Requirements Essential MBA / PGDM in Human Resources (or equivalent postgraduate qualification). 5-8 + years total HR experience, 2 + years in a technology‑startup or manufacturing setting. Proven power‑user proficiency in Zoho Recruit: custom fields, Blueprints, reporting, integrations. Thorough knowledge of Indian labour legislation and contract‑staffing norms. Demonstrated success drafting HR policies/SOPs that passed ISO or customer audits. Advanced MS Excel / Google Sheets skills (pivot tables, financial modelling). Excellent documentation and business‑writing ability; fluent English (Kannada/Hindi advantage). Preferred / Advantageous Experience integrating Zoho Recruit with Zoho People or third‑party HRIS/ERP. Exposure to ESOP administration and investor due‑diligence data rooms. Familiarity with SEZ, STPI or EOU HR compliances. Knowledge of ISO 45001 (OHS) or ISO 14001 (EHS) HR documentation. Show more Show less
J ob Title : Manager - Quality Location: Electronics City, Bangalore NoPo Nanotechnologies one of the few deep tech companies globally that lead the research and development in the nanotubes space. The company manufactures and sells high-quality single walled carbon nanotubes using proprietary methods known as HiPCO®. These nanotubes are extremely small and strong, with a range of useful properties such as semi-conductivity, low density, and high conductivity. They have been used in a variety of applications, including Li-ion batteries, space, defence, and electronics. NoPo is currently scaling up production to meet the demand. Job Summary : As a Quality Manager, you will be responsible for implementing quality philosophy and processes required to service global customers in the EV and electronics/semiconductor space. You will be responsible for ensuring that our products meet the highest quality standards as we scale up our manufacturing operations, ensuring efficiency, quality, and safety. The ideal candidate will have a strong understanding of quality management systems, regulatory requirements and best practices in the chemical manufacturing industry Key Responsibilities: Establish quality standards and certification required ensure consistent, high-quality goods are being delivered to the customer every time Build processes and team to ensure the quality is not compromised as the business scales Design quality checks and protocols to ensure batch to batch consistency of material Participate and qualify for required ISO and other certifications for the plant and supply chain Establish evaluation checks for vendor onboarding Work with cross-functional teams to resolve quality issues and drive continuous improvement initiatives Collaborate with R&D and production teams to ensure new products meet quality specifications and can be successfully scaled up for production Conduct regular audits of manufacturing processes to identify areas for improvement and implement corrective actions Ensure compliance with all regulatory requirements and company policies Requirements 5 years of experience as a QA/QC manager in the chemical/battery/EV industry. Strong understanding of manufacturing and chemical processes, quality management systems, production equipment and safety protocols. Understanding of QMS system and certification including but not limited to IMS, IATF. Understanding of ESG reporting and compliance. Ability to thrive in a fast-paced environment and adapt to changing priorities. Thorough understanding of safety protocols, risk assessment and the ability to promote a safety-first culture within the team. Benefits Competitive salary package commensurate with experience. Opportunity to drive the fast-paced growth in a path breaking industry Chance to build relationships with the best-in-class customers working on the most advanced technologies using our product. These technologies range from silicon anodes, flexible electronics, improved water purification. You will be a part of the solution to save the environment Show more Show less
Job Purpose: To operate, monitor, and maintain HiPCO reactor systems safely and efficiently as per Standard Operating Procedures (SOPs) and production schedules. Ensure product quality, process stability, and adherence to safety standards. Key Responsibilities: Operate and monitor HIPCO reactor systems, valves, Compressor, Chiller and associated equipment as per process instructions. Maintain logbooks and record process parameters like temperature, pressure, flow rates, and reaction time. Conduct routine checks on the reactor and utility systems; report abnormalities or deviations. Assist in reactor startup, shutdown, and cleaning operations. Handle raw materials, catalyst charging, and product transfer as instructed. Follow all standard safety protocols including PPE usage, emergency shutdown procedures, and chemical handling. Support preventive maintenance activities and liaise with maintenance teams for any equipment issues. Adhere strictly to batch records, SOPs, and Good Manufacturing Practices (GMP). Participate in training programs and contribute to process improvements. Skills & Competencies: Basic understanding of mechanical equipment (Compressor, heater, valves, piping systems) Ability to read P&ID drawings and SOPs (training will be provided) Good communication and teamwork skills Willingness to work in shifts and handle physically demanding tasks Awareness of workplace safety, chemical handling, and 5S principles Working Conditions: Rotational shifts (Day/Night) Involves working around high-temperature processes, gasses , and chemicals Use of PPE is mandatory Occasional extended hours or weekend work based on production needs Requirements Education: Diploma in Mechanical Engineering or equivalent Experience: Freshers welcome, or 1–2 years of experience in any chemical/process industry preferred Benefits Best in the Industry
Job Purpose : To ensure the smooth and uninterrupted operation of reactor systems, utilities (chillers, compressors), electrical systems, and mechanical support equipment through planned and breakdown maintenance, troubleshooting, and proactive upkeep of all related assets. Key Responsibilities: Electrical Maintenance: Inspect, troubleshoot, and repair electrical panels, control circuits, motors, and power distribution systems. Carry out preventive and corrective maintenance for plant electrical systems. Ensure timely calibration, testing, and servicing of electrical protective devices (MCBs, relays, contractors etc.). Coordinate with electrical vendors for AMC and third-party maintenance support. Reactor System Maintenance: Ensure smooth functioning of reactor-related equipment such as heaters, controllers, sensors, valves, and interlocks. Perform scheduled checks on reactor electrical and control systems; assist process team during breakdowns. Utility Equipment Maintenance : Perform routine servicing and maintenance of chillers, air/CO compressors, vacuum pumps, and other equipment’s. Monitor utility equipment health and performance using checklist based systems. Pump and Motor Maintenance: Conduct regular checks and overhauls of centrifugal, gear, and diaphragm pumps. Replace bearings, seals, or electrical windings as needed. Documentation & Reporting: Maintain proper maintenance records, checklists, breakdown reports, and logbooks. Safety & Compliance: Follow electrical safety procedures, Lockout–Tagout (LOTO), and arc flash protection norms. Ensure compliance with electrical and utility maintenance-related statutory requirements. Requirements Education: Diploma in Electrical Engineering Experience: 3 to 5 years in plant maintenance in chemical / manufacturing industries Benefits Best in the Industry
