Mohadeseh Naderi is a dedicated renewable energy researcher with a specialization in biomass conversion technologies and sustainable energy systems. Currently pursuing her Ph.D. in Electronic and Mechanical Engineering at Dundalk Institute of Technology, Ireland, she combines process simulation, laboratory experimentation, and data-driven analysis to address pressing energy challenges. With hands-on experience in Aspen Plus modeling and advanced material characterization, she has contributed to impactful research on Bio-SNG production and energy integration systems. Mohadeseh has been actively involved in academic instruction, supporting engineering courses and mentoring students. Her industrial background includes sales and technical roles in water treatment and ozone generator companies. She is a member of Engineers Ireland and is passionate about contributing to the global energy transition through innovative research and collaboration. Known for her analytical skills, adaptability, and commitment to sustainable solutions, she is set to become a valuable contributor to academia or industry from January 2026.
Professional Profile
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Education 🎓📚
Mohadeseh is currently pursuing a Ph.D. in Electronic and Mechanical Engineering at Dundalk Institute of Technology, Ireland (2022–present). Her doctoral thesis focuses on “Power-to-Gas Variable Renewable Electricity Energy Storage in Ireland”, where she has developed Aspen Plus models for gasification and methanation processes. She holds an MSc in Chemical Engineering from Hamedan University of Technology, Iran (2015–2018), where she explored Hydrochar production from biomass using hydrothermal carbonization, gaining expertise in analytical techniques and optimization tools. Her undergraduate degree, a BSc in Chemical Engineering, was obtained from Arak University, Iran (2011–2015), with a thesis on crude oil desulfurization using ultrasonic methods. Throughout her academic journey, Mohadeseh has cultivated strong technical and research capabilities in process modeling, system analysis, and energy system integration, which are reflected in her publications and academic achievements.
Professional Experience 🧑🏫💼
Mohadeseh’s professional journey blends academia and industry. In academia, she served as a Teaching Assistant at Dundalk Institute of Technology (2023–2025), supporting courses in materials science and construction technology, and earlier lectured on Matlab programming in engineering (2022). Her academic roles began as a Teaching Assistant at Hamedan University of Technology in 2016. On the industry side, she worked as a Commercial Expert at MBA Water Treatment Chemicals Co., Iran (2019–2020), managing procurement, sales, and contract negotiations. Before that, she was a Sales Expert at Shamim Sharif Technology Development Co., Iran (2018–2019), focusing on ozone generator products. She also completed an early-career traineeship at Imam Khomeini Oil Refinery (2012), gaining practical exposure to oil processing and quality control. This balanced background has equipped her with strong technical, communication, and project management skills.
Research Interest 🔬📈
Mohadeseh Naderi’s research is centered on sustainable energy systems, particularly the conversion of biomass into synthetic natural gas (Bio-SNG) through dual fluidized bed gasification and methanation. Her current Ph.D. work emphasizes Power-to-Gas (PtG) energy storage solutions in Ireland, aiming to integrate variable renewable energy sources into the national grid. She specializes in Aspen Plus modeling for simulating biomass conversion pathways and optimizing system efficiencies. Her master’s research focused on hydrothermal carbonization for hydrochar production from waste biomass, and she continues to explore how waste valorization contributes to circular bioeconomy models. Her research blends computational modeling, experimental validation, and process optimization with environmental and techno-economic assessments. Through her contributions to international journals and conferences, Mohadeseh is actively advancing the fields of bioenergy, carbon-neutral fuel technologies, and renewable integration in smart energy systems.
Awards
While the resume does not list formal awards, Mohadeseh Naderi’s academic and research trajectory reflects distinguished honors in the form of her selection for a Ph.D. program at Dundalk Institute of Technology with active publication under international collaboration. She has presented at leading events like SEEP 2024 and SEEP 2025, showcasing innovative Aspen Plus modeling techniques. She has been certified in multiple areas such as HSE-MS, IMS, TTC (Teaching Skills), and Toastmasters Speechcraft, indicating her commitment to both technical and personal development. Her membership in Engineers Ireland (2024–present) also reflects her recognition within the engineering community. These achievements collectively reflect her standing as a promising researcher in the sustainable energy domain. Should her career continue on this trajectory, further awards in sustainability, academic innovation, and engineering excellence are likely.
Publications Top Noted
🔬 Title: Hydrochar-derived fuels from waste walnut shell through hydrothermal carbonization: characterization and effect of processing parameters
Authors: M. Naderi, M. Vesali-Naseh
Citations: 40
Year: 2021
Journal: Biomass Conversion and Biorefinery, Volume 11(5), Pages 1443–1451
Title: Aspen Plus modelling of the MILENA dual fluidised bed biomass gasifier technology
Authors: M. Naderi, H. Rashidi, A. Reynolds, W. Doherty
Year: 2024
Conference: SEEP Conference 2024
Title: Production Hydrochar from Biomass by Hydrothermal Carbonization
Authors: M. Naderi, M. Vesali-Naseh
Year: 2017
Conference: 4th International Conference on Applied Research in Chemistry Science and Biology
Title: Bachelor Project (Review)
Authors: M. Naderi, Milad Mohammadi
Year: 2015
Type: Undergraduate Research Project
Conclusion 🌟🎯
Ms. Mohadeseh Naderi is a highly promising academic researcher with strong technical expertise, a growing publication portfolio, and relevant teaching and research credentials in sustainable energy. Her trajectory demonstrates a blend of scientific rigor and practical relevance, making her a suitable and commendable candidate for the “Best Academic Researcher Award.” With further development in grant leadership and global research collaboration, she is well on her way to becoming a leading figure in her field.