electrical Engineering, Mechanical Engineering, Physics, or related field Experience working in a research laboratory is a plus Ability to work as part of a team. Interested Individuals reach out me at Dr. Earu Banoth Fulbright Fellow-2019 Senior Member IEEE and OPTICA Assistant Professor Dept. Of Biotechnology Medical Engg NIT Rourkela, banothe@nitrkl.ac.in Phone: +91 8861543837/ 661-246-2299

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Technoculture Research is expanding into bio-energy domains, including electrochemical green-hydrogen and ammonia synthesis, as well as sustainable liquid-fuel production. This complements our diagnostics work while applying our miniaturised, cost-effective platforms to the global challenge of low-carbon energy and chemicals. Internship Description We are looking for a motivated and curious Electrocatalysis Intern to join our bio-energy research team. You will assist in developing and testing electrocatalytic systems for processes such as CO₂ electroreduction, water splitting, and nitrogen reduction. This internship offers a unique opportunity to work at the intersection of electrochemistry, biotechnology, and sustainable fuel generation. Selected Intern’s Day-to-day Responsibilities Include Support experimental setups for electrocatalytic processes, including CO₂ electroreduction and water electrolysis. Assist in data collection, documentation, and basic analysis of electrochemical reactions. Contribute to the evaluation of electrode materials and cell architectures. Learn and apply electrochemical techniques such as cyclic voltammetry, chronoamperometry, and impedance spectroscopy. Participate in discussions related to integration of enzymatic and electrochemical systems. Conduct literature reviews and summarize recent advances in electrocatalysis. About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Building on our strengths in electrochemistry, biotechnology, and process miniaturization, Technoculture Research is now developing bio-energy solutions—from green hydrogen and ammonia synthesis to sustainable liquid fuels. This R&D expansion focuses on cost-effective, scalable, and data-driven clean technologies. Internship Description We are looking for a Process Development Intern to support our chemical engineering team in designing and optimizing novel catalytic and electrochemical processes. This internship is ideal for candidates who are passionate about sustainable technologies and eager to gain hands-on experience in process simulation, flow design, and system-level analysis for innovative applications in green chemistry and bio-energy. Selected Intern’s Day-to-day Responsibilities Include Assist in simulating chemical and electrochemical processes using Aspen Plus or related software. Support basic techno-economic analysis under the guidance of senior engineers. Help prepare process flow diagrams, material balances, and design documentation. Contribute to literature reviews and patent analysis for process innovation. Participate in interdisciplinary discussions with biochemists, electrochemists, and instrumentation teams. Maintain clear documentation of project data, insights, and process designs. About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy leveraging our strengths in electrochemistry, biotechnology, and process miniaturisation, Technoculture Research is now expanding into bio-energy — from green hydrogen and ammonia synthesis to sustainable liquid fuels. This enables us to apply our core science to one of the world’s most urgent challenges: decarbonising energy and chemicals. Internship Description We are looking for an enthusiastic and detail-oriented Enzyme Development Intern to support our R&D efforts in enzyme production, protein engineering, and hybrid enzymatic-electrochemical technologies. The ideal candidate will be eager to learn molecular biology techniques, assist with experimental design, and contribute to our enzyme optimisation and characterisation workflows. This internship offers a valuable hands-on opportunity in synthetic biology, diagnostics, and sustainable chemistry. Selected Intern’s Day-to-day Responsibilities Include Assist in microbial expression of enzymes and purification protocols. Support molecular cloning and plasmid construction workflows. Conduct basic bioinformatic analysis such as protein sequence alignment and structure prediction. Help set up and test enzyme activity assays, both in vitro and in cell-free formats. Maintain detailed lab records, including protocols and experimental outcomes. Collaborate with scientists working on CO₂ reduction and bio-electrochemical systems. About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Job Title: Electrocatalysis Scientist Location: Bodhgaya, Bihar (On-Site) Job Type: Full-time Joining Type: Immediate preferred About Us Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Leveraging the same core strengths in electrochemistry, biotechnology and process miniaturisation, Technoculture Research is now exploring bio-energy technologies—from electrochemical green-hydrogen and ammonia synthesis to sustainable liquid-fuel production. This expansion will allow us to apply our platform science to the urgent challenge of low-carbon energy and chemicals, while staying true to our ethos of cost-compressed, data-rich solutions. www.technoculture.io Job Description We are seeking a PhD-level Electrocatalysis Scientist with deep expertise in electrolysis and electrocatalytic systems . The ideal candidate will have strong theoretical and experimental foundations in electrochemical reaction optimisation and a demonstrated interest in CO₂ electroreduction and cell-free enzymatic systems . This role is central to our efforts in building integrated electrochemical-biochemical platforms for sustainable fuel and chemical production. Responsibilities Design, execute, and optimise electrocatalytic processes for applications like CO₂ electroreduction , water electrolysis , and nitrogen reduction . Analyse and model electrochemical systems for improved reaction kinetics , selectivity , and energy efficiency . Explore the integration of cell-free enzymatic cascades within electroenzymatic reactor systems . Evaluate new electrode materials , catalysts , and electrochemical cell designs . Conduct literature and patent reviews to support innovation in hybrid catalytic systems. Closely document experimental setups, procedures, and data. Collaborate with enzyme scientists, materials engineers, and simulation experts across projects. Participate in candidate evaluations by reviewing PhD theses and prior academic work. Qualifications PhD in Electrocatalysis , Electrochemistry, or a closely related field. Strong understanding of electrochemical fundamentals , including reaction kinetics, mass transport, and cell design. Preferred Qualifications Hands-on experience with CO₂ electroreduction , water splitting, or similar electrocatalytic processes . Familiarity with cell-free enzyme cascades or electroenzymatic systems. Demonstrated ability to work with electrode materials , potentiostats , and custom electrochemical reactors . Scientific publications or thesis work related to CO₂ conversion , electrocatalysis , or hybrid bio-electrochemical systems. Personal Attributes Technically strong with a keen interest in cross-domain research . Analytical thinker with deep attention to experimental detail. Self-motivated and comfortable working in multidisciplinary teams. Excellent documentation, data interpretation, and communication skills. Willingness to review candidate research (especially PhD theses) critically during hiring.