To support the optimization of HiPCO SWCNT purification and dispersion processes, particularly for energy storage and conductive applications. This role includes experimental design, experimentation, data analysis, process optimization, and prototype development while ensuring safety and compliance with industry standards. Key Responsibilities: Technical Responsibilities Execute and optimize purification process with halogenation under supervision and perform operational runs on the system. Work on scaling the purification process and system. Assist in preparing SWCNT dispersion tailored to battery and other applications. Operate and interpret results from analytical tools such as Raman, UV-Vis-NIR, ICP-OES. Data interpretation of TGA, SEM, TEM, BET, XRD, XPS, etc. Support the development and testing of prototypes for purification and dispersion systems. Experimental Design & Execution Follow experimental protocols and ensure reproducibility of results. Identify and troubleshoot common issues during experiments. Analyze data and contribute to incremental improvements. Documentation & Reporting Maintain thorough logs of procedures and results. Contribute to presentations, technical documentation, and internal reports. Ensure data integrity and accessibility. Collaboration & Communication Communicate findings clearly with the Principal Engineer and cross-functional team. Collaborate effectively within a multidisciplinary team environment. Take initiative in learning and contribute proactively to team discussions and problem-solving. Compliance & Safety Follow all safety procedures, especially in handling hazardous chemicals and operating sensitive equipment. Maintain a safe, clean, and organized lab environment. Ensure adherence to environmental and regulatory standards. Requirements Functional Competencies: Domain Knowledge: Understanding of SWCNT purification, and dispersion principles. Instrumentation Skills: Familiarity with spectroscopic and imaging techniques for SWCNT characterization. Problem-Solving: Ability to identify challenges in dispersion stability, scalability, and quality control, and propose practical solutions. Project Support: Assist in coordinating daily project tasks and aligning them with project goals. R&D Involvement: Contribute to literature reviews, documentation of experiments, and continuous process improvement. Core Competencies: Analytical thinking and problem-solving Hands-on experimentation Documentation and reporting Team collaboration and adaptability Commitment to learning and development Benefits BesT in the Industry
J ob Title : Manager - Quality Location: Electronics City, Bangalore NoPo Nanotechnologies one of the few deep tech companies globally that lead the research and development in the nanotubes space. The company manufactures and sells high-quality single walled carbon nanotubes using proprietary methods known as HiPCO®. These nanotubes are extremely small and strong, with a range of useful properties such as semi-conductivity, low density, and high conductivity. They have been used in a variety of applications, including Li-ion batteries, space, defence, and electronics. NoPo is currently scaling up production to meet the demand. Job Summary : As a Quality Manager, you will be responsible for implementing quality philosophy and processes required to service global customers in the EV and electronics/semiconductor space. You will be responsible for ensuring that our products meet the highest quality standards as we scale up our manufacturing operations, ensuring efficiency, quality, and safety. The ideal candidate will have a strong understanding of quality management systems, regulatory requirements and best practices in the chemical manufacturing industry Key Responsibilities: Establish quality standards and certification required ensure consistent, high-quality goods are being delivered to the customer every time Build processes and team to ensure the quality is not compromised as the business scales Design quality checks and protocols to ensure batch to batch consistency of material Participate and qualify for required ISO and other certifications for the plant and supply chain Establish evaluation checks for vendor onboarding Work with cross-functional teams to resolve quality issues and drive continuous improvement initiatives Collaborate with R&D and production teams to ensure new products meet quality specifications and can be successfully scaled up for production Conduct regular audits of manufacturing processes to identify areas for improvement and implement corrective actions Ensure compliance with all regulatory requirements and company policies Requirements 5 years of experience as a QA/QC manager in the chemical/battery/EV industry. Strong understanding of manufacturing and chemical processes, quality management systems, production equipment and safety protocols. Understanding of QMS system and certification including but not limited to IMS, IATF. Understanding of ESG reporting and compliance. Ability to thrive in a fast-paced environment and adapt to changing priorities. Thorough understanding of safety protocols, risk assessment and the ability to promote a safety-first culture within the team. Benefits Competitive salary package commensurate with experience. Opportunity to drive the fast-paced growth in a path breaking industry Chance to build relationships with the best-in-class customers working on the most advanced technologies using our product. These technologies range from silicon anodes, flexible electronics, improved water purification. You will be a part of the solution to save the environment
