Note: Recently Applied candidates (from 1st june, 2025 onwards) for this Job post refrain from re-applying here! we had already received your applications. About Aryo Green Tech Pvt. Ltd. Aryo Green Tech Pvt. Ltd., a startup incubated in the Ideation Innovation & Incubation (I-3) Foundation (I3F, IIT BHU) incubation center, We have also collaboration with CSIR-CECRI, so that we are at the forefront of Aluminum-ion battery (AIB) innovation. In collaboration with industry leaders like Indian Oil Corporation Limited (IOCL) , we are revolutionizing the energy storage sector with sustainable, high-performance solutions. Your Role: As a Lead Scientist, you'll play a pivotal role in driving our R&D efforts. We are seeking a visionary Lead Scientist to drive our R&D efforts in designing, synthesis, fabricating, and optimizing Aluminum-ion batteries . This role focuses on material design, electrolyte synthesis, and cell development to enable groundbreaking advancements in energy storage. Materials Development: Design and optimize high-performance cathode and anode materials, including high-entropy metal oxides, metal alloys, and composites. Utilize advanced synthesis techniques (organic and inorganic) and other modification strategies to enhance material properties. Electrolyte Engineering: Develop innovative aqueous and ionic liquid electrolytes with exceptional ionic conductivity and electrochemical stability. Explore Gel-Polymer, Eutectic & non-aqueous electrolyte formulations to improve safety and performance. Focus on SEI layer stabilization, dendrite suppression, and electrolyte-component compatibility. Cell Design and Fabrication: Design and fabricate coin, pouch, cylindrical, and prismatic AIB cells for rigorous testing. Develop scalable and reproducible cell assembly protocols to support commercialization. Performance Optimization and Testing: Conduct advanced electrochemical testing (CV, galvanostatic cycling, EIS) to evaluate energy density, power density, cycle life, and thermal stability. Perform in-depth failure analysis to identify root causes and optimize battery performance. Advanced Characterization: Utilize cutting-edge techniques (e.g. XRD, SEM, FTIR) to analyze materials, electrolytes, and interfacial interactions. Investigate degradation mechanisms to improve battery longevity and reliability. What You Bring: Ph.D. or Master's degree in Electrochemistry, Materials Science, Chemistry, or related fields. Proven expertise in Metal-ion or Aluminium-ion battery Electrode materials, ionic liquid electrolytes, and battery cell fabrication and testing. Hands-on experience with advanced electrochemical testing techniques and material characterization methods. Strong understanding of thermal management, dendrite mitigation, and SEI layer engineering. Familiarity with simulation tools (COMSOL, ANSYS Fluent) for battery system modeling. A track record of publications, patents, and contributions to the field of AIB technology. Why Join Us: Competitive Compensation: Based on experience and qualifications. Cutting-Edge Technology: Work on groundbreaking AIB research. Professional Growth: Opportunities for publications, patents, and international collaborations. Collaborative Culture: Join a passionate team dedicated to sustainable energy solutions. How to Apply: Apply via LinkedIn or email your resume , cover letter , and a 500-word proposal outlining your vision for Aluminum-ion battery technology to hr@aryogreentech.com . Use the subject line: "Application: Lead Scientist – AIB Technology" . Salary Negotiable based on expertise and experience Let's shape the future of energy storage together! Thanks for being a part of this beautiful R&D journey! Show more Show less

Note: Recently (from 1st june, 2025 onwards) Job post Applied candidates should refrain from reapplying here! we had already received your application. About Aryo Green Tech Pvt. Ltd. Aryo Green Tech Pvt. Ltd., a startup incubated in the Ideation Innovation & Incubation (I-3) Foundation (I3F, IIT BHU) incubation center, We have also collaboration with CSIR-CECRI, so that we are at the forefront of Aluminum-ion battery (AIB) innovation. In collaboration with industry leaders like Indian Oil Corporation Limited (IOCL) , we are revolutionizing the energy storage sector with sustainable, high-performance solutions. Your Role: As a Lead Scientist, you'll play a pivotal role in driving our R&D efforts. We are seeking a visionary Lead Scientist to drive our R&D efforts in designing, synthesis, fabricating, and optimizing Aluminum-ion batteries . This role focuses on material design, electrolyte synthesis, and cell development to enable groundbreaking advancements in energy storage. Materials Development: Design and optimize high-performance cathode and anode materials, including high-entropy metal oxides, metal alloys, and composites. Utilize advanced synthesis techniques (organic and inorganic) and other modification strategies to enhance material properties. Electrolyte Engineering: Develop innovative aqueous and ionic liquid electrolytes with exceptional ionic conductivity and electrochemical stability. Explore non-aqueous electrolyte