Job Title: Enzyme Development Scientist Location: Bodhgaya, Bihar (On-Site) Job Type: Full-time Joining Type: Immediate preferred About Us Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Leveraging the same core strengths in electrochemistry, biotechnology and process miniaturisation, Technoculture Research is now exploring bio-energy technologies—from electrochemical green-hydrogen and ammonia synthesis to sustainable liquid-fuel production. This expansion will allow us to apply our platform science to the urgent challenge of low-carbon energy and chemicals, while staying true to our ethos of cost-compressed, data-rich solutions. www.technoculture.io Job Description We are seeking a highly skilled Enzyme Development Scientist with a strong foundation in enzyme production , molecular cloning , and protein analysis . The ideal candidate will be technically robust, with working knowledge or deep interest in cell-free enzymatic cascades or electroreduction of CO₂ . You will contribute to projects spanning diagnostics, sustainable chemistry, and synthetic biology, playing a key role in enzyme design, production, and optimisation workflows. Responsibilities Design and optimise enzyme production pipelines , including microbial overexpression and purification. Perform molecular cloning , plasmid construction, and strain development for high-yield enzyme expression. Analyse enzymes using molecular biology and bioinformatics tools , including sequence analysis and structural modeling. Contribute to the development of cell-free enzymatic systems , especially those relevant to electroenzymatic reactors . Participate in the design of enzyme mimics and evolutionary strategies . Collaborate with teams working on CO₂ electroreduction and hybrid electro-biocatalytic platforms . Maintain meticulous documentation of protocols, results, and findings. Qualifications Master’s or PhD in Biotechnology, Molecular Biology, or Microbiology . Demonstrated experience in enzyme production and bacterial expression systems . Preferred Qualifications Proficiency in molecular cloning , expression vector design, and strain engineering. Strong understanding of bioinformatic analysis , including protein sequence alignment, motif identification, and structure-function prediction. Exposure to or interest in cell-free enzymatic cascades or electrochemical applications of enzymes . Familiarity with enzyme evolution tools like error-prone PCR , site-directed mutagenesis , and recombinant library screening . Personal Attributes Technically rigorous, with a scientific mindset and problem-solving ability. Detail-oriented and organised in experimental execution and data interpretation. Strong collaboration and communication skills in cross-disciplinary teams. Curious, adaptable, and motivated to explore hybrid biochemical-electrochemical platforms . Open to feedback and able to think critically about their own and others' research work.

Project Title Lab-on-chip Microfluidic Separation and Plasmonic Detection of Blood-borne Biomolecules: An Integrated Device Development and Demonstration Sponsoring Agency: Anusandhan National Research Foundation (ANRF) Position Title: Junior Research Fellow (JRF) Duration: 3 Years ( Initially for 1 year, extendable up to 2 more years based on performance ) Number of Positions: 01 Essential Qualifications Candidates must have a Master’s degree in a relevant field: M.Tech / M.E. in Biomedical Engineering, Nanotechnology, Microelectronics, ECE, Mechanical Engineering, Biotechnology, etc. M.Sc. in Physics, Chemistry, Biophysics, Biotechnology, Nanoscience, etc. Note: Must have qualified CSIR-UGC NET , DBT-JRF , ICMR-JRF , or GATE Desired Skills and Experience Preference for candidates with: ✔ Experience in Biomedical, Nanotechnology, Microfluidics, Biosensors ✔ Knowledge of lab-on-chip , plasmonic sensors , MEMS fabrication , analytical instrumentation ✔ Hands-on with cleanroom processes , spectroscopy techniques ✔ Passion for interdisciplinary research and device development Fellowship & HRA: Year 1 & 2: ₹37,000/month + 10% HRA Year 3: ₹42,000/month + 10% HRA Job Type: Temporary How to Apply? Send your CV/Bio-data and scanned certificates to: aphr@vitap.ac.in Last Date to Apply: 31-07-2025 Contact Dr. Bandru Ramakrishna (Principal Investigator) Email: Ramakrishna.bandaru@vitap.ac.in Website: https://vitap.ac.in/careers/openings?section=JRF%20Recruitment Company Description VIT-AP University, also known as Vellore Institute University, Andhra Pradesh, is a private research university located in Inavolu, Amaravati, India. Established in 2017, the university was founded by the Vellore Institute of Technology through the Andhra Pradesh Private Universities (Establishment and Regulation) Act of 2016. VIT-AP is committed to providing high-quality education and fostering innovation. Role Description This is a full-time on-site role (Job type: Temporary) for a Junior Research Fellow (JRF) under the ANRF PM ECRG program at VIT-AP University, located in Vijayawada. The JRF will be responsible for expediting project tasks, managing logistics, performing inspections, and overseeing project management activities on a daily basis. The role requires close collaboration with team members and effective coordination to ensure the successful completion of research projects.

Key Responsibilities Develop, optimise, and validate biochemical assays based on enzymatic reactions and metabolic pathways Analyse metabolic and enzymatic data from electrochemical detection platforms Collaborate with the R\&D team to integrate biochemical processes with microfluidic devices Conduct literature reviews and apply biochemical knowledge to enhance assay design Maintain accurate laboratory records and contribute to scientific reports Support troubleshooting of biochemical protocols and interpret experimental data Qualifications Hold a master’s degree in biochemistry, biotechnology, or a related life sciences field Possess strong knowledge of enzymes, enzyme kinetics, and metabolic pathways Demonstrate hands-on experience with biochemical assays and analytical techniques Preferred Qualifications Have experience in electrochemical biosensing or bioassay development Show familiarity with microfluidics or point-of-care diagnostic systems Gain exposure to interdisciplinary research environments Skills Apply strong analytical and problem-solving skills Work collaboratively in a research team Demonstrate proficiency in experimental design and data analysis Communicate scientific findings effectively (both written and verbal) Personal Attributes Stay curiosity-driven with a passion for applied research Maintain a detail-oriented approach with a commitment to quality and precision Remain proactive, self-motivated, and adaptable Stay open to learning new techniques and interdisciplinary approaches About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