The main purpose of this role is to ensure the smooth and uninterrupted operation of reactor systems, utilities (chillers, compressors), electrical systems, and mechanical support equipment by conducting planned and breakdown maintenance, troubleshooting, and proactive upkeep of all related assets. Your key responsibilities will include: - Electrical Maintenance: Inspecting, troubleshooting, and repairing electrical panels, control circuits, motors, and power distribution systems. Performing preventive and corrective maintenance for plant electrical systems. Ensuring timely calibration, testing, and servicing of electrical protective devices (MCBs, relays, contractors etc.). Coordinating with electrical vendors for AMC and third-party maintenance support. - Reactor System Maintenance: Ensuring smooth functioning of reactor-related equipment such as heaters, controllers, sensors, valves, and interlocks. Performing scheduled checks on reactor electrical and control systems; assisting the process team during breakdowns. - Utility Equipment Maintenance: Performing routine servicing and maintenance of chillers, air/CO compressors, vacuum pumps, and other equipment. Monitoring utility equipment health and performance using checklist-based systems. - Pump and Motor Maintenance: Conducting regular checks and overhauls of centrifugal, gear, and diaphragm pumps. Replacing bearings, seals, or electrical windings as needed. - Documentation & Reporting: Maintaining proper maintenance records, checklists, breakdown reports, and logbooks. - Safety & Compliance: Following electrical safety procedures, LockoutTagout (LOTO), and arc flash protection norms. Ensuring compliance with electrical and utility maintenance-related statutory requirements. Requirements: - Education: Diploma in Electrical Engineering - Experience: 3 to 5 years in plant maintenance in chemical / manufacturing industries This position offers competitive benefits within the industry.,
As a Maintenance Engineer in our organization, your primary responsibility will be to ensure the smooth and uninterrupted operation of reactor systems, utilities (chillers, compressors), electrical systems, and mechanical support equipment. This will involve planned and breakdown maintenance, troubleshooting, and proactive upkeep of all related assets. Your key responsibilities will include: - Electrical Maintenance: Inspecting, troubleshooting, and repairing electrical panels, control circuits, motors, and power distribution systems. Carrying out preventive and corrective maintenance for plant electrical systems. Ensuring timely calibration, testing, and servicing of electrical protective devices (MCBs, relays, contractors, etc.). Coordinating with electrical vendors for AMC and third-party maintenance support. - Reactor System Maintenance: Ensuring smooth functioning of reactor-related equipment such as heaters, controllers, sensors, valves, and interlocks. Performing scheduled checks on reactor electrical and control systems and assisting the process team during breakdowns. - Utility Equipment Maintenance: Performing routine servicing and maintenance of chillers, air/CO compressors, vacuum pumps, and other equipment. Monitoring utility equipment health and performance using checklist-based systems. - Pump and Motor Maintenance: Conducting regular checks and overhauls of centrifugal, gear, and diaphragm pumps. Replacing bearings, seals, or electrical windings as needed. - Documentation & Reporting: Maintaining proper maintenance records, checklists, breakdown reports, and logbooks. - Safety & Compliance: Following electrical safety procedures, LockoutTagout (LOTO), and arc flash protection norms. Ensuring compliance with electrical and utility maintenance-related statutory requirements. To be successful in this role, you should have a Diploma in Electrical Engineering and possess 3 to 5 years of experience in plant maintenance in chemical/manufacturing industries. Join us and enjoy the benefits of being a part of an organization that offers the best in the industry.,
Job Overview: The ideal candidate will be responsible for managing day-to-day financial operations, including reconciliations, accounts payable and bank interactions. The role requires strong analytical skills, a solid understanding of accounting principles, and proficiency in financial software tools. As a Finance Executive, you will collaborate closely with internal departments to ensure financial accuracy and efficiency, while also contributing to the development and implementation of financial policies and procedures. Job Description & Key Responsibilities · Financial Reporting: Prepare and analyze financial statements, variance analysis. · Budgeting & Forecasting: Assist in creating annual budgets and financial projections. · Compliance: Liaising with TDS and GST compliance · Month-End Close: Participate in closing activities including journal entries and reconciliations. · AP management: Ensuring vendor invoices are accurately updated in the system, and processing timely payments. · Audit: Support on annual statutory audits. · Process improvement: Support on process improvements like inventory management, Fixed assets and Budgeting process. Requirements Qualifications/Skills: Bachelor's/Master’s degree in Finance, Accounting, or related field with 3-4 years of experience in Manufacturing Industries . (Experience working in a Chartered Accountant (CA) firm will be highly preferred) · Strong understanding of financial principles and practices. · Proficiency in Microsoft Excel and financial software (e.g., Zoho Books, QuickBooks). · Familiarity with accounting standards and reporting tools. · Excellent attention to detail and problem-solving abilities. · Strong communication and organizational skills Schedule: Monday – Saturday (9:00 am – 6:00 PM) Benefits Best In the Industry
Job Purpose: To operate, monitor, and maintain HiPCO reactor systems safely and efficiently as per Standard Operating Procedures (SOPs) and production schedules. Ensure product quality, process stability, and adherence to safety standards. Key Responsibilities: Operate and monitor HIPCO reactor systems, valves, Compressor, Chiller and associated equipment as per process instructions. Maintain logbooks and record process parameters like temperature, pressure, flow rates, and reaction time. Conduct routine checks on the reactor and utility systems; report abnormalities or deviations. Assist in reactor startup, shutdown, and cleaning operations. Handle raw materials, catalyst charging, and product transfer as instructed. Follow all standard safety protocols including PPE usage, emergency shutdown procedures, and chemical handling. Support preventive maintenance activities and liaise with maintenance teams for any equipment issues. Adhere strictly to batch records, SOPs, and Good Manufacturing Practices (GMP). Participate in training programs and contribute to process improvements. Skills & Competencies: Basic understanding of mechanical equipment (Compressor, heater, valves, piping systems) Ability to read P&ID drawings and SOPs (training will be provided) Good communication and teamwork skills Willingness to work in shifts and handle physically demanding tasks Awareness of workplace safety, chemical handling, and 5S principles Working Conditions: Rotational shifts (Day/Night) Involves working around high-temperature processes, gasses , and chemicals Use of PPE is mandatory Occasional extended hours or weekend work based on production needs Requirements Education: Diploma in Mechanical Engineering or equivalent Experience: Freshers welcome, or 1–2 years of experience in any chemical/process industry preferred Benefits Best in the Industry
