The Research Engineer will contribute to driving R&D initiatives within a dynamic industrial setting, focusing on the development of new products, services, and basic knowledge of steel casting fluxes (mold powder for continuous casting of steel) and raw materials. The role encompasses applications in continuous casting of steel. This position bridges laboratory research and plant operations, emphasizing sustainable solutions, process efficiencies, and delivering high-quality results for industrial clients worldwide.
Responsibilities:
1. Project Management :
Define research programs aligned with new product and service objectives.
Organize and execute laboratory-scale R&D projects.
Performs tasks/projects and takes the responsibility for assuring quality, cost effectiveness & timeliness for those projects
Develop materials and processes while supporting related projects.
Maintain regular reporting on project progress and outcomes.
Supervise customer sample preparation and optimize products based on feedback.
Monitor technical advancements in the market, including patents and scientific publications.
Consolidate fundamental knowledge on steel casting fluxes and associated raw materials.
2. Laboratory Research and Data Management :
Plan research activities, including experiments, characterization, and analytics
Manage, process, analyze, and document data from lab activities.
Maximize data collection value from R&D, production, and quality assurance.
Develop project reviews, technical reports, and presentations with clarity and precision.
Document knowledge and findings in technical memos and share them with stakeholders.
Utilize project management tools (e.g., Vantage) for deliverables and resource planning.
Organize stage-gate meetings and prioritize multiple projects.
3. External Collaboration and Scientific Contributions :
Prepare papers, proposals, and presentations for conferences, congresses, and seminars.
Build external collaborations and networks to share and extend expertise.
Address intellectual property topics, support evaluations, and assist in patent filings.
Requirements:
PhD or master’s degree in Materials Science, Metallurgy, Mineralogy, or a related engineering discipline, preferably with a focus on casting fluxes (mold powders), glass chemistry, and/or interactions between slag and liquid steel.
Comprehensive knowledge of continuous steel casting processes, mineralogy, and ceramic raw materials for casting fluxes, including their melting and solidification mechanisms under high-temperature conditions.
Strong expertise in thermodynamics and reaction kinetics, with proficiency in thermodynamic calculation tools (e.g., FactSage®).
Hands-on experience with advanced analytical techniques, such as high-temperature viscometry, hot-stage microscopy, TG/DTA, XRD, and Rietveld refinement.
Excellent analytical and problem-solving abilities, with demonstrated experience in data analysis and interpretation.
Strong technical writing and presentation skills, including the ability to clearly summarize research outcomes and present results during stage-gate or project review meetings.
Motivated, adaptable, and innovative, with a proactive approach to challenges and a strong drive for continuous improvement.
Collaborative mindset, with the ability to work effectively in an international environment and partner across R&D and plant operations.
Fluency in German and English, both written and spoken.
Calderys Group
Calderys is a leading global solution provider for industries operating in high temperature conditions. The Group specializes in thermal protection for industrial equipment with a wide range of refractory products, and advanced solutions to enhance steel casting, metallurgical fluxes and molding processes.
As an international business with a presence in more than 30 countries and a strong footprint in the Americas through the brand HWI, a member of Calderys, we offer our employees a world of opportunity.
With a legacy of over 150 years, and an unwavering commitment to excellence, we continue to shape our future through teamwork, customer-centricity and a proactive mindset. We are the vital partner of all high temperature industries and our purpose places sustainability and innovation at the heart of our business. It reflects our reason for existing: to support our customers building a better world through sustainable solutions.
Our values are a driving force in this purpose: We are tenacious, accountable, multicultural and authentic..
In our company, performance is recognized and learning is promoted. Our services and solutions depend upon the expertise and commitment of our employees. So we ensure that they have the scope and opportunities to develop their potential within a diverse, inclusive and collaborative setting. It is an environment for people to grow, where every day is a new day and more exciting than the last.
Calderys - Forged in legacy. Fueled by excellence.
For more information, please visit Calderys.com
Skills Required
- PhD or master's degree in Materials Science, Metallurgy, Mineralogy, or a related engineering discipline
- Focus on casting fluxes, glass chemistry, and/or interactions between slag and liquid steel
- Comprehensive knowledge of continuous steel casting processes, mineralogy, and ceramic raw materials for casting fluxes
- Knowledge of melting and solidification mechanisms under high-temperature conditions
- Strong expertise in thermodynamics and reaction kinetics
- Proficiency in thermodynamic calculation tools such as FactSage
- Hands-on experience with high-temperature viscometry, hot-stage microscopy, TG/DTA, XRD, and Rietveld refinement
- Experience in data analysis and interpretation
- Strong technical writing and presentation skills
- Ability to present research results during stage-gate or project review meetings
- Ability to collaborate effectively in an international environment across R&D and plant operations
- Fluency in German and English, written and spoken
What We Do
Calderys is a leading global provider for industries operating in high-temperature conditions, specializing in thermal protection for industrial equipment with a wide range of refractory products.