This position is no longer available. University: Forschungszentrum Jülich Country: Germany Deadline: Not specified Fields: Computer Science, Engineering, Natural Sciences, Economics, Data Science PhD Position Available: AI-Driven Integration of Heterogeneous Research Data into Energy Systems Models Forschungszentrum Jülich is seeking a highly motivated PhD candidate to join the Jülich Systems Analysis (ICE-2) group. This interdisciplinary position focuses on advancing AI-driven energy systems research by enhancing the FAIRness, transparency, and interoperability of research data. Key Responsibilities – Develop semantic data models and knowledge graphs for energy systems – Build AI-powered tools for energy systems analysis – Collaborate with international experts in a leading research environment – Contribute to the development of sustainable energy solutions Requirements – Background in computer science, engineering, natural sciences, economics, or related disciplines – Interest in data science, AI, energy technologies, and research data management – Strong motivation to work in an interdisciplinary and international team Position Details – 3-year funded PhD position (75% TVöD-Bund E13 + benefits) – Based at Forschungszentrum Jülich, one of Europe’s leading research centers Also See Research Assistant Software Engineer Position at University of Galway – Advancing… Two Ph.D. Positions in Advanced Material Recovery and Printing Technologies at… PhD Opportunities in AI-Driven Energy-Efficient Building Renovation at Forschungszentrum Jülich PhD Position in Microfluidics and Single-Cell Analysis of Synthetic Photosymbiosis PhD Position in Machine Learning for Responsible Face Recognition at Paderborn University Application Information For further details and to apply, please visit: https://lnkd.in/gJjRG5_u Get the latest openings in your field and preferred country—straight to your email inbox. Sign up now for 14 days free: https://phdfinder.com/register

As the Lead Product Designer/Product Architect (COE) at our organization based in Bangalore, you will be responsible for spearheading the end-to-end product development of cutting-edge diagnostic devices designed to facilitate swift, precise, and user-friendly sample-to-result testing across a diverse range of clinical specimens. Your role will be pivotal in addressing the distinctive challenges encountered in low-resource and decentralized environments. It is imperative that you effectively manage the intricate balance between technical intricacies, user ergonomics, regulatory adherence, and cost constraints to deliver a feasible solution that significantly impacts clinical outcomes. Your key responsibilities will include: - Designing integrated systems that amalgamate mechanics, optics, microfluidics, electronics, and software to create compact and resilient point-of-care diagnostic devices. - Leading the design process by iteratively converging through simulation, prototyping, testing, and structured reviews. - Identifying and resolving intricate failures like fluid leaks, optical misalignments, and cross-functional interface challenges. - Incorporating fail-safe mechanisms into the design to cater to unforeseen user scenarios effectively. - Ensuring consistent product performance under various operational conditions, encompassing input sample variations, environmental factors, and user interactions. - Adhering strictly to DFX (Design for Excellence) principles to enhance manufacturability, assembly, serviceability, and scalability. - Utilizing simulation tools and tolerance analyses to proactively identify potential design risks and implement mitigation strategies. - Balancing trade-offs, resolving conflicts between different functions, and aligning both internal and external stakeholders with design objectives. - Mentoring and guiding a diverse engineering design team. - Developing and overseeing project timelines, outlining critical development paths, and leading risk identification and mitigation efforts. - Effectively communicating design choices to technical and non-technical stakeholders. If you are a dynamic professional with a passion for innovation and a proven track record in product design and architecture, we invite you to join our team and contribute to revolutionizing diagnostic technology for the betterment of healthcare.,

Job Title: Biotech Reader Location: Bodhgaya, Bihar (On-Site) or Varanasi, UP (On-Site) Job Type: Full-Time Joining Type: Immediate Preferred About Us: Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Job Description: We are seeking a motivated Biotech Reader with a background in Biochemistry and a strong understanding of enzymes and metabolic pathways. The role involves assay development, biochemical analysis, and contributing to research efforts for advancing our diagnostic platform. The ideal candidate will bridge biochemical insights with our electrochemical detection systems. Responsibilities: Develop, optimise, and validate biochemical assays based on enzymatic reactions and metabolic pathways. Analyse metabolic and enzymatic data from electrochemical detection platforms. Work closely with the R&D team on integrating biochemical processes with microfluidic devices. Conduct literature reviews and apply biochemical knowledge to enhance assay design. Maintain accurate laboratory records and contribute to scientific reports. Support troubleshooting of biochemical protocols and data interpretation. Qualifications: Master’s degree in Biochemistry, Biotechnology, or a related life sciences field. Strong knowledge of enzymes, enzyme kinetics, and metabolic pathways. Hands-on experience with biochemical assays and analytical techniques. Preferred Qualifications: Experience in electrochemical biosensing or bioassay development. Familiarity with microfluidics or point-of-care diagnostic systems. Exposure to interdisciplinary research environments. Skills: Strong analytical and problem-solving skills. Ability to work collaboratively in a research team. Proficiency in experimental design and data analysis. Effective scientific communication (both written and verbal). Personal Attributes: Curiosity-driven with a passion for applied research. Detail-oriented with a commitment to quality and precision. Proactive, self-motivated, and adaptable. Open to learning new techniques and interdisciplinary approaches.

Job Title: Graphic Designer Location: Bodhgaya, Bihar (On-Site) Job Type: Full-Time Joining Type: Immediate Preferred About Us: Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Job Description: We are seeking a highly creative and skilled Graphic Designer with expertise in high-quality video production, 3D rendering, and advanced video editing. The ideal candidate will have a strong portfolio that demonstrates creative excellence in visual storytelling, motion graphics, and product visualisation. The role also requires proficiency in Canva for quick design turnarounds on marketing and internal content. Responsibilities: Create high-quality graphics, videos, and 3D-rendered product visuals. Design visually compelling assets using Canva for social media, presentations, and marketing materials. Edit and produce promotional, corporate, and explainer videos. Develop motion graphics, animations, and visual effects for product and corporate content. Collaborate with cross-functional teams (Product, Marketing, R&D) to develop creative content. Ensure brand consistency across all media outputs. Manage multiple projects while delivering high-quality content within deadlines. Qualifications: Bachelor’s degree in Graphic Design, Animation, Fine Arts, Multimedia, or related field. Proven experience in graphic design, video editing, and 3D visualisation. Proficiency in Adobe Creative Suite (After Effects, Premiere Pro, Photoshop, Illustrator), 3D Software (Blender, Cinema 4D, or equivalent), and Canva . Strong design portfolio showcasing video editing, motion graphics, and 3D work. Preferred Qualifications: Experience with scientific, medical, or technology product visualisation. Familiarity with motion graphics and visual effects. Experience in storyboarding and scripting for videos. Skills: Strong visual storytelling, creativity, and design thinking. Excellent time management and ability to meet deadlines. Attention to detail with a commitment to quality. Collaborative approach with strong communication skills. Personal Attributes: Passionate about design and innovation. Proactive, self-motivated, and adaptable. Open to feedback and a continuous learning mindset. Willingness to work in a dynamic, fast-paced environment.