Job Purpose : To ensure the smooth and uninterrupted operation of reactor systems, utilities (chillers, compressors), electrical systems, and mechanical support equipment through planned and breakdown maintenance, troubleshooting, and proactive upkeep of all related assets. Key Responsibilities: Electrical Maintenance: Inspect, troubleshoot, and repair electrical panels, control circuits, motors, and power distribution systems. Carry out preventive and corrective maintenance for plant electrical systems. Ensure timely calibration, testing, and servicing of electrical protective devices (MCBs, relays, contractors etc.). Coordinate with electrical vendors for AMC and third-party maintenance support. Reactor System Maintenance: Ensure smooth functioning of reactor-related equipment such as heaters, controllers, sensors, valves, and interlocks. Perform scheduled checks on reactor electrical and control systems; assist process team during breakdowns. Utility Equipment Maintenance : Perform routine servicing and maintenance of chillers, air/CO compressors, vacuum pumps, and other equipment’s. Monitor utility equipment health and performance using checklist based systems. Pump and Motor Maintenance: Conduct regular checks and overhauls of centrifugal, gear, and diaphragm pumps. Replace bearings, seals, or electrical windings as needed. Documentation & Reporting: Maintain proper maintenance records, checklists, breakdown reports, and logbooks. Safety & Compliance: Follow electrical safety procedures, Lockout–Tagout (LOTO), and arc flash protection norms. Ensure compliance with electrical and utility maintenance-related statutory requirements. Requirements Education: Diploma in Electrical Engineering Experience: 3 to 5 years in plant maintenance in chemical / manufacturing industries Benefits Best in the Industry
To support the optimization of HiPCO SWCNT purification and dispersion processes, particularly for energy storage and conductive applications. This role includes experimental design, experimentation, data analysis, process optimization, and prototype development while ensuring safety and compliance with industry standards. Key Responsibilities: Technical Responsibilities Execute and optimize purification process with halogenation under supervision and perform operational runs on the system. Work on scaling the purification process and system. Assist in preparing SWCNT dispersion tailored to battery and other applications. Operate and interpret results from analytical tools such as Raman, UV-Vis-NIR, ICP-OES. Data interpretation of TGA, SEM, TEM, BET, XRD, XPS, etc. Support the development and testing of prototypes for purification and dispersion systems. Experimental Design & Execution Follow experimental protocols and ensure reproducibility of results. Identify and troubleshoot common issues during experiments. Analyze data and contribute to incremental improvements. Documentation & Reporting Maintain thorough logs of procedures and results. Contribute to presentations, technical documentation, and internal reports. Ensure data integrity and accessibility. Collaboration & Communication Communicate findings clearly with the Principal Engineer and cross-functional team. Collaborate effectively within a multidisciplinary team environment. Take initiative in learning and contribute proactively to team discussions and problem-solving. Compliance & Safety Follow all safety procedures, especially in handling hazardous chemicals and operating sensitive equipment. Maintain a safe, clean, and organized lab environment. Ensure adherence to environmental and regulatory standards. Requirements Functional Competencies: Domain Knowledge: Understanding of SWCNT purification, and dispersion principles. Instrumentation Skills: Familiarity with spectroscopic and imaging techniques for SWCNT characterization. Problem-Solving: Ability to identify challenges in dispersion stability, scalability, and quality control, and propose practical solutions. Project Support: Assist in coordinating daily project tasks and aligning them with project goals. R&D Involvement: Contribute to literature reviews, documentation of experiments, and continuous process improvement. Core Competencies: Analytical thinking and problem-solving Hands-on experimentation Documentation and reporting Team collaboration and adaptability Commitment to learning and development
Role Overview: We are seeking a passionate Mechanical Engineer to join our innovations team. You will be responsible for designing and scaling systems that tackle complex engineering problems, from concept to commissioning. The work involves challenging thermal and pressure environments , requiring both technical depth and creative problem-solving. Key Responsibilities: Design and Development: · Design complex mechanical subsystems and develop novel solutions for high-performance applications. · Contribute to New Product Development (NPD) tailored to requirements. · Create high-precision mechanical designs using SolidWorks, optimized for DFMA (Design for Manufacturing and Assembly), scalability, and ease of maintenance. · Prototype, test, and iterate on designs to validate performance under real-world operating conditions . Cross-functional Collaboration: · Work closely with process, electrical, and embedded engineers to develop fully integrated hardware systems. · Collaborate with R&D, manufacturing, and quality teams to ensure seamless integration into production pipelines. Product Lifecycle Management: · Own the complete lifecycle of mechanical components — from design and fabrication to installation, commissioning, and optimization. · Ensure systems consistently meet safety, regulatory, and performance standards. Engineering Excellence: · Solve complex engineering challenges related to High Pressure, thermal loads , gas flows , and mechanical integrity . · Continuously develop and improve designs for efficiency, reliability, and scalability. Requirements · 1–4 years of experience in mechanical design , NPD , and subsystem development. · Exposure to thermal, High pressure-driven , or chemical process systems is a strong plus. Technical Skills: · Proficient in SolidWorks. · Strong understanding of DFMA principles , mechanical tolerance , and design optimization for fabrication . · Knowledge of ASME BPV , ANSI standards , and other relevant mechanical codes. · Familiarity with manufacturing methods such as CNC machining , sheet metal , welding , and assembly practices . Soft Skills: · A self-starter who takes initiative and thrives with minimal management. · Strong communicator and team collaborator across disciplines. · Excellent problem-solving skills , especially when dealing with edge-case scenarios in the real-world environments. · Comfortable hustling and navigating ambiguity to deliver results. Benefits Best in the Industry
