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Abraham Sánchez Romero presenting his research on advanced materials and sustainable manufacturing at a scientific conference.

Professional experience

R&D Engineer — Advanced Materials & Manufacturing

OCT. 2024 – Present

INAIA · EIIA· UCLM | Toledo, Spain

I currently work as an R&D Engineer at the University of Castilla-La Mancha (UCLM), within the Institute for Applied Research to the Aeronautical Industry (INAIA), where I develop and experimentally validate advanced manufacturing technologies for metallic materials and components. My research has been supported through competitive public funding, initially under the regional Investigo Program, co-funded by the European Social Fund Plus (ESF+), and currently through the JCCM R&D project “Sustainable Processing of Functional Metallic Components through Additive Manufacturing Techniques Using Concentrated Solar Energy.”


My work focuses on developing sustainable processing routes combining Additive Manufacturing, Powder Metallurgy, reactive sintering, Concentrated Solar Energy (CSE), and induction heating. I work with high-performance material systems including titanium alloys and aluminides, nickel superalloys, aluminum and copper alloys, as well as lunar regolith simulants for aerospace, space, energy, and In-Situ Resource Utilization (ISRU) applications.

Schematic of advanced materials and sustainable manufacturing processes used in Abraham Sánchez Romero’s research

A central part of my research involves establishing process–microstructure–property relationships through microstructural, mechanical, thermal, and electrical characterization. I also contribute to national and European R&D projects and international research collaborations.

MICROSTRUCTURE

ENVIRONMENTAL

MECHANICAL & PHYSICAL

Optical Microscopy

SEM/EDS

Metallography

Corrosion / Oxidation Testing

Mechanical Characterization

Density Measurement

Thermal / Electrical Conductivity

Teaching Fellow – Materials Science & Engineering

Dec. 2023 – Oct. 2024

UC3M | Madrid, Spain

During my Master's degree, I held a competitive teaching fellowship in the Department of Materials Science and Engineering and Chemical Engineering. I taught laboratory sessions in Materials Science and Engineering, in both Spanish and English, for students from Aerospace, Energy, Mechanical, Electrical, and Industrial Electronics Engineering.

 

Alongside my teaching activities, I conducted part of my research at the Institute of Ceramics and Glass (ICV-CSIC) in Madrid, developing advanced glass-ceramic coatings for concentrated solar power thermal energy storage applications.

Glass-Ceramics

Coatings

Mortars

Thermal Energy Storage

CSP

Heating Microscopy

Technical Engineering Intern

Jul. 2022 – Sep. 2022

Tecnove Fiberglass S.L. | Herencia, Spain

I gained my first industrial engineering experience at Tecnove Fiberglass, working on the design and manufacturing of insulated composite structures for refrigerated transport vehicles. My activities included engineering drawings, technical documentation, material selection, production planning, and shop-floor supervision, providing direct experience with composite materials and industrial manufacturing processes.

Composite Materials

Engineering Drawings

Material Selection

Production Engineering

Shop-Floor Manufacturing

International Research Experience

PROMES-CNRS Solar Furnace

Odeillo, France | 3 Research Stays,  2025–2026

Odeillo Solar Furnace (PROMES-CNRS) in France, a large-scale Concentrated Solar Energy facility for high-temperature research and materials processing.

Three international research stays at PROMES-CNRS, carried out within European RISEnergy projects and focused on the development of sustainable manufacturing and high-temperature processing technologies using Concentrated Solar Energy (CSE).

Academic & Teaching Experience

University of Castilla-La Mancha (UCLM) logo

University of Castilla-La Mancha (UCLM)

Aerospace Engineering, Teaching Associate

2024 – Present

+120 Teaching Hours 
 

University-level teaching at the School of Industrial and Aerospace Engineering (EIIA-UCLM), within the B.Sc. in Aerospace Engineering, with a strong hands-on focus on materials processing and characterization. Laboratory activities include wear testing, heat treatments, composite hand lay-up, metallographic preparation, and mechanical testing, providing students with practical experience in evaluating engineering materials and their performance.

University Carlos III of Madrid (UC3M) logo

University Carlos III of Madrid (UC3M)

Materials Science & Engineering, Teaching Fellow

2023 – 2024

+30 Teaching Hours

Laboratory-based teaching in the Department of Materials Science and Engineering and Chemical Engineering at Universidad Carlos III de Madrid (UC3M) through a competitive Master’s Teaching Fellowship. Delivered practical sessions in both Spanish and English, covering molding processes, heat treatments, mechanical testing, polymer identification, non-destructive testing (NDT), and powder characterization, providing students with hands-on experience in materials processing, characterization, and experimental evaluation.

Courses, Seminars & Workshops Delivered

Beyond undergraduate teaching, I have delivered specialized courses, seminars, and hands-on workshops for university students, educators, and broader technical audiences, covering additive manufacturing, materials science and corrosion.

Materials Science II: Educational Activities & Teaching Resources

Introduction to 3D Printing: Design and Fabricate Your Own Parts

Regional Center for Teacher Training, JCCM, 2025

School of Industrial and Aerospace Engineering, University of Castilla- La Mancha (EIIA-UCLM), 2025

Invited instructor for a professional development course for secondary-school teachers on experimental activities and educational resources in Materials Science and Engineering.

4-hour introductory course on CAD, additive manufacturing fundamentals, slicing, printer operation, and engineering applications of Material Extrusion (MEX).

Hands-on Workshop on Additive Manufacturing

Practical Seminar on Corrosion

Higher Technical School of Industrial Engineering, University of Castilla-La Mancha (ETSII- UCLM), 2025

Higher Technical School of Industrial Engineering, University of Castilla-La Mancha (ETSII- UCLM), 2025

Practical workshop on additive manufacturing fundamentals, process parameters, materials, design considerations, and 3D-printing demonstrations.

Applied seminar introducing corrosion mechanisms, degradation of engineering materials, and corrosion prevention strategies.

Science Communication & Outreach

I actively participate in science communication initiatives aimed at making materials science, additive manufacturing, and engineering accessible to broader audiences and encouraging future STEM careers. My outreach activities are primarily developed through national projects funded by the Spanish Foundation for Science and Technology (FECYT), including Materland and Women Engineers, combining hands-on experiments, interactive activities, exhibitions, workshops, and educational resources for students, teachers, families, and the general public.

Outreach Projects

Materland logo

Materland — 2 National FECYT Projects

Discovering Materland (2024–2025) and Materland: The Materials Around Us (2026–2027). These projects bring Materials Science and Engineering closer to students and the general public through hands-on experiments, interactive activities, exhibitions, educational resources, and gamification.

Women Engineers logo

Women Engineers — 2 National FECYT Projects

Women Engineers, Ingenious Women (2024–2025) and Women Engineers, Engineers of the Future (2025–2026). These projects promote engineering careers among young students, particularly girls, and increase the visibility of women in science and engineering through workshops, exhibitions, and educational activities.

Selected Outreach Activities

Doing Science as a Family

University of Castilla-La Mancha (Multiple Editions). Family-oriented science outreach event bringing materials science and engineering closer to children and families through interactive experiments.

Adventure with Women Scientists

Women and Science Exhibition, Ciudad Real (2025).The “Adventure with Women Scientists” activity brings science and engineering closer to students through a dynamic and participatory experience, highlighting the role of women in research.

Explore, Experiment and Learn with Ingenious Women

Science Week, Ciudad Real (2024). Hands-on activities introducing school students to 3D printing, materials science, microscopy, mass, volume, and atomic-scale concepts.

Introduction to Engineering

IES Hermógenes Rodríguez, Herencia (2024). Workshop introducing secondary-school students to engineering, aerospace engineering, materials science, and STEM pathways.

Science Communication Conferences

Outreach Areas

Children exploring the EIIA aircraft during the “Doing Science as a Family” outreach activity at the University of Castilla-La Mancha.

III National Conference on Materials Outreach — MaterDivulga 2025, Toledo (2025) — Organizing Committee Member and Outreach Contributor. Contributions included MaterRank, Materials in Flight, 3D Printing and Rural Development, Corrosion, Strength of Materials, and MateriaAbierta, also published in the conference Book of Abstracts.

Educational game cards presented at MaterDivulga to introduce the public to aerospace engineering and the materials used in aircraft and their behavior.

X Conference on Social Communication of Science, Palma de Mallorca (2025) — Oral presentations on Materland and Women Engineers outreach initiatives.

Presentation cover for “Women Engineers, Ingenious Women” at the Conference on Social Communication of Science (CCSC).
Presentation cover for “Welcome to Materland” at the Conference on Social Communication of Science (CCSC).

Materials Science

Additive Manufacturing

Aerospace Engineering

Corrosion

STEM Education

Women in Engineering

Public Engagement

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