Job Title: Mechanical Engineer - I Location: Achira Labs, Bangalore Reports to: Product development manager About Achira Labs Achira Labs is a deep technology company developing innovative diagnostic and biosensor platforms to bring affordable, high-quality testing closer to patients. Our interdisciplinary teams work across microfluidics, biochemistry, optics, electronics, and mechanical design to build impactful products for healthcare. Role Summary We are looking for a hands-on Mechanical Engineer with strong prototyping skills and a hobbyist’s mindset to design, build, and refine mechanical systems and automation components for our diagnostic platforms. You will be part of our hardware engineering team, contributing to rapid prototyping, iterative design, and integration of mechanical, electronic, and optical systems. Key Responsibilities Design well constrained mechanical parts, assemblies, and mechanisms in CAD (preferably SolidWorks) Draft manufacturing drawings as per prevailing industry standards Fabricate, assemble, and refine prototypes using in-house tools like 3D printers, laser cutters and manual machining tools . Design and develop assembly fixtures, automated jigs, and enclosures, ensuring ease of manufacturing and robust performance. Evaluate, improve, and troubleshoot prototypes to achieve functional, robust, and polished solutions – not just quick fixes . Integrate mechanical designs with basic electronics and optical systems , e.g., motors, sensors, lenses, and filters. Familiar with basic electronics tasks , such as soldering, wiring, and interfacing sensors and actuators for prototype validation. Work closely with cross-functional teams (electronics, fluidics, and biosensor scientists) to translate requirements into working hardware and communicate trade-offs to the respective stakeholders. Co-ordinate with respective vendors to clearly communicate manufacturing/sourcing constraints Take ownership of assigned targets and deliver working prototypes within agreed timelines , with minimal supervision. Required Qualifications & Skills Bachelor’s degree in Mechanical Engineering, Mechatronics, or related field. 2+ years of experience in mechanical product design, new product development or prototyping; experience in healthcare, optical, or medical device applications is a plus. Strong hands-on skills in prototyping, assembly, and fabrication. Proficiency in CAD (SolidWorks preferred) for part and assembly modelling, basic simulations, and preparation for manufacturing or 3D printing. Strong understanding of DFx methodologies and Geometric Dimensioning & Tolerancing (GD&T) principles A working knowledge of fundamental mechanical engineering principles , especially related to fluid mechanics, and mechanism design. Familiarity with 3D printing , including design for printability and post-processing. Exposure to basic electronics – wiring, soldering, and programming microcontrollers for simple automation tasks. Demonstrated ability to build neat, functional prototypes , with attention to finish and detail. Self-driven , curious, and resourceful, with a hobbyist approach to building and learning new tools or techniques. Preferred Additional Skills Experience working in a startup, maker lab, or rapid prototyping environment . Familiarity with automation systems , motors, actuators, and simple control systems. Familiarity with optical system design Familiarity with Solidworks PDM would be advantageous Exposure to fluidics or biomedical device prototyping is a plus but not mandatory. What We Offer Opportunity to work on cutting-edge diagnostic platforms that impact healthcare accessibility. A multidisciplinary environment with freedom to experiment and learn. Access to in-house prototyping facilities including CNC machines, 3D printers, and microfabrication tools. A collaborative team that values rigor, creativity, and practical innovation .

Job Title: Mechanical Engineer - I Location: Achira Labs, Bangalore Reports to: Product development manager About Achira Labs Achira Labs is a deep technology company developing innovative diagnostic and biosensor platforms to bring affordable, high-quality testing closer to patients. Our interdisciplinary teams work across microfluidics, biochemistry, optics, electronics, and mechanical design to build impactful products for healthcare. Role Summary We are looking for a hands-on Mechanical Engineer with strong prototyping skills and a hobbyist’s mindset to design, build, and refine mechanical systems and automation components for our diagnostic platforms. You will be part of our hardware engineering team, contributing to rapid prototyping, iterative design, and integration of mechanical, electronic, and optical systems. Key Responsibilities Design well constrained mechanical parts, assemblies, and mechanisms in CAD (preferably SolidWorks) Draft manufacturing drawings as per prevailing industry standards Fabricate, assemble, and refine prototypes using in-house tools like 3D printers, laser cutters and manual machining tools . Design and develop assembly fixtures, automated jigs, and enclosures, ensuring ease of manufacturing and robust performance. Evaluate, improve, and troubleshoot prototypes to achieve functional, robust, and polished solutions – not just quick fixes . Integrate mechanical designs with basic electronics and optical systems , e.g., motors, sensors, lenses, and filters. Familiar with basic electronics tasks , such as soldering, wiring, and interfacing sensors and actuators for prototype validation. Work closely with cross-functional teams (electronics, fluidics, and biosensor scientists) to translate requirements into working hardware and communicate trade-offs to the respective stakeholders. Co-ordinate with respective vendors to clearly communicate manufacturing/sourcing constraints Take ownership of assigned targets and deliver working prototypes within agreed timelines , with minimal supervision. Required Qualifications & Skills Bachelor’s degree in Mechanical Engineering, Mechatronics, or related field. 2+ years of experience in mechanical product design, new product development or prototyping; experience in healthcare, optical, or medical device applications is a plus. Strong hands-on skills in prototyping, assembly, and fabrication. Proficiency in CAD (SolidWorks preferred) for part and assembly modelling, basic simulations, and preparation for manufacturing or 3D printing. Strong understanding of DFx methodologies and Geometric Dimensioning & Tolerancing (GD&T) principles A working knowledge of fundamental mechanical engineering principles , especially related to fluid mechanics, and mechanism design. Familiarity with 3D printing , including design for printability and post-processing. Exposure to basic electronics – wiring, soldering, and programming microcontrollers for simple automation tasks. Demonstrated ability to build neat, functional prototypes , with attention to finish and detail. Self-driven , curious, and resourceful, with a hobbyist approach to building and learning new tools or techniques. Preferred Additional Skills Experience working in a startup, maker lab, or rapid prototyping environment . Familiarity with automation systems , motors, actuators, and simple control systems. Familiarity with optical system design Familiarity with Solidworks PDM would be advantageous Exposure to fluidics or biomedical device prototyping is a plus but not mandatory. What We Offer Opportunity to work on cutting-edge diagnostic platforms that impact healthcare accessibility. A multidisciplinary environment with freedom to experiment and learn. Access to in-house prototyping facilities including CNC machines, 3D printers, and microfabrication tools. A collaborative team that values rigor, creativity, and practical innovation .