Position : Trainee / Associate Engineer To support the optimization of HiPCO SWCNT purification and dispersion processes, particularly for energy storage and conductive applications. This role includes experimental design, experimentation, data analysis, process optimization, and prototype development while ensuring safety and compliance with industry standards. Key Responsibilities: Technical Responsibilities Execute and optimize purification process with halogenation under supervision and perform operational runs on the system. Work on scaling the purification process and system. Assist in preparing SWCNT dispersion tailored to battery and other applications. Operate and interpret results from analytical tools such as Ram an, UV-Vis-NIR, ICP-OES. Data interpretation of TGA, SEM, TEM, BET, XRD, XPS, etc. Support the development and testing of prototypes for purification and dispersion systems. Experimental Design & Execution Follow experimental protocols and ensure reproducibility of results. Identify and troubleshoot common issues during experiments. Analyze data and contribute to incremental improvements. Documentation & Reporting Maintain thorough logs of procedures and results. Contribute to presentations, technical documentation, and internal reports. Ensure data integrity and accessibility. Collaboration & Communication Communicate findings clearly with the Principal Engineer and cross-functional team. Collaborate effectively within a multidisciplinary team environment. Take initiative in learning and contribute proactively to team discussions and problem-solving. Compliance & Safety Follow all safety procedures, especially in handling hazardous chemicals and operating sensitive equipment. Maintain a safe, clean, and organized lab environment. Ensure adherence to environmental and regulatory standards. Requirements Bachelor / Master's Degree in Nano Technology / Chemical Engineering / Physics with 0-1 Year Experience Functional Competencies: Domain Knowledge: Understanding of SWCNT purification, and dispersion principles. Instrumentation Skills: Familiarity with spectroscopic and imaging techniques for SWCNT characterization. Problem-Solving: Ability to identify challenges in dispersion stability, scalability, and quality control, and propose practical solutions. Project Support: Assist in coordinating daily project tasks and aligning them with project goals. R&D Involvement: Contribute to literature reviews, documentation of experiments, and continuous process improvement. Core Competencies: Analytical thinking and problem-solving Hands-on experimentation Documentation and reporting Team collaboration and adaptability Commitment to learning and development Benefits Best In the Industry work Days - Monday to Saturday ( 9:00 Am to 6 :00 Pm)
Role Purpose The Process Development Engineer will lead the design, development, and optimization of single-walled carbon nanotube (SWCNT) manufacturing processes from lab-scale to commercial scale. This includes parameter optimization, process reliability improvement, and adaptation of SWCNTs for targeted applications such as membranes, battery dispersions, purification, and sorting. The role bridges R&D outputs with robust, scalable, and safe production operations. Key Responsibilities 1. Process Design & Optimization • Develop and refine process parameters, control strategies, and scale-up criteria for SWCNT production & its applications – membrane, sorting, battery dispersions etc., (A/R). • Provide feasibility assessments and risk analysis for new processes and applications (C). • Specify process requirements including flow rates, pressures, temperatures, and material handling needs (C). • Ensure processes meet application-specific performance metrics for membranes, battery dispersions, purification, and sorting (R). 2. Pilot Trials & Scale-Up • Lead pilot trial planning and execution, ensuring process performance aligns with design targets (R). • Monitor and analyze trial data, proposing process adjustments for yield, purity, and consistency (A/R). • Translate laboratory processes into industrial-scale operations while maintaining product quality and reproducibility. 3. Process Data Analysis & Continuous Improvement • Collect, analyze, and interpret process data for efficiency, yield, and purity metrics (A/R). • Identify root causes of process deviations and implement corrective actions (R). • Link process variations to mechanical and operational factors, collaborating with mechanical engineering teams to resolve issues (C). 4. Equipment & Systems Integration • Collaborate with the Process Mechanical Engineer to ensure equipment can meet process requirements and specifications (C). • Define critical process data to be recorded and establish monitoring protocols (C). • Review and validate process control systems for scalability and robustness. 5. Documentation & Compliance • Prepare process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), and standard operating procedures (SOPs) for new and optimized processes (R). • Conduct process hazard assessments in alignment with EHS compliance requirements (R). • Maintain thorough documentation for operations handover and regulatory compliance. 6. Cross-Functional Collaboration • Work with Quality & Operations teams to submit process data and ensure product meets specifications (R). • Provide process-related insights to the operations team for seamless scale-up and commercial production. • Engage with customers and applications engineers to align process outputs with end-use performance needs (R). Additional Responsibilities for SWCNT Applications Scale-Up • Develop tailored dispersion / sorting protocols for SWCNTs in different media (e.g., battery electrolytes, solvents, membrane casting solutions). • Evaluate and integrate new nanomaterial processing technologies for competitive advantage. Skillset & Experience Requirements Core Skills (Required) • Process engineering fundamentals: reaction engineering, heat/mass transfer, fluid dynamics. • Experience scaling processes from lab/pilot to production (fine chemicals, catalysts, specialty materials); • Process Modelling & Simulations – ASPEN /DWSIM, writing custom codes; CFD exposure is a plus. • Pilot plant operations, commissioning, troubleshooting, and parameter optimization – Yield, purity, consistency; high pressure, high temperature reactors. • Process control and data analysis (SPC, Six Sigma, DOE). • EHS compliance for hazardous chemicals and powders. • Technical documentation (BED, FEED || PFDs, P&IDs, SOPs) and cross-team collaboration. Desirable Skills (Trainable for SWCNT) • Nanomaterial or advanced material processing (carbon materials, ceramics, battery materials). • Dispersion, purification, and drying of fine particulates. • Exposure to characterization tools: Raman, SEM/TEM, XRD, TGA etc., Requirements Education: B.E./B.Tech. in Chemical Engineering (M. Tech /M.S. preferred). Work Experience: 3–6 years in process development & scale-up in chemical industries, carbon materials, fertilizers, Petrochemicals, Oil & Gas Benefits Best In the Industry