formulations to improve safety and performance. Focus on SEI layer stabilization, dendrite suppression, and electrolyte-component compatibility. Cell Design and Fabrication: Design and fabricate coin, pouch, cylindrical, and prismatic AIB cells for rigorous testing. Develop scalable and reproducible cell assembly protocols to support commercialization. Performance Optimization and Testing: Conduct advanced electrochemical testing (CV, galvanostatic cycling, EIS) to evaluate energy density, power density, cycle life, and thermal stability. Perform in-depth failure analysis to identify root causes and optimize battery performance. Advanced Characterization: Utilize cutting-edge techniques (e.g. XRD, SEM, FTIR) to analyze materials, electrolytes, and interfacial interactions. Investigate degradation mechanisms to improve battery longevity and reliability. What You Bring: Ph.D. or Master's degree in Electrochemistry, Materials Science, Chemistry, or related fields. Proven expertise in AIB materials, ionic liquid electrolytes, and battery cell fabrication and testing. Hands-on experience with advanced electrochemical testing techniques and material characterization methods. Strong understanding of thermal management, dendrite mitigation, and SEI layer engineering. Familiarity with simulation tools (COMSOL, ANSYS Fluent) for battery system modeling. A track record of publications, patents, and contributions to the field of AIB technology. Why Join Us: Competitive Compensation: Based on experience and qualifications. Cutting-Edge Technology: Work on groundbreaking AIB research. Professional Growth: Opportunities for publications, patents, and international collaborations. Collaborative Culture: Join a passionate team dedicated to sustainable energy solutions. How to Apply: Apply via LinkedIn or email your resume , cover letter , and a 500-word proposal outlining your vision for Aluminum-ion battery technology to hr@aryogreentech.com . Use the subject line: "Application: Lead Scientist – AIB Technology" . Salary Negotiable >up-to 10 LPA Let's shape the future of energy storage together! Thanks for being a part of this beautiful R&D journey! Show more Show less

About Aryo Green Tech Pvt. Ltd. Aryo Green Tech Pvt. Ltd., a startup incubated in the Ideation Innovation & Incubation (I-3) Foundation (I3F, IIT BHU) incubation center, We have also collaboration with CSIR-CECRI , so that we are at the forefront of Aluminum-ion battery (AIB) innovation. In collaboration with industry leaders like Indian Oil Corporation Limited (IOCL) , we are revolutionizing the energy storage sector with sustainable, high-performance solutions. Your Role: As a R&D Intern, you'll play a pivotal role in driving our R&D efforts. We are seeking a visionary R&D Intern to drive our R&D efforts in designing, synthesis, fabricating, and optimizing Aluminum-ion batteries . This role focuses on material design, electrolyte synthesis, and cell development to enable groundbreaking advancements in energy storage. Materials Development: Design and optimize high-performance cathode and anode materials, including high-entropy metal oxides, metal alloys, and composites. Utilize advanced synthesis techniques (organic and inorganic) and other modification strategies to enhance material properties. Electrolyte Engineering: Develop innovative aqueous and ionic liquid electrolytes with exceptional ionic conductivity and electrochemical stability. Explore Gel-Polymer, Eutectic & non-aqueous electrolyte formulations to improve safety and performance. Focus on SEI layer stabilization, dendrite suppression, and electrolyte-component compatibility. Cell Design and Fabrication: Design and fabricate coin, pouch, cylindrical, and prismatic AIB cells for rigorous testing. Develop scalable and reproducible cell assembly protocols to support commercialization. Performance Optimization and Testing: Conduct advanced electrochemical testing (CV, galvanostatic cycling, EIS) to evaluate energy density, power density, cycle life, and thermal stability. Perform in-depth failure analysis to identify root causes and optimize battery performance. Advanced Characterization: Utilize cutting-edge techniques (e.g. XRD, SEM, FTIR) to analyze materials, electrolytes, and interfacial interactions. Investigate degradation mechanisms to improve battery longevity and reliability. What You Bring: Ph.D. or Master's degree in Electrochemistry, Materials Science, Chemistry, or related fields. Basic Lab skills & knowledge Metal-ion or Aluminium-ion battery Electrode materials, ionic liquid electrolytes, and battery cell fabrication and testing. Hands-on experience with advanced electrochemical testing techniques and material characterization methods. Strong understanding of thermal management, dendrite mitigation, and SEI layer engineering. Familiarity with simulation tools (COMSOL, ANSYS Fluent) for battery system modeling. Why Join Us: Competitive Compensation: Based on experience and qualifications. Cutting-Edge Technology: Work on groundbreaking AIB research. Professional Growth: Opportunities for publications, patents, and international collaborations. Collaborative Culture: Join a passionate team dedicated to sustainable energy solutions. How to Apply: Apply via LinkedIn or email your resume , cover letter , and a 500-word proposal outlining your vision for R&D Intern – Battery technology to hr@aryogreentech.com . Use the subject line: "Application: R&D Intern – battery technology Stipend : Negotiable based on expertise and experience Let's shape the future of energy storage together! Thanks for being a part of this beautiful R&D journey! Show more Show less