Achira Labs is looking for a hands-on Mechanical/Automation Engineer with a hobbyist’s mindset and strong prototyping skills to join our multidisciplinary engineering team. About the role At Achira, you will: 🔧 Design mechanical parts and assemblies in CAD (SolidWorks preferred), focusing on rigorous, neat-finish solutions 🔧 Prototype sample handling consumables and microfluidic cartridge ideas , including mechanisms for fluid control and integration 🔧 Develop optical and mechanical interfaces for our diagnostic devices 🔧 Design and fabricate assembly jigs and fixtures to streamline microfluidic cartridge production 🔧 Fabricate and assemble prototypes using 3D printing, CNC machining, and manual machining tools 🔧 Integrate designs with basic electronics (Arduino, Raspberry Pi), motors, and sensors 🔧 Solder, wire, and program simple automation systems to validate your prototypes 🔧 Take ownership of targets and deliver working, refined prototypes independently Who you are ✔️ Diploma or Bachelor’s in Mechanical Engineering, Mechatronics, or similar ✔️ Strong hands-on prototyping skills – you love turning ideas into robust, testable hardware ✔️ Proficient in CAD design for parts and assemblies with attention to detail and function ✔️ Good understanding of mechanisms, moving parts, and practical mechanical design ✔️ Comfortable with basic electronics – soldering, wiring, microcontroller interfacing ✔️ Curious, self-driven, and resourceful , with a mindset to learn new tools and techniques ✔️ Take pride in creating solutions that work well and look neat Why join Achira Labs? 💡 Work on innovative diagnostic platforms that impact healthcare accessibility 🛠️ Prototype consumables, cartridges, and automation hardware with real-world impact 🤝 Collaborate with a multidisciplinary team working across microfluidics, biosensors, electronics, and automation 🚀 Be part of an environment that values rigor, creativity, and practical innovation About Achira Labs Achira Labs is a deep-tech company developing cutting-edge diagnostic and biosensor platforms to bring high-quality testing closer to patients. We build products that integrate microfluidics, chemistry, optics, electronics, and mechanical design into impactful solutions for healthcare.

⛔ This position is no longer available. University: University of Sussex Country: United Kingdom Deadline: 20 June, 2025 The University of Sussex invites applications for a fully-funded PhD position focused on advancing nanomaterials discovery through the integration of automation, machine learning, and chemical synthesis. The successful candidate will contribute to cutting-edge research involving microfluidics, colloidal nanocrystals, and the application of advanced technologies to address challenges in energy, healthcare, and environmental sectors. Requirements – Background in chemistry, chemical engineering, materials science, nanotechnology, computer science, or a related discipline – Interest in automation and artificial intelligence as applied to materials research – Strong motivation for interdisciplinary research Funding And Support – Full funding available for UK or international students – Annual tax-free stipend of £20,780 for 3.5 years – Additional £2,000 research support Application Information – Apply by 20 June, 2025 via: https://lnkd.in/e_y7BKVq – Informal enquiries may be directed to Dr Philip Howes at p.d.howes@sussex.ac.uk Get the latest openings in your field and preferred country—straight to your email inbox. Sign up now for 14 days free: https://phdfinder.com/register Also See Fully Funded PhD Scholarships in Advanced Materials Science and Nanotechnology at the… Postdoctoral Research Opportunity in Machine Learning for Materials Science Fully Funded Ph.D. Positions in Next-Generation Wireless Sensing and Communications at… Postdoctoral Opportunity in Functional Nanomaterials for Thermal Management PhD Opportunity in Embedded AI for Smart Energy at University of Trento

Job Title: Chemical Engineer – Process Development & Pilot Plant (POC Setups) Location: Bodhgaya, Bihar (On-Site) Job Type: Full-time Joining Type: Immediate preferred About Us Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Leveraging the same core strengths in electrochemistry, biotechnology and process miniaturisation, Technoculture Research is now exploring bio-energy technologies—from electrochemical green-hydrogen and ammonia synthesis to sustainable liquid-fuel production. This expansion will allow us to apply our platform science to the urgent challenge of low-carbon energy and chemicals, while staying true to our ethos of cost-compressed, data-rich solutions. www.technoculture.io Job Description We are seeking a Chemical Engineer with hands-on experience in experimental process development, particularly for the Haber-Bosch process (for ammonia production), water electrolysis (produces green hydrogen from water using renewable electricity), and Fischer-Tropsch synthesis (central for converting syngas (a mixture of CO and H₂) into synthetic liquid hydrocarbons, which include sustainable aviation fuels (SAF) and other synthetic fuels). The ideal candidate will be responsible for establishing and operating proof-of-concept (POC) reactor setups for advanced gas fermentation, sustainable aviation fuel (SAF), Bio-CNG/Biogas, and Biodiesel synthesis projects. Responsibilities Design, assemble, and operate laboratory and pilot-scale reactors for chemical processes, including Haber-Bosch, water electrolysis, and Fischer-Tropsch. Develop and optimise process conditions for gas fermentation and renewable fuel production. Conduct experiments, analyse results, and troubleshoot process issues to ensure successful POC demonstrations. Perform financial and techno-economic analysis for process scale-up and commercial viability. Utilise process simulation software (preferably Aspen) for modeling, optimisation, and scale-up studies. Prepare technical documentation, experimental protocols, and project reports. Collaborate with multidisciplinary teams to achieve project milestones and ensure safety and regulatory compliance. Qualifications Master’s/ PhD degree in Chemical Engineering or a related field. Proven hands-on experience with chemical process reactors and laboratory setups. Preferred Qualifications Solid understanding of the fundamentals of Haber-Bosch, water electrolysis, and Fischer-Tropsch processes. Experience in gas fermentation, SAF, Bio-CNG/Biogas, or Biodiesel synthesis is highly desirable. Proficiency in process simulation tools (Aspen or similar software). Ability to perform financial analysis related to process development and scale-up. Personal Attributes Strong analytical, problem-solving, and communication skills. Detail-oriented and methodical in experimental work. Excellent team collaboration and communication skills. Ability to manage time and multiple priorities in a research setting. Eagerness to learn and adapt in a dynamic environment.