Role Purpose The Process Mechanical Engineer will bridge process engineering requirements with mechanical design solutions specific to scaling single-walled carbon nanotube (SWCNT) production & its applications. This role focuses on translating scale-up process needs into clear mechanical requirements, ensuring that all equipment designs and modifications support the performance, safety, and application goals of the Scale-up team. Key Responsibilities 1. Process-to-Mechanical Translation • Work with process engineers to define mechanical requirements for SWCNT production scale-up (reactors, piping, filtration, drying, sorting, and dispersion systems). • Convert process flow diagrams (PFDs) and P&IDs into mechanical specifications for central engineering execution. • Ensure equipment designs meet process performance targets for yield, purity, and reproducibility. 2. Application-Specific Equipment Adaptation • Develop equipment configurations to handle SWCNT in powder, dispersion, and membrane forms without degradation or contamination. • Specify materials of construction and surface finishes to prevent adsorption, contamination, or loss of nano materials. • Design features to enable quick cleaning, changeovers, and minimal downtime during trials. 3. Scale-Up Support & Validation • Participate in pilot and scale-up trials to evaluate mechanical performance of equipment. • Generate and maintain mechanical performance of system for smooth transfer to Operations • Recommend mechanical adjustments based on trial results to improve reliability and repeatability. • Work with the central engineering team to implement approved modifications. 4. Coordination with Central Engineering • Provide technical input for vendor selection, fabrication drawings, and equipment acceptance criteria. • Review mechanical drawings from central engineering for alignment with process needs. • Ensure timely resolution of mechanical issues impacting scale-up timelines. 5. Reliability & Continuous Improvement • Identify mechanical bottlenecks and propose design enhancements. • Introduce ergonomic and safety improvements specific to SWCNT handling. • Develop mechanical solutions to enable scale-up of purification, sorting, and application development processes. 6. Safety & Compliance • Ensure mechanical specifications comply with ASME, IS, API, and relevant nanomaterial handling guidelines. • Contribute to hazard identification and repeatability studies (HAZOP) for new equipment. 7. Cross-Functional Collaboration • Work with Quality & Operations teams to submit data and ensure system meets specifications (R). • Provide process-related insights to the operations team for seamless scale-up and commercial production. • Engage with customers and applications engineers to align process outputs with end-use performance needs (R). Requirements Skillset & Experience Requirements Core Skills (Required) Mechanical-Process Integration • Ability to translate process engineering needs (PFDs, P&IDs) into mechanical specifications and equipment design requirements. • Experience designing or specifying process equipment: high-temperature reactors, heat exchangers, gas handling manifolds, filtration units, dryers, slurry handling systems. Mechanical Design & Analysis • Proficiency in CAD and drafting tools: SolidWorks . • Experience with finite element analysis (FEA) tools such as ANSYS or SolidWorks Simulation for stress, thermal, and vibration analysis. • Knowledge of ASME BPVC, IS, API, and relevant mechanical standards for pressure vessels, piping, and rotating equipment. Process Scale-Up Support • Design, installation and commissioning of pilot plant • Experience in equipment sizing and material of construction selection based on process chemistry, temperature, and pressure conditions. • Knowledge of modular equipment design to enable iterative scale-up trials. Data & Performance Validation • Ability to correlate mechanical equipment performance with process yield, purity, and throughput data. • Generate and maintain mechanical performance of system for smooth transfer to Operations • Root cause analysis of mechanical failures or inefficiencies, using tools like Fish bone diagrams or FMEA . Coordination & Documentation • Preparing detailed mechanical specifications, data sheets, and vendor requirement documents. • Reviewing fabrication drawings and mechanical layouts to ensure process compatibility. • Liaising with vendors, central engineering, and process engineers to resolve technical issues. Experience Level • Education: B.E./B.Tech. in Mechanical Engineering (M. Tech preferred). • Work Experience: 2–4 years in process mechanical engineering, preferably in specialty chemicals, fertilizers, Oil and Natural Gas Industries. • Execution Experience: i. At least one complete cycle of process-to-mechanical translation from concept to pilot-scale implementation. ii. Direct participation in installation, commissioning, and troubleshooting of process-specific mechanical systems. Benefits Best In the Industry
