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Essential Position Information
| Positions Available: | 17 Diverse Nanotechnology, Research, and Manufacturing Positions |
| Company: | OCSiAl - World's Leading Single Wall Carbon Nanotube Manufacturer |
| Working Schedule: | Full-time positions with cutting-edge research and development opportunities |
| Location: | Luxembourg Headquarters - Leudelange, Luxembourg |
| Contract Type: | Permanent employment with comprehensive European benefits and equity participation |
| Educational Requirements: | Varies by position - From technical diplomas to advanced PhD degrees in nanotechnology |
| Experience Level: | Entry level to senior researchers and industry experts |
| Language Requirements: | English required, additional European languages beneficial for global operations |
| Target Candidates: | EU citizens and residents authorized to work in Luxembourg |
| Application Deadline: | Open recruitment - Join the nanotechnology revolution |
OCSiAl: Revolutionizing Materials Science Through Carbon Nanotube Technology
OCSiAl stands as the world's only industrial manufacturer of single wall carbon nanotubes, representing a revolutionary breakthrough in materials science that is transforming industries across the globe. Headquartered in Luxembourg and operating as a unicorn company valued at over one billion dollars, OCSiAl has established itself as the undisputed leader in nanotechnology innovation, controlling 97% of the global single wall carbon nanotube market and pioneering the transition from laboratory-scale research to large-scale industrial production of these game-changing materials.
Founded in 2010 with the ambitious vision of creating scalable technology for industrial synthesis of graphene nanotubes, OCSiAl has successfully answered the fundamental question that drove its creation: whether it is possible to develop industrial technology for synthesizing graphene nanotubes scalable to hundreds of thousands of tonnes per year while reducing consumer costs by 100 times. The company's breakthrough achievement lies in its proprietary Graphetron technology, invented by physicist Mikhail Predtechenskiy, which enables the production of quantities large enough to improve all base materials used by humankind.
With more than 350 employees worldwide and over 20 dedicated researchers, OCSiAl operates across 20 countries with a comprehensive global network that includes research centers, manufacturing facilities, and commercial operations spanning Europe, the Americas, and Asia. The company's mission centers on improving specific properties of all base materials, making the world a better place for all living beings through the development of universal nanotube solutions and their introduction into manufacturing industries, leading to the creation of a new generation of nanoaugmented materials and end products.
Revolutionary TUBALL™ Technology and Product Portfolio
The flagship TUBALL™ product line represents the world's first commercially available single wall carbon nanotubes for broad industrial applications, produced in tens of metric tons annually with unlimited scalability potential. TUBALL™ nanotubes are manufactured using OCSiAl's proprietary Graphetron technology, which delivers three key advantages that distinguish the company from all competitors: exceptional material quality that ensures consistent performance across applications, unlimited production scalability that enables industrial-scale manufacturing, and low production costs that make nanotube technology economically viable for widespread adoption.
The comprehensive TUBALL™ product portfolio encompasses specialized formulations designed for specific industrial applications, each optimized to deliver maximum performance benefits in target markets. TUBALL BATT represents the energy storage solution that enhances battery performance through improved electrical conductivity and mechanical properties, enabling higher energy density, faster charging capabilities, and extended cycle life in lithium-ion batteries and other energy storage systems. This technology is particularly valuable in electric vehicle applications, grid-scale energy storage, and portable electronics where performance improvements directly translate to competitive advantages.
TUBALL MATRIX focuses on composite materials applications, providing unprecedented strength-to-weight ratios and enhanced mechanical properties that enable the development of lighter, stronger, and more durable composite structures. These applications span aerospace components, automotive parts, sporting goods, and industrial equipment where weight reduction and performance enhancement are critical design requirements. The technology enables manufacturers to achieve previously impossible combinations of strength, stiffness, and weight that open new possibilities in product design and performance optimization.
TUBALL COAT addresses the coatings and paints industry by providing enhanced electrical conductivity, improved mechanical properties, and superior durability that extend coating life and performance. These applications include anti-static coatings, electromagnetic interference shielding, corrosion protection, and decorative finishes where enhanced functionality and longevity provide significant value to end users. The technology enables the development of smart coatings with multiple functional properties that go beyond traditional protective and aesthetic functions.