The study involves understanding the movement of a heterogeneously motile collective of sperm cells in the presence of fluid flow, chemo- and thermo- gradients, obstacles and debris, complex geometries. etc. The JRF is expected to develop a microfluidic setup that mimics the flow and geometric conditions of a female reproductive system, to better test the motility of sperm cells. Basic understanding of MATLAB/Lab View is desirable. The JRF is also expected carry out experiments with the fabricated droplet microfluidic system, prepare technical documents, manuscripts and reports. Qualification and Experience Post Graduate Degree in Physics OR Graduate / Post Graduate Degree in Professional Course selected through a process described through any one of the following: a. Scholars who are selected through National Eligibility Tests - CSIR-UGC NET including lectureship (Assistant Professorship) and GATE. b. The selection process through National level examinations conducted by Central Government Departments and their Agencies and Institutions such as DST, DBT, DAE, DOS, DRDO, MOE, ICAR, ICMR, IIT, IISc, IISER, NISER etc. Perks & Benefits: Rs. 37,000/ + 30% HRA (Per month)

Head, Lateral Flow Assay (LFA) Team Roles & Responsibilities Direct the end-to-end development of quantitative/qualitative lateral flow assays (LFAs) with a strong emphasis on colloidal gold-based technologies, from concept through commercial launch. Develop and implement project plans, ensuring timely delivery of milestones and final products to the commercial market. Build, mentor, and manage a multidisciplinary team of scientists, engineers, and technicians; foster a collaborative environment that encourages innovation and professional growth. Coordinate with manufacturing, quality assurance, and regulatory teams to ensure robust assay design, process optimization, and regulatory compliance. Guide assay optimization, troubleshooting, and validation, with a focus on enhancing sensitivity, specificity, and reproducibility of quantitative LFA platforms. Allocate resources efficiently, manage budgets, and ensure procurement of critical raw materials and reagents for assay development. Provide regular project updates to senior management and stakeholders; prepare technical reports and presentations as needed. Drive process improvements and implement best practices for assay development, scale-up, and transfer to manufacturing. Identify project risks and develop contingency plans to ensure on-time delivery and high-quality outcomes. Candidate Qualifications Education: PhD or Master’s degree in Biochemistry, Biotechnology, Analytical Chemistry, or a related field. Experience: Minimum 8+ years of hands-on experience in lateral flow assay development, with a proven track record of delivering quantitative colloidal gold-based products to the commercial market. Experience with fluorescence-based assays is a plus. Regulatory & Quality Understanding: Familiarity with IVD regulatory requirements (CDSCO and CE-IVD), quality management systems (e.g., ISO 13485), and design transfer to manufacturing. Communication: Excellent verbal and written communication skills; ability to convey complex technical concepts to diverse audiences. Problem-Solving: Strong analytical and troubleshooting skills, with the ability to resolve technical and operational challenges quickly and effectively. Commercial Acumen: Experience working with cross-functional teams to bring diagnostic products from R&D through to successful market launch. About the company Achira Labs (http://www.achiralabs.com) is a pioneering Bangalore-based company that has developed proprietary lab-on-chip (microfluidics) platforms to perform rapid and reliable blood tests in near-patient settings. The company’s culture encourages innovation and team participation at all levels and boasts a strong track record for creating globally relevant innovative technology solutions. Achira has built India’s first microfluidics-based platform for point-of-care immunodiagnostics through in-house efforts combining diverse areas including portable electronics, microfluidics, assay development and materials chemistry. Achira’s work is backed by 24 issued international patents, multiple peer-reviewed publications, many industry collaborations and several research grants from national and international funding agencies including BIRAC, Grand Challenges Canada, ICMR, DST etc. Achira has received the National Technology Award in India for new technologies (Biotechnology) from the President of India as well as MIT Technology Review’s prestigious TR35 awards in recognition of our work. Achira is well capitalized and is supported by marquee investors including Catamaran and Cipla.

Company Description Lab on chip & Biosensors Group of Prof. Sandeep K. Jha at Centre for Biomedical Engineering, IT Delhi is one of the forefront research team in India which works on microfluidics, point-of-care biosensors and embedded systems for clinical applications. Details at www.sandeepjha.com Indian Institute of Technology (IIT) Delhi is a renowned institution recognized as a National Centre of Excellence for training, research, and development in science, engineering, and technology in India. Established in 1961, IIT Delhi has produced over 50,000 graduates, including more than 5500 with Ph.D. degrees in various disciplines. In 2018, IIT Delhi was granted the special status of Institution of Eminence (IoE) by the Govt. of India, allowing for greater autonomy in academic pursuits and collaborations. Role Description This is a full-time on-site role for a Microfabrication Engineer/Scientist specializing in Microfluidics development. The role involves daily tasks related to Photolithography or Direct Maskless lithography based glass- PDMS and SU-8 moulding type rapid Microfluidic prototyping. Since these skillsets are required from day 1 hence Only the experienced engineer /Scientist should apply. Applications of these devices are in Biomedical or Biotech. domains. The position is based at the IIT Delhi campus in Delhi, India. Qualifications Photolithographic techniques hands-on Experience in Microfluidics development Strong analytical and problem-solving skills Excellent communication and collaboration abilities M.Tech. degree in any Engineering with Microfabrication experience It shall be a six days work week and difficulty level of job as you can imagine commensurate to India's top academic Institute. Therefore matching above skill sets utmost to apply for this challenging and career rewarding job Pay scale shall be commensurate with experience level. On Successful Completion of project & when Candidate has displayed full potential he / she shall be encouraged to join Ph.D program at our Centre NOTE: CANDIDATES WHO HAVE COMPLETED Ph.D. DEGREE NEED NOT APPLY. CANDIDATES NOT HAVING GOOD HANDS-ON IN MICROFAB AND PHOTOLITHOGRAPHY NEED NOT APPLY. THEY WILL NOT BE CONSIDERED.

Company Description Lab on a chip & Biosensors Group of Prof. Sandeep K. Jha at Centre for Biomedical Engineering, IT Delhi is one of the forefront research team in India which works on microfluidics, point-of-care biosensors and embedded systems for clinical applications. Details at www.sandeepjha.com Indian Institute of Technology (IT) Delhi is a National Centre of Excellence for training, research, and development in science, engineering, and technology in India Established in 1961, I1T Delhi has graduated over 50,000 individuals, including more than 5500 with a Ph.D. degree. In 2018, IIT Delhi was granted the special status of Institution of Eminence by the Govt. of India, providing greater autonomy in hiring and collaborations Role Description This is a full-time on-site role for a Molecular Biologist cum Biochemist in Lab on a chip & Biosensors Group of Prof. Sandeep K. Jha at Centre for Biomedical Engineering, IIT Delhi. The role involves conducting laboratory experiments, utilizing techniques in molecular biology, PCR, pathogen culture and genome analysis, enzymology such as optimizing new mastermix compositions and primer and probe designing. In subsequent stages, the Candidate has to deploy these assays into microfluidic devices or paper fluidic kits to develop a clinical diagnostic product. The candidate should also have hands on expertise to run PCR machine, should be able to Culture microorganism and should have handled clinical Validation in atleast one project. These skillsets are required beforehand as learning Curve will be steep as project duration shall be Only 1.5 years. Candidates demonstrating this full potential Can be enrolled for Ph.D. program at the Centre as a Career reward after Successful Completion of project. Qualifications Laboratory Skills and Microbiology expertise Must have handled qPCR and RT-PCR with melt curve analysis Proficiency in Enzymology, Biosensors Uv-Vis based kinetic assays Strong background in Biology, Biochemistry, Biotechnology & Molecular Biology Excellent analytical and problem-solving skills Effective communication and collaboration abilities Detail-oriented with a passion for scientific research Master in Molecular Biology, Biochemistry, or related field Pay scale shall be commensurate with experience level It shall be a six days work week and difficulty level of job as you can imagine commensurate to India's top academic Institute. Therefore matching above skill sets utmost to apply for this challenging and career rewarding job Note Interested candidates having already completed or pursuing Ph.D. or those not interested in pursuing Ph.D. must not apply. We are seeking candidates who could continue as Ph.D. scholar. This post is a prelude for future research scholar in my lab who would get a headstart of 1-1.5 years before enrolment to Ph.D. program. Show more Show less

The University of Hong Kong Apply now Ref.: 531935 Work type: Full-time Department: School of Public Health (22400) Categories: Senior Research Staff & Post-doctoral Fellow Hong Kong Applications are invited for appointment as Scientific Officer in the Division of Public Health Laboratory Sciences, School of Public Health (Ref.: 531935), to commence as soon as possible, on a three-year fixed-term basis, with the possibility of renewal subject to satisfactory performance and funding availability. Applicants should possess a Ph.D. degree, preferably in biological sciences, biomedical sciences, or a related discipline, with a strong focus on translational research and organoid culture platforms. Candidates must have proven experience in translational research and commercialization, including successful start-up company setup and management. Demonstrated expertise in flow cytometry, virology, confocal imaging, microfluidics, and automated culture platforms such as organ-on-chip is essential. Strong leadership experience with a track record of managing a research team and mentoring junior staff, undergraduates, and postgraduates is required. Additionally, applicants should possess excellent interpersonal skills for communicating complex scientific concepts to diverse audiences, a proactive attitude with strong problem-solving and communication skills, and an excellent command of written and spoken English. Preference will be given to those with a proven track record in drafting patents, applying for academic and start-up funding, and contributing to intellectual property development. The appointee will supervise and manage research and technical teams, oversee and conduct various research projects in virology, and focus on organoid culture and innovative cell model development. Additional responsibilities include developing and implementing innovative laboratory protocols for advanced organoid culture and maintenance, and leading interdisciplinary research to enhance translational research programs. The appointee should collaborate closely with the research and commercialization team to drive translational research, business development, and operational implementation. The appointee will also establish and maintain collaborative relationships with key stakeholders, monitor research progress, provide strategic guidance to ensure successful project outcomes, and provide technical training and coaching to research team members, students, and trainees. The appointee will work under the supervision of Professor Michael Chan on multidisciplinary research projects relating to infectious diseases using human organoids as a model system. For further information, please contact Professor Chan at mchan@hku.hk. Details of Professor Chan’s research can also be found at https://sph.hku.hk/en/Biography/Chan-Chi-Wai-Michael. Information about the School of Public Health can be obtained at https://sph.hku.hk/. A highly competitive salary commensurate with qualifications and experience will be offered, in addition to annual leave and medical benefits. The appointment on fixed terms will attract a contract-end gratuity and University contribution to a retirement benefits scheme at 15% of basic salary. Housing benefits will be provided as applicable. The University only accepts online applications for the above post. Applicants should apply online and upload an up-to-date CV. Review of applications will start on 26 May 2025 and continue until 11 August 2025 , or until the post is filled, whichever is earlier. Advertised: May 12, 2025 (HK Time) Applications close: Aug 11, 2025 (HK Time) Back to search results Apply now Whatsapp Facebook LinkedIn Email App Show more Show less