Position : Trainee / Associate Engineer To support the optimization of HiPCO SWCNT purification and dispersion processes, particularly for energy storage and conductive applications. This role includes experimental design, experimentation, data analysis, process optimization, and prototype development while ensuring safety and compliance with industry standards. Key Responsibilities: Technical Responsibilities Execute and optimize purification process with halogenation under supervision and perform operational runs on the system. Work on scaling the purification process and system. Assist in preparing SWCNT dispersion tailored to battery and other applications. Operate and interpret results from analytical tools such as Raman, UV-Vis-NIR, ICP-OES. Data interpretation of TGA, SEM, TEM, BET, XRD, XPS, etc. Support the development and testing of prototypes for purification and dispersion systems. Experimental Design & Execution Follow experimental protocols and ensure reproducibility of results. Identify and troubleshoot common issues during experiments. Analyze data and contribute to incremental improvements. Documentation & Reporting Maintain thorough logs of procedures and results. Contribute to presentations, technical documentation, and internal reports. Ensure data integrity and accessibility. Collaboration & Communication Communicate findings clearly with the Principal Engineer and cross-functional team. Collaborate effectively within a multidisciplinary team environment. Take initiative in learning and contribute proactively to team discussions and problem-solving. Compliance & Safety Follow all safety procedures, especially in handling hazardous chemicals and operating sensitive equipment. Maintain a safe, clean, and organized lab environment. Ensure adherence to environmental and regulatory standards. Requirements Bachelor / Master's Degree in Nano Technology / Chemical Engineering / Physics with 0-1 Year Experience Functional Competencies: Domain Knowledge: Understanding of SWCNT purification, and dispersion principles. Instrumentation Skills: Familiarity with spectroscopic and imaging techniques for SWCNT characterization. Problem-Solving: Ability to identify challenges in dispersion stability, scalability, and quality control, and propose practical solutions. Project Support: Assist in coordinating daily project tasks and aligning them with project goals. R&D Involvement: Contribute to literature reviews, documentation of experiments, and continuous process improvement. Core Competencies: Analytical thinking and problem-solving Hands-on experimentation Documentation and reporting Team collaboration and adaptability Commitment to learning and development Benefits Best In the Industry work Days - Monday to Friday ( 9:00 Am to 6 :15 PM) - All Saturdays ( 9:00 AM to 1:15 PM )
Role Overview: We are seeking a passionate Mechanical Engineer to join our innovations team. You will be responsible for designing and scaling systems that tackle complex engineering problems, from concept to commissioning. The work involves challenging thermal and pressure environments , requiring both technical depth and creative problem-solving. Key Responsibilities: Design and Development: Design complex mechanical subsystems and develop novel solutions for high-performance applications. Contribute to New Product Development (NPD) tailored to requirements. Create high-precision mechanical designs using SolidWorks, optimized for DFMA (Design for Manufacturing and Assembly), scalability, and ease of maintenance. Prototype, test, and iterate on designs to validate performance under real-world operating conditions. Cross-functional Collaboration: Work closely with process, electrical, and embedded engineers to develop fully integrated hardware systems. Collaborate with R&D, manufacturing, and quality teams to ensure seamless integration into production pipelines. Product Lifecycle Management: Own the complete lifecycle of mechanical components — from design and fabrication to installation, commissioning, and optimization. Ensure systems consistently meet safety, regulatory, and performance standards. Engineering Excellence: Solve complex engineering challenges related to High Pressure, thermal loads, gas flows, and mechanical integrity. Continuously develop and improve designs for efficiency, reliability, and scalability. Requirements 1–3 years of experience in mechanical design, NPD, and subsystem development. Exposure to thermal, High pressure-driven, or chemical process systems is a strong plus. Technical Skills: Proficient in SolidWorks. Strong understanding of DFMA principles, mechanical tolerance, and design optimization for fabrication. Knowledge of ASME BPV, ANSI standards, and other relevant mechanical codes. Familiarity with manufacturing methods such as CNC machining, sheet metal, welding, and assembly practices. Soft Skills: A self-starter who takes initiative and thrives with minimal management. Strong communicator and team collaborator across disciplines. Excellent problem-solving skills, especially when dealing with edge-case scenarios in the real-world environments. Comfortable hustling and navigating ambiguity to deliver results. Benefits Best in the Industry
Note : Candidates with Experience in Mechanical Design and Process with 2+Years in Chemical / Chemical allied Companies Preferred. Role Purpose The Process Mechanical Engineer will bridge process engineering requirements with mechanical design solutions specific to scaling single-walled carbon nanotube (SWCNT) production & its applications. This role focuses on translating scale-up process needs into clear mechanical requirements, ensuring that all equipment designs and modifications support the performance, safety, and application goals of the Scale-up team. Key Responsibilities Process-to-Mechanical Translation Work with process engineers to define mechanical requirements for SWCNT production scale-up (reactors, piping, filtration, drying, sorting, and dispersion systems). Convert process flow diagrams (PFDs) and P&IDs into mechanical specifications for central engineering execution. Ensure equipment designs meet process performance targets for yield, purity, and reproducibility. Application-Specific Equipment Adaptation Develop equipment configurations to handle SWCNT in powder, dispersion, and membrane forms without degradation or contamination. Specify materials of construction and surface finishes to prevent adsorption, contamination, or loss of nano materials. Design features to enable quick cleaning, changeovers, and minimal downtime during trials. Scale-Up Support & Validation Participate in pilot and scale-up trials to evaluate mechanical performance of equipment. Generate and maintain mechanical performance of system for smooth transfer to Operations Recommend mechanical adjustments based on trial results to improve reliability and repeatability. Work with the central engineering team to implement approved modifications. Coordination with Central Engineering Provide technical input for vendor selection, fabrication drawings, and equipment acceptance criteria. Review mechanical drawings from central engineering for alignment with process needs. Ensure timely resolution of mechanical issues impacting scale-up timelines. Reliability & Continuous Improvement Identify mechanical bottlenecks and propose design enhancements. Introduce ergonomic and safety improvements specific to SWCNT handling. Develop mechanical solutions to enable scale-up of purification, sorting, and application development processes. Safety & Compliance Ensure mechanical specifications comply with ASME, IS, API, and relevant nanomaterial handling guidelines. Contribute