Note: Candidates refrain from re-applying if applied before : This is not a routine internship — only apply if you're ready to work hard, think independently, and solve real scientific challenges without hand-holding. Only fearless minds with real passion for electrochemical/Material innovation should apply — this is no place for comfort-seekers or resume-fillers . Not a Routine Role! This position is designed for scientists who seek deep innovation, value hard scientific problem-solving, and want to build something that has never existed in India. You’ll be part of a lean, focused team working at the frontier of technology — where there is no instruction manual, only initiative, creativity, and relentless experimentation. About Aryo Green Tech Pvt. Ltd. Aryo Green Tech Pvt. Ltd., a startup incubated in the Ideation Innovation & Incubation (I-3) Foundation (I3F, IIT BHU) incubation center, We have also collaboration with CSIR-CECRI , so that we are at the forefront of Aluminum-ion battery (AIB) innovation. In collaboration with industry leaders like Indian Oil Corporation Limited (IOCL) , we are revolutionizing the energy storage sector with sustainable, high-performance solutions. Aryo Green Tech is building India’s next-generation Aluminium-ion battery platform — safe, recyclable, and truly indigenous. From synthesizing novel materials to full-stack battery development, we’re creating high-performance alternatives to lithium-based systems. This is more than a job — it’s a scientific mission to build India’s energy future, free from dependency and compromise. Full-time Placement (based on Results & Work Performance) Start Date: Immediate Eligibility: PhD holders only with hands-on battery research background Stipend : Negotiable Materials Development: Design and optimize high-performance cathode and anode materials, including high-entropy metal oxides, metal alloys, and composites. Utilize advanced synthesis techniques (organic and inorganic) and other modification strategies to enhance material properties. Electrolyte Engineering: Develop innovative aqueous and ionic liquid electrolytes with exceptional ionic conductivity and electrochemical stability. Explore Gel-Polymer, Eutectic & non-aqueous electrolyte formulations to improve safety and performance. Focus on SEI layer stabilization, dendrite suppression, and electrolyte-component compatibility. Cell Design and Fabrication: Design and fabricate coin, pouch, cylindrical, and prismatic AIB cells for rigorous testing. Develop scalable and reproducible cell assembly protocols to support commercialization. Performance Optimization and Testing: Conduct advanced electrochemical testing (CV, galvanostatic cycling, EIS) to evaluate energy density, power density, cycle life, and thermal stability. Perform in-depth failure analysis to identify root causes and optimize battery performance. Advanced Characterization: Utilize cutting-edge techniques (e.g. XRD, SEM, FTIR) to analyze materials, electrolytes, and interfacial interactions. Investigate degradation mechanisms to improve battery longevity and reliability. Nutshell: You will join our core battery development team and contribute to: Synthesis and engineering of advanced electrode/electrolyte materials Assembly and optimization of Al-ion coin/pouch cells (aqueous & non-aqueous) Performance tuning for specific capacity, reversibility, and stability Material & electrochemical characterization: CV, EIS, XRD, SEM, BET Contribution to lab documentation, IP filings, and possible publications Who Should apply: We are looking for PhD-qualified candidates with strong foundations in: Electrochemistry, Material Science, Energy Storage, Nanotechnology, or Solid-State Chemistry Prior hands-on experience in battery R&D — Zn-ion, Na-ion, Al-ion, or related systems Skills in lab synthesis techniques (e.g., sol-gel, Solid-State, co-precipitation) Familiarity with battery fabrication tools and electrochemical instruments 🏆 What You Get Opportunity to work on India’s first serious Aluminium-ion battery initiative Total immersion in cutting-edge energy storage R&D Mentorship from founders and leading electrochemists Chance for full-time placement as part of the founding scientific team A legacy role in a bold national-tech mission How to Apply: Apply via LinkedIn or email your resume @ 📩 To Apply Email your CV + 5-line SOP (Why you want to build Aluminium-ion batteries) to: 📧 hr @aryogreentech.com Subject: for Application – R&D Scientist Internship-cum-placement (Al-ion Battery – PhD Only) Stipend : Negotiable based on expertise and experience Let's shape the future of energy storage together! Thanks for being a part of this beautiful R&D journey!