Groundbreaking Graphetron Manufacturing Technology
OCSiAl's proprietary Graphetron technology represents a fundamental breakthrough in carbon nanotube synthesis that has enabled the transition from laboratory curiosity to industrial reality. The technology addresses the three critical challenges that have historically limited carbon nanotube commercialization: quality consistency, production scalability, and economic viability. Through innovative process design and advanced engineering, Graphetron delivers high-quality single wall carbon nanotubes with consistent properties, unlimited scalability potential that can meet global demand, and production costs that make nanotube technology economically competitive with traditional materials.
The first industrial-scale facility, Graphetron 1.0, was launched in November 2013 with a capacity of 1 tonne of TUBALL™ per year, establishing OCSiAl as the world's largest carbon nanotube production facility. This achievement marked the beginning of the industrial carbon nanotube era and demonstrated the viability of large-scale nanotube manufacturing. The technology has since been continuously improved and scaled, with production capabilities expanding to tens of metric tons annually and plans for further expansion to hundreds of tonnes to meet growing global demand.
The recent opening of OCSiAl's first European production facility in Serbia in October 2024 represents a significant milestone in the company's global expansion strategy, providing European customers with local supply capabilities while reducing logistics costs and delivery times. This facility incorporates the latest generation of Graphetron technology and serves as a model for future production facilities worldwide. The planned Luxembourg facility, with a capacity of 250 tonnes annually, will further strengthen OCSiAl's position as the global leader in carbon nanotube manufacturing.
Global Market Leadership and Industrial Applications
OCSiAl's technology addresses multiple high-growth industries where carbon nanotubes provide transformative performance benefits that enable new product capabilities and competitive advantages. The energy storage sector represents one of the most significant opportunities, with TUBALL™ nanotubes enhancing battery performance through improved electrical conductivity, mechanical stability, and thermal management. These improvements enable higher energy density, faster charging, longer cycle life, and enhanced safety in lithium-ion batteries used in electric vehicles, grid storage, and portable electronics.
The automotive industry benefits from carbon nanotube technology through lightweight composite materials that reduce vehicle weight while maintaining or improving structural performance, contributing to improved fuel efficiency and reduced emissions. Carbon nanotube-enhanced materials enable the development of stronger, lighter body panels, structural components, and interior parts that meet stringent safety requirements while reducing overall vehicle weight. The technology also enables advanced electrical systems, electromagnetic shielding, and thermal management solutions that support the transition to electric and autonomous vehicles.
Aerospace applications leverage the exceptional strength-to-weight ratio and electrical properties of carbon nanotubes to develop advanced composite structures, electromagnetic interference shielding, and thermal management systems that meet the demanding requirements of aircraft and spacecraft. The technology enables weight reduction, improved fuel efficiency, enhanced safety, and advanced functionality in critical aerospace components where performance and reliability are paramount considerations.
The electronics industry utilizes carbon nanotube technology for advanced conductors, electromagnetic shielding, thermal interface materials, and flexible electronics that enable new product categories and improved performance in existing applications. Carbon nanotubes provide unique combinations of electrical, thermal, and mechanical properties that enable the development of next-generation electronic devices with enhanced functionality, improved reliability, and reduced size and weight.
Intellectual Property and Technological Innovation
OCSiAl's competitive advantage is protected by an extensive intellectual property portfolio comprising over 120 patents and applications that cover key technologies and manufacturing processes. These patents provide comprehensive protection in major markets including China, European Union countries, Israel, Japan, Republic of Korea, Taiwan, Canada, United States, and other countries, ensuring OCSiAl's technological leadership and market position. The patent portfolio covers fundamental synthesis technologies, product formulations, application methods, and manufacturing processes that collectively create significant barriers to entry for potential competitors.
The company's research and development activities focus on continuous improvement of existing technologies while exploring new applications and markets for carbon nanotube technology. With over 20 dedicated researchers and multiple TUBALL CENTERs located in Asia and Europe, OCSiAl maintains a strong innovation pipeline that supports long-term growth and market leadership. Research activities encompass fundamental materials science, process optimization, new product development, and application engineering that collectively drive technological advancement and market expansion.