to hazard identification and repeatability studies (HAZOP) for new equipment. Cross-Functional Collaboration Work with Quality & Operations teams to submit data and ensure system meets specifications (R). Provide process-related insights to the operations team for seamless scale-up and commercial production. Engage with customers and applications engineers to align process outputs with end-use performance needs (R). Requirements Skillset & Experience Requirements Core Skills (Required) Mechanical-Process Integration Ability to translate process engineering needs (PFDs, P&IDs) into mechanical specifications and equipment design requirements. Experience designing or specifying process equipment: high-temperature reactors, heat exchangers, gas handling manifolds, filtration units, dryers, slurry handling systems. Mechanical Design & Analysis Proficiency in CAD and drafting tools: SolidWorks. Experience with finite element analysis (FEA) tools such as ANSYS or SolidWorks Simulation for stress, thermal, and vibration analysis. Knowledge of ASME BPVC, IS, API, and relevant mechanical standards for pressure vessels, piping, and rotating equipment. Process Scale-Up Support Design, installation and commissioning of pilot plant Experience in equipment sizing and material of construction selection based on process chemistry, temperature, and pressure conditions. Knowledge of modular equipment design to enable iterative scale-up trials. Data & Performance Validation Ability to correlate mechanical equipment performance with process yield, purity, and throughput data. Generate and maintain mechanical performance of system for smooth transfer to Operations Root cause analysis of mechanical failures or inefficiencies, using tools like Fish bone diagrams or FMEA. Coordination & Documentation Preparing detailed mechanical specifications, data sheets, and vendor requirement documents. Reviewing fabrication drawings and mechanical layouts to ensure process compatibility. Liaising with vendors, central engineering, and process engineers to resolve technical issues. Experience Level Education: B.E./B.Tech. in Mechanical Engineering (M. Tech preferred). Work Experience: 2–4 years in process mechanical engineering, preferably in specialty chemicals, fertilizers, Oil and Natural Gas Industries. Execution Experience: i. At least one complete cycle of process-to-mechanical translation from concept to pilot-scale implementation. ii. Direct participation in installation, commissioning, and troubleshooting of process-specific mechanical systems. Benefits Best In the Industry
Role Purpose The Process Development Engineer will lead the design, development, and optimization of single-walled carbon nanotube (SWCNT) manufacturing processes from lab-scale to commercial scale. This includes parameter optimization, process reliability improvement, and adaptation of SWCNTs for targeted applications such as membranes, battery dispersions, purification, and sorting. The role bridges R&D outputs with robust, scalable, and safe production operations. Key Responsibilities Process Design & Optimization Develop and refine process parameters, control strategies, and scale-up criteria for SWCNT production & its applications – membrane, sorting, battery dispersions etc., (A/R). Provide feasibility assessments and risk analysis for new processes and applications (C). Specify process requirements including flow rates, pressures, temperatures, and material handling needs (C). Ensure processes meet application-specific performance metrics for membranes, battery dispersions, purification, and sorting (R). Pilot Trials & Scale-Up Lead pilot trial planning and execution, ensuring process performance aligns with design targets (R). Monitor and analyze trial data, proposing process adjustments for yield, purity, and consistency (A/R). Translate laboratory processes into industrial-scale operations while maintaining product quality and reproducibility. Process Data Analysis & Continuous Improvement Collect, analyze, and interpret process data for efficiency, yield, and purity metrics (A/R). Identify root causes of process deviations and implement corrective actions (R). Link process variations to mechanical and operational factors, collaborating with mechanical engineering teams to resolve issues (C). Equipment & Systems Integration Collaborate with the Process Mechanical Engineer to ensure equipment can meet process requirements and specifications (C). Define critical process data to be recorded and establish monitoring protocols (C). Review and validate process control systems for scalability and robustness. Documentation & Compliance Prepare process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), and standard operating procedures (SOPs) for new and optimized processes (R). Conduct process hazard assessments in alignment with EHS compliance requirements (R). Maintain thorough documentation for operations handover and regulatory compliance. Cross-Functional Collaboration Work with Quality & Operations teams to submit process data and ensure product meets specifications (R). Provide process-related insights to the operations team for seamless scale-up and commercial production. Engage with customers and applications engineers to align process outputs with end-use performance needs (R). Additional Responsibilities For SWCNT Applications Scale-Up Develop tailored dispersion / sorting protocols for SWCNTs in different media (e.g., battery electrolytes, solvents, membrane casting solutions). Evaluate and integrate new nanomaterial processing technologies for competitive advantage. Skillset & Experience Requirements Core Skills (Required) Process engineering fundamentals: reaction engineering, heat/mass transfer, fluid dynamics. Experience scaling processes from lab/pilot to production (fine chemicals, catalysts, specialty materials); Process Modelling & Simulations – ASPEN /DWSIM, writing custom codes; CFD exposure is a plus. Pilot plant operations, commissioning, troubleshooting, and parameter optimization – Yield, purity, consistency; high pressure, high temperature reactors. Process control and data analysis (SPC, Six Sigma, DOE). EHS compliance for hazardous chemicals and powders. Technical documentation (BED, FEED || PFDs, P&IDs, SOPs) and cross-team collaboration. Desirable Skills (Trainable For SWCNT) Nanomaterial or advanced material processing (carbon materials, ceramics, battery materials). Dispersion, purification, and drying of fine particulates. Exposure to characterization tools: Raman, SEM/TEM, XRD, TGA etc., Requirements Education: B.E./B.Tech. in Chemical Engineering (M. Tech /M.S. preferred). Work Experience: 3–6 years in process development & scale-up in chemical industries, carbon materials, fertilizers, Petrochemicals, Oil & Gas Benefits Best In the Industry