Associate Analytical Technologist

Accountabilities: Conduct analytical testing and experimental activities while ensuring compliance with laboratory safety standards and best practices. Develop, optimize, and execute analytical methods to support research, product development, and innovation initiatives across various energy and low-carbon technology areas. Take ownership of analytical techniques and provide technical expertise to support high-quality scientific outcomes. Interpret analytical data and generate meaningful insights to support decision-making and technology advancement. Drive continuous improvement initiatives related to analytical methodologies, laboratory processes, and data quality. Collaborate closely with scientists, engineers, and stakeholders across multiple disciplines to address business and research needs. Support the development and implementation of analytical strategies aligned with broader scientific and technological objectives. Contribute to building technical capability and knowledge sharing within the analytical community. Requirements Bachelor's or Master's degree in Chemistry, Analytical Chemistry, Material Science, or a related scientific discipline. Hands-on experience with analytical characterization techniques used for catalyst, product, or material analysis. Strong knowledge of analytical instrumentation and methodologies, including techniques such as X-ray diffraction (XRD), microscopy, spectroscopy, gas chromatography (GC), and gas chromatography-mass spectrometry (GC-MS). Experience analyzing and interpreting experimental data related to solid, liquid, or gas-phase materials and mixtures is highly desirable. Understanding of laboratory operations, instrument calibration, experimental design, and quality assurance practices. Strong analytical thinking and problem-solving capabilities, with attention to scientific rigor and data accuracy. Excellent communication and interpersonal skills, with the ability to present technical information clearly to both technical and non-technical audiences. Ability to work effectively in collaborative, multidisciplinary, and international environments. Demonstrated commitment to safety, continuous improvement, innovation, and scientific excellence. Flexibility to support occasional travel requirements (up to 10%). Benefits Competitive compensation package and performance-related incentives. Hybrid working model offering flexibility between office and remote work. Comprehensive health and wellbeing benefits. Opportunities for continuous learning, professional development, and technical training. Exposure to innovative projects focused on low-carbon technologies and the global energy transition. Access to a collaborative and inclusive work environment with multidisciplinary teams and global stakeholders. Relocation support within the country, where applicable. Career growth opportunities within a research-driven and innovation-focused organization. Supportive culture that encourages creativity, knowledge sharing, and scientific advancement. Flexible working arrangements may be considered depending on business needs.