ARE YOU LOOKING FOR A CORE ENGINEERING JOB ? SEND YOUR UPDATED CV/ RESUMES TO RECRUIT@MEDIANALYTIKA.COM FOR AN IMMEDIATE RESPONSE. WOULD YOU LIKE TO HAVE YOUR CAREER IN TECHNICAL SALES, APPLICATION SUPPORT, INSTALLATION & TO PROVIDE SERVICE SUPPORT OF HIGH TECHNOLOGY IMPORTED EQUIPMENTS ? WELCOME TO JOIN ONE OF THE THE LARGEST INSTRUMENTATION COMPANIES IN INDIA MEDI ANALYTIKA - INDIA, ESTABLISHED DURING 1994 HAS SUCCESSFULLY COMPLETED 30 YEARS IN BUSINESS. WE ARE RECOGNIZED AS THE LARGEST INSTRUMENTATION COMPANY IN INDIA SUPPLYING HIGH TECHNOLOGY EQUIPMENTS FOR VARIOUS FIELDS FROM SEVERAL WORLD LEADING INSTRUMENTATION COMPANIES FROM USA - CANADA - UK - EUROPE - JAPAN - KOREA OUR CLIENTS INCLUDE MULTI-NATIONAL COMPANIES, PHARMA MAJORS AND OTHER INDUSTRIES, IIT's, TOP UNIVERSITIES & SCIENTIFIC RESEARCH INSTITUTIONS, HOSPITALS & MEDICAL RESEARCHERS. AS A PART OF EXPANSION, WE ARE HIRING LARGE NUMBER OF ENGINEERS & PhD FOR TECHNICAL SALES, INSTALLATION AND TO PROVIDE AFTER SALES SERVICE & APPLICATION SUPPORT. MEDI ANALYTIKA HAS THOUSANDS OF CUSTOMERS. SEGMENTS SERVED INCLUDE : PHARMACEUTICAL /BIO-PHARMA /CRO : DRUG DISCOVERY - FORMULATION, PRODUCTION OF ONCOLOGY DRUGS & INJECTABLES + VACCINES +NANOMEDICINE, BIO-ANALYTICAL, , PRE-CLINICAL ANIMAL RESEARCH, ELECTROPHYSIOLOGY, ION CHANNEL RESEARCH ENVIRONMENT - OCEAN RESEARCH : AIR POLLUTION, WATER POLLUTION, UNDER WATER RESEARCH, TSUNAMI WARNING SYSTEMS, PETROLEUM EXPLORATION & DEEP OCEAN RESEARCH HOSPITALS & MEDICAL RESEARCH CENTRES : NEUROSURGERY - NEUROSCIENCE - REHABILITATION - EYE RESEARCH - BURNS - VASCULAR DIAGNOSTICS - DIABETIC RESEARCH IITs, MAJOR UNIVERSITIES & SCIENTIFIC RESEARCH SCIENTIFIC DISCOVERY : IMAGING & ADVANCED MICROSCOPY / LASERS / MATERIAL SCIENCE FOOD & BEVERAGE INDUSTRIES : LAB / PILOT / PRODUCTION SCALE MACHINES AUTOMOBILES - TEXTILES COMPANIES NANOSCIENCE - NANOTECHNOLOGY - MICROFLUIDICS RESEARCHERS GENETIC ENGINEERING, BIOTECHNOLOGY & CELL RESEARCH RESEARCHERS SPACE RESEARCH & NUCLEAR POWER ESTABLISHMENTS We have plans to recruit 50 + young experienced engineers who can market the instruments from top foreign instrumentation companies, for whom we are exclusive distributors throughout India. Growth and best salary in the industry is assured for those who continue in our company for a longer period of years... 1-5 YEARS EXPERIENCED ENGINEERS WHO ARE WORKING IN MEDICAL / SCIENTIFIC INSTRUMENTATION FIELD ARE WELCOME TO JOIN MEDI ANALYTIKA. JOB INVOLVES TRAVELLING AND SHOULD BE SELF MOTIVATED YOU WILL BE VISITING UNIVERSITIES, RESEARCH INSTITUTIONS, HOSPITALS, MEDICAL RESEARCH CENTRES, BIOTECH COMPANIES AND ALSO ALL MAJOR PHARMA-CHEMICAL-FOOD PROCESSING COMPANIES & OTHER INDUSTRIES THROUGHOUT INDIA. YOU WILL HAVE TO EXPLAIN ABOUT THE SALIENT FEATURES OF OUR IMPORTED INSTRUMENTS FROM WORLD LEADING COMPANIES (FROM USA, CANADA, EUROPE, JAPAN, KOREA) TO SCIENTISTS AND PROFESSORS, WHO ARE GENERALLY DOCTORATES IN THEIR RESPECTIVE FIELD. AFTER THE SALE, SELECT ENGINEERS WHO ARE QUALIFIED WILL BE ALSO TRAINED TO INSTALL AND ALSO PROVIDE AFTER-SALES- SERVICE SUPPORT MINIMUM QUALIFICATION : MINIMUM 60 % M.TECH/ B.E. / B.TECH (EEE, E& I, E&C, BIOMEDICAL / MEDICAL TECHNOLOGY / GENETIC ENGINEERING / BIOTECHNOLOGY/CHEMICAL ENGINEERING) OR M.SC. ( PHYSICS / CHEMISTRY / BIOPHYSICS / BIOTECHNOLOGY / MICROBIOLOGY/ BIOCHEMISTRY) VACANCY : DELHI/NCR - CHANDIGARH - LUCKNOW - MUMBAI - PUNE - AHMEDABAD - KOLKATA - BHUBANESWAR - GUWAHATI - CHENNAI - BANGALORE - TRIVANDRUM - COCHIN - HYDERABAD -GOA - VIZAG Required Candidate profile B.E./B.TECH/M.TECH/ M.SC. ENGINEERS EXPERIENCED IN ANY FIELD ARE WELCOME TO JOIN MEDI ANALYTIKA Perks and Benefits PLUS Incentives, Travel Allowance, PF, Gratuity, ETC. Show more Show less

Chemical Engineering department of Shiv Nadar University invites applications for Ph.D. program, Monsoon 2025. The department offers projects in the fields of Microfluidics, Membrane Separation, Biomass Conversion, Computational modelling of responsive materials, Bio-based Coatings and Packaging-Films, High Entropy Materials, Process intensification, Nanomaterials Synthesis and Catalysis, Nanomaterials for Sensors, Supercritical Fluid extraction, Molecular Simulations and more. Eligibility: Candidates with M.Tech./M.Sc. in Chemical Engineering or related Science/Engineering field. Interested candidates with B.Tech/B.S. (4 year) degree will also be considered. Benefits: Stipend: INR 45,000 /month (Y1 & Y2); INR 50,000 /month (Y3 - Y5). Research Grant: INR 1,50,000 for Scopus-indexed conference travel over 5 years. Application fee - Rs. 1,200 Application Link: https://chemical.snu.edu.in Contact: Vishnu Mishra Ph: (0120) 7170 100, Ext. 651 Mob: 9911965932 Email: vishnu.mishra1@snu.edu.in #PhD #ChemicalEngineering #Materials #Chemistry #Polymer #Simulation Show more Show less