Collaboration with leading universities, research institutions, and industrial partners accelerates innovation and market development while providing access to cutting-edge research capabilities and market insights. These partnerships enable OCSiAl to stay at the forefront of nanotechnology development while building strong relationships with key stakeholders in target markets. The collaborative approach also facilitates technology transfer and commercialization of research discoveries that benefit both OCSiAl and its partners.
Comprehensive Career Opportunities: 17 Specialized Professional Positions
OCSiAl Luxembourg offers exceptional career opportunities for professionals who want to be at the forefront of nanotechnology innovation and materials science revolution. Our positions span research and development, manufacturing operations, quality assurance, business development, and support functions, providing diverse pathways for professional growth within an organization that combines cutting-edge science with commercial success and global impact.
Research and Development Excellence
1. Senior Nanotechnology Research Scientist - Carbon Nanotube Synthesis
Position Overview: Lead fundamental research on carbon nanotube synthesis technologies and develop next-generation Graphetron processes for enhanced performance and scalability.
Key Responsibilities: Design and execute advanced research projects focused on carbon nanotube synthesis mechanisms, process optimization, and new technology development while collaborating with international research teams and academic partners. Develop innovative synthesis methods, characterize nanotube properties using advanced analytical techniques, and publish research findings in peer-reviewed journals. Lead patent development activities, mentor junior researchers, and provide technical expertise for manufacturing process improvements and new product development initiatives.
2. Materials Science Engineer - Product Development Specialist
Position Overview: Develop new TUBALL™ product formulations and applications while optimizing existing products for enhanced performance in target markets.
Key Responsibilities: Conduct materials characterization studies using electron microscopy, spectroscopy, and mechanical testing to understand structure-property relationships in carbon nanotube-enhanced materials. Develop new product formulations for specific applications, optimize processing parameters, and validate performance through laboratory and field testing. Collaborate with customers to understand application requirements, provide technical support for product implementation, and develop application guides and technical documentation.
3. Process Development Engineer - Manufacturing Innovation
Position Overview: Optimize Graphetron manufacturing processes and develop new production technologies to enhance efficiency, quality, and scalability.
Key Responsibilities: Analyze existing manufacturing processes to identify improvement opportunities, design and implement process modifications, and develop new production technologies that enhance yield, quality, and cost-effectiveness. Conduct pilot-scale testing, scale-up studies, and technology transfer activities while ensuring compliance with safety and environmental regulations. Collaborate with equipment vendors, design custom manufacturing equipment, and develop standard operating procedures for new processes.
4. Analytical Chemistry Specialist - Advanced Characterization
Position Overview: Develop and implement advanced analytical methods for carbon nanotube characterization and quality control while supporting research and manufacturing activities.
Key Responsibilities: Develop analytical methods using spectroscopy, microscopy, and chromatography techniques to characterize carbon nanotube structure, purity, and properties. Operate sophisticated analytical instruments, maintain laboratory equipment, and ensure data quality and traceability. Support product development activities through materials analysis, investigate quality issues, and develop new analytical capabilities that support business growth and regulatory compliance.
5. Application Development Engineer - Customer Solutions
Position Overview: Work directly with customers to develop application-specific solutions and support successful implementation of TUBALL™ technology in customer products.
Key Responsibilities: Collaborate with customers to understand their technical requirements and develop customized solutions using TUBALL™ technology while providing ongoing technical support throughout the development and commercialization process. Conduct application testing, optimize formulations for specific requirements, and validate performance in customer applications. Develop technical documentation, training materials, and best practices guides that support customer success and market adoption.
Manufacturing and Production Operations
6. Production Manager - Graphetron Operations
Position Overview: Manage daily operations of Graphetron production facilities ensuring optimal performance, quality, and safety while meeting production targets and customer requirements.
Key Responsibilities: Oversee production planning, scheduling, and execution while ensuring compliance with quality standards, safety regulations, and environmental requirements. Manage production teams, coordinate maintenance activities, and implement continuous improvement initiatives that enhance efficiency and reduce costs. Monitor key performance indicators, resolve production issues, and coordinate with supply chain and quality teams to ensure customer satisfaction.
7. Process Control Engineer - Automation Specialist
Position Overview: Design, implement, and maintain advanced process control systems for carbon nanotube manufacturing while optimizing automation and data collection capabilities.
Key Responsibilities: Develop and implement process control strategies using distributed control systems, programmable logic controllers, and advanced process control algorithms while ensuring optimal process performance and product quality. Design human-machine interfaces, implement data acquisition systems, and develop process monitoring and diagnostic capabilities. Troubleshoot control system issues, implement cybersecurity measures, and support technology transfer activities for new facilities.
8. Maintenance Engineer - Equipment Reliability Specialist
Position Overview: Develop and implement maintenance strategies for specialized nanotube production equipment while ensuring maximum uptime and optimal performance.
Key Responsibilities: Design preventive maintenance programs, conduct reliability analysis, and implement predictive maintenance technologies that minimize downtime and extend equipment life. Manage spare parts inventory, coordinate with equipment vendors, and develop maintenance procedures for complex manufacturing equipment. Lead troubleshooting activities, implement equipment improvements, and train maintenance personnel on specialized nanotube production equipment.
9. Quality Control Technician - Product Excellence
Position Overview: Perform comprehensive quality testing of carbon nanotube products using advanced analytical techniques while ensuring compliance with specifications and customer requirements.
Key Responsibilities: Conduct physical and chemical testing of raw materials and finished products using electron microscopy, spectroscopy, and other analytical techniques while maintaining detailed testing records and ensuring data integrity. Investigate quality deviations, implement corrective actions, and support continuous improvement initiatives that enhance product quality and customer satisfaction. Maintain laboratory equipment, develop testing procedures, and support regulatory compliance activities.
Business Development and Commercial Excellence
10. Business Development Manager - Strategic Markets
Position Overview: Identify and develop new market opportunities for carbon nanotube technology while building strategic partnerships and driving revenue growth.
Key Responsibilities: Conduct market research to identify growth opportunities, develop business cases for new markets and applications, and build relationships with key customers and partners. Negotiate commercial agreements, support product launches, and coordinate with technical teams to develop customer-specific solutions. Monitor competitive activities, analyze market trends, and develop strategic plans that support long-term business growth and market leadership.
11. Technical Sales Engineer - Customer Relationship Specialist
Position Overview: Drive sales growth through technical expertise and relationship building with key customers in energy storage, automotive, and aerospace markets.
Key Responsibilities: Develop and maintain relationships with technical decision-makers at key customer accounts while providing expert advice on carbon nanotube applications and benefits. Prepare technical proposals, conduct product demonstrations, and support customer trials and evaluations. Collaborate with application engineers to develop customer-specific solutions, negotiate contracts, and provide ongoing technical support that ensures customer success and loyalty.
12. Market Research Analyst - Industry Intelligence
Position Overview: Analyze market trends, competitive landscapes, and technology developments to support strategic planning and business development activities.
Key Responsibilities: Conduct comprehensive market research using primary and secondary sources to understand market dynamics, customer needs, and competitive positioning while developing insights that support strategic decision-making. Analyze industry trends, technology developments, and regulatory changes that impact carbon nanotube markets. Prepare market reports, competitive analyses, and strategic recommendations that guide product development and business strategy.
Regulatory Affairs and Quality Assurance
13. Regulatory Affairs Manager - Global Compliance
Position Overview: Ensure global regulatory compliance for carbon nanotube products while supporting market access and new product registrations worldwide.
Key Responsibilities: Monitor regulatory developments affecting nanomaterials and carbon nanotubes, prepare regulatory submissions for new products and markets, and maintain compliance with REACH, EPA, and other regulatory frameworks. Coordinate with regulatory agencies, industry associations, and testing laboratories to ensure product approvals and certifications. Develop regulatory strategies for new markets, support global product launches, and provide regulatory expertise to product development and marketing teams.
14. Environmental Health and Safety Specialist - Nanotechnology Safety
Position Overview: Develop and implement comprehensive safety programs for nanotechnology operations while ensuring worker protection and environmental compliance.
Key Responsibilities: Conduct risk assessments for nanomaterial handling and processing operations, develop safety procedures and training programs, and implement exposure monitoring and control measures. Investigate incidents, conduct safety audits, and ensure compliance with occupational health and environmental regulations. Develop emergency response procedures, coordinate with regulatory agencies, and support continuous improvement initiatives that enhance safety performance and regulatory compliance.
Information Technology and Digital Innovation
15. Data Scientist - Advanced Analytics
Position Overview: Apply advanced analytics and machine learning techniques to optimize manufacturing processes, predict product performance, and support research and development activities.
Key Responsibilities: Develop predictive models and machine learning algorithms to optimize carbon nanotube synthesis processes, predict product properties, and identify process improvement opportunities. Analyze large datasets from manufacturing operations, research activities, and customer applications to extract insights that support decision-making. Implement data visualization tools, develop automated reporting systems, and collaborate with research and manufacturing teams to apply data science techniques to real-world challenges.
16. IT Systems Administrator - Technology Infrastructure
Position Overview: Maintain and optimize IT infrastructure supporting global operations while ensuring system security, availability, and performance.
Key Responsibilities: Manage IT infrastructure including servers, networks, cloud systems, and specialized scientific computing resources while ensuring system availability, security, and performance. Implement and maintain business applications, provide technical support to users, and coordinate with global IT teams to ensure consistency and integration. Support digital transformation initiatives, evaluate new technologies, and implement cybersecurity measures that protect intellectual property and business data.
Administrative and Support Functions
17. Project Coordinator - Strategic Initiatives
Position Overview: Coordinate cross-functional projects and strategic initiatives while ensuring timely completion and achievement of business objectives.
Key Responsibilities: Plan and coordinate complex projects involving research, manufacturing, and commercial activities while managing timelines, resources, and stakeholder communications. Facilitate project meetings, maintain project documentation, and track progress against milestones and deliverables. Support change management activities, conduct project reviews, and implement lessons learned that improve future project execution and organizational capabilities.
Comprehensive Benefits and Professional Development
OCSiAl Luxembourg provides an exceptional benefits package that reflects our position as a leading technology company and our commitment to attracting and retaining top talent in nanotechnology and materials science. Our compensation packages include competitive salaries that recognize skills, experience, and contributions to company success, comprehensive health insurance coverage for employees and their families, and equity participation opportunities that allow employees to share in the company's growth and success as a unicorn technology company.
Professional development opportunities encompass ongoing technical training, conference attendance, advanced degree support, and clear pathways for career advancement within our global organization. Our research-focused culture encourages innovation, scientific publication, and patent development, providing opportunities for professional recognition and career advancement in the rapidly growing nanotechnology field. The international nature of our operations provides opportunities for global collaboration, cultural exchange, and career development across multiple countries and markets.
Working at OCSiAl means joining a team of world-class scientists, engineers, and business professionals who are passionate about transforming industries through nanotechnology innovation. Our collaborative culture emphasizes scientific excellence, commercial success, and positive global impact, creating an environment where every team member contributes to developing technologies that address critical challenges in energy, transportation, electronics, and materials science.
Application Process and Contact Information
We welcome applications from exceptional individuals who share our passion for nanotechnology innovation and want to contribute to the development of technologies that will transform industries and improve lives worldwide. Our recruitment process is designed to identify candidates who will thrive in our fast-paced, innovation-focused environment while contributing to our mission of making the world better through advanced materials technology.
Join us in leading the nanotechnology revolution and building the future of advanced materials, where your career can contribute to breakthrough technologies that enable new product capabilities, improve performance, and address global challenges in energy, transportation, and sustainability. At OCSiAl, every day brings new opportunities to work with cutting-edge technology, collaborate with world-class researchers, and contribute to innovations that will shape the future of multiple industries.
Ready to join the world's leading carbon nanotube company and contribute to the future of nanotechnology? Take the next step in your career with OCSiAl Luxembourg, where scientific excellence meets commercial success and every team member plays a role in transforming industries through revolutionary materials technology.
To apply for any of these positions, please send your resume and cover letter to:
Email: eugene.tan@ocsial.com
We look forward to welcoming passionate professionals who share our commitment to nanotechnology innovation, scientific excellence, and positive global impact to join our growing team at the forefront of the carbon nanotube revolution.
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