About
I am a multidisciplinary scientist with expertise in mechanical engineering, electromagnetism and laser technology, numerical methods, multiscale finite element analysis, and optimization techniques. With a Ph.D. in Structural Innovation and Optimization, I have gained valuable experience in mechanical design, heat transfer, and piezoelectric devices. I have worked in several capacities, including as a post-doctoral researcher at Toyota Technological Institute-Nagoy-Japan and as a design and validation engineer at SHARP Corporation. My experience also includes teaching and mentoring undergraduate and postgraduate students in various projects. I am proficient in programming languages such as MATLAB, C, VBA, and Python and have long experience with several CAD software for electrical and mechanical engineering. Additionally, I possess excellent communication and interpersonal skills and can effectively communicate complex technical information to diverse audiences.
Resume
Education
Ph.D. Mechanical Engineering
Hiroshima University
Focus - Orthopedic designs & Topology optimization
M.Sc. Laser Physics
Baghdad University
Focus - Laser matter interaction, Nanocomposites, Tribology
M.Sc. Mechanical Engineering
Baghdad University
Focus - Hybrid laminated composite shells, Metaheuristic optimization (GA, and PSO), Vibration
B.Sc. Mechanical Engineering
Baghdad University
Research Experience
Commissioned Scientist
December 2023 - present
Toyota Technological Institute, Nagoya, Japan
- Exploring groundbreaking researches within the field of smart vehicle technologies, specifically concentrating on the additive manufacturing of multifunctional ultralightweight structures. Specializing in the development of inventive porous plates and shells, with a particular emphasis on crafting novel thermal solutions and low electromagnetic interference devices tailored for light weight self-driving vehicles.
Post Doctor researcher
December 2020 - November 2023
Toyota Technological Institute, Nagoya, Japan
- Building tools to designing additively manufacturable metamaterials.
- Multiphysics & Multiscale topology optimization of super multi-function structures.
- Multiscale topology optimization design of porous structures.
Enterprise Professional Experiences
SHARP corporation-Japan
2019 - 2020
RF Design Validation Engineer
- Collaborating and orchestrating the entire product development lifecycle, I played a key role in the RF cellular, Wi-Fi, and NFC connectivity features for smartphones and pocket Wi-Fi devices. This encompassed overseeing prototype construction, EVT, DVT, and PVT stages. Additionally, I contributed to the design and implementation of an innovative automated RF measurement system for Wi-Fi 6, addressing both measurement software and hardware developments.
- Work with SHARP and NTT on the development of the first 5G portable cellular device in Japan
COMTECH Hiroshima corporation-Japan
2018 - 2020
Integration Engineer
- Design and develop a customized automated RF measurement system (software and hardware).
- Validation and inspection: PCB and Component Level Inspection, Environmental Testing, and Software-Hardware Integration.
- Developing machine learning solutions for agricultural applications.
Awards
MEXT scholarship, Japan ministry of education, culture, sports, science, and technology.
2015
- I was awarded the MEXT scholarship, funded by the Japan Ministry of Education, culture, sports, science, and Technology, which covered the complete cost of university tuition, and living. This prestigious scholarship recognizes outstanding international students who demonstrate exceptional academic excellence, research potential, leadership qualities, and a strong commitment to fostering international understanding.
Best paper award in the 6th Australian Asian rotorcraft forum
2017
- I received the best paper award at the 6th Australian-Asian Rotorcraft Forum in 2017 that is held in Japan for my paper titled "Design light weight emergency cot with enhanced spinal immobilization capability" I received this award for innovative research and design aimed at creating affordable and enhanced emergency medical equipment, specifically focusing on improving emergency cots to secure patients with spinal injuries for transportation via helicopter ambulances.
Best presentation award, the International Conference on Industrial Application Engineering
2018
- I was honored to receive the best presentation award at the International Conference on Industrial Application Engineering in 2018 for showcasing my pioneering work in designing a piezoelectric tweezer for endoscopic surgery. This innovative conceptual design, fully developed using the novel approach of multiphysics topology optimization, represents a significant advancement in surgical instrumentation, promising improved precision, and efficiency in endoscopic procedures.
Altair enlighten award for future of automotive light-weighting
2018
- Representing Hiroshima university, I had the honor of receiving a recognition award certificate from Altair enlighten for the future of automotive light weighting. This certificate reflects my selection as a finalist for the distinguished award, underscoring the significance of the project's contributions to advancing lightweight solutions in automotive engineering.
Outstanding research recognition, International Conference on Intelligent Systems and Image Processing
2018
- I humbly accepted the outstanding research recognition, a symbol of dedication and impactful contributions. My award was for my work in the fields of machine learning and computer-aided design.
Grant for research excellence from Toyota foundation: commemorating the 40th anniversary of Toyota technological institute
2021
- I was awarded the research grant of the 40th anniversary of Toyota Technological Institute in 2021, professor Dr. Shimoda and I embarked on groundbreaking research endeavors. this grant, amounting to 10 million yen, enabled us to delve into the realm of designing porous metamaterials with anisotropic heat conductivity. Notably, our collaborative efforts led to the development of a pioneering design methodology for such materials, marking a significant milestone in the field. Subsequently, our research findings were validated by an independent research group in China which published the experimental result in nature communications, further affirming the novelty and impact of our contributions to the scientific community.
Grant for research from the Japanese Society for Promotion Science
2021
- At Toyota Technological Institute, under the leadership of Professor Dr. Shimoda and myself as co-investigator, we were awarded a 4.1-million-yen grant from the Japanese society for the promotion of science for our project on developing a multi-scale shape and topology optimization method for ultra-lightweight metamorphic structures.
Certificate of appreciation from the Society of Photo-optical Instrumentation Engineers
2022
- I was honored to receive a certificate of appreciation from the Society of Photo-optical instrumentation engineers (SPIE) for my contributions to the editorial office of the optical engineering journal, a prestigious publication within the SPIE community. This certificate acknowledges my dedicated efforts and valuable contributions to the advancement of optical engineering and scientific dissemination through my activities with the journal's editorial team. It underscores the significance of collaboration and commitment to excellence in fostering innovation and knowledge dissemination within the field of optical instrumentation and engineering.
Grant for research from Japan Keirin auto-race foundation
2023
- At Toyota Technological Institute, under the leadership of Professor Dr. Shimoda and myself as co-investigator, we were awarded a 5-million-yen grant from Japan Keirin auto-race foundation for our project on developing a shape and topology optimization method for ultra-lightweight porous structures.
Altair certificate of achievement for innovation in light weighting
2023
- On behalf of Toyota Technological Institute, I had the privilege of being awarded a recognition award certificate by Altair enlighten for pioneering advancements in the future of automotive light weighting. Our innovative approach, featuring the utilization of additively manufactured porous shells, garnered recognition for its potential to revolutionize automotive engineering.
ACADEMIC ACTIVITIES
CONFERENCES
2017
- The 6th Asian/Australian Rotorcraft Forum / Heli Japan
2018
- The proceedings of the 6th International Conference on Industrial Application Engineering
- The Asian Congress of Structural and Multi-disciplinary Optimization
- The proceedings of the World Congress on Engineering
- Proceedings of the 6th International Conference on Intelligent Systems and Image Processing
2019
- The proceedings of the World Congress on Engineering
2021
- 14th World Congress of Structural and Multidisciplinary Optimization
- 第34回 計算力学講演会
2022
- The 15th World Congress on Computational Mechanics (WCCM-XV) and 8th Asian Pacific Congress on Computational Mechanics (APCOM-VIII)
- The proceedings of the International Conference of Steel and Composite for Engineering Structures
2023
- The 9th Annual World Congress of Advanced Materials
- The 15th World Congress of Structural and Multidisciplinary Optimisation (WCSMO-15)
STUDENT PROJECTS MENTORING
M.Sc. Theses
- Shape and size optimization method of micro-frame structure for designing multiscale structure
- A Lagrangian approach to optimal fiber strand placement and orientation design of CFRP shell structures
- Concurrent shape optimization of multi-scale structure for stiffness maximization of a macrostructure
- Shape optimization method for strength problem in a multiscale structure considering heat conduction
- Shape optimization methodology for multiscale structures in strength problems considering thermal conduction
- Concurrent micro-macro shape optimization method for laminated porous shell structures aiming at maximizing natural frequencies
- Multiscale thickness optimization method for shape design of micro-shell structures
B.Sc. Theses
- Micro and macro structural modeling of biological structures And its application to structural design
- Development of an optimization method for microstructure interfaces of 3d structures composed of heterogeneous materials
- Bone clutching boxes for mechanical learning study on conflict loaded control
- A method of shape optimization for strength problems of multi-scale structures
- Establishment of design methodology utilizing microorganism structures
- Development of strain measurement method inside microstructures using CT scan and digital image correlation
- Concurrent optimal design method for the macrostructure and microstructure of a 3D structure composed of skeletal microstructures
- Optimal curved fiber placement for carbon fiber-reinforced plastic and fabrication using a 3D printer
- Concurrent shape optimization of out-of-plane and in-plane configurations for shell structures with the objective of frequency response control
- Research on the control of vibration characteristics of foamed polyurethane sheets
REVIEWER
American Society of Mechanical Engineers (ASME)
- Journal of Thermal Science and Engineering Applications
Elsevier
- Advances in Space Research
- Applied Mathematical Modelling
- Applied Soft Computing
- Applied Thermal Engineering
- Computer-Aided Design
- Computers in Biology and Medicine
- Composite Structures
- Engineering Structures
- International Journal of Mechanical Sciences
- International Journal of Heat and Mass Transfer
- International Journal of Thermal Sciences
- Systems and Soft Computing
MDPI
- Applied Sciences
- Coatings
- Eng
- Mathematics
- Symmetry
IEEE
- Transactions on Electromagnetic Compatibility
Society of Photographic Instrumentation Engineers
- Optical Engineering
Springer-Nature
- Structural and Multidisciplinary Optimization
- npj precision oncology
Taylor & Francis
- Engineering Optimization
- Journal of Thermal Stresses
Wiley
- Advanced Functional Materials
Publication
Peer Reviewed Journals
1. Musaddiq Al Ali, Masatoshi Shimoda. Designing piezoelectric stretcher through multiphysics topology for enhanced photodynamic therapy in cancer treatment, Advances in engineering Software, 191: pp. 103621, 2024.
2. Motomu Hikasa, Masatoshi Shimoda, Musaddiq Al Ali. Concurrent multiscale optimization of macro and micro shapes of laminated porous shell structure, Structural and multidisciplinary optimization, 65(4): pp. 1-33, 2024.
3. Musaddiq Al Ali, Masatoshi Shimoda, Brahim Benaissa, Masakazu Kobayashi, Tsunehiro Takeuchi, Ameer Al-Shawk, Sina Ranjbar. Metaheuristic aided structural topology optimization method for heat sink design with low electromagnetic interference, Scientific reports, 14: pp.1-15, 2024.
4. Brahim Benaissa, Masakazu Kobayashi, Musaddiq Al Ali, Tawfiq Khatir, Mohamed El Amine Elaissaoui Elmeliani. Metaheuristic optimization algorithms: an overview, Advances in computational structures, 14: pp. 34-62, 2024.
5. Masatoshi Shimoda, Junpei Fujita, Musaddiq Al Ali, Ayu Kamiya. Concurrent multiscale and multi-material optimization method for natural vibration design of porous structures, International journal of numerical methods in engineering, 14: pp. 1-34, 2024.
6. Musaddiq Al Ali, Masatoshi Shimoda. Exploring the influence of initial design domain dependencies in concurrent multiscale topology optimization for heat conductivity maximization, Computer physics communications, 295: pp.108968,2024.
7. Musaddiq Al Ali, Masatoshi Shimoda. Hygrally activated displacement inverter using a multiphysics multiscale topology optimization with considering evaporation, Structural and multidisciplinary optimization, 66: pp.1-16,2023.
8. Musaddiq Al Ali, Masatoshi Shimoda. On multiphysics concurrent multiscale topology optimization for designing porous heat-activated compliant mechanism under convection for additive manufacture, Engineering structures, 294: pp.116756,2023.
9. Djamel Remache, Florimont Dadouaille, Solene Lhabitant, Didier Falandry, Alain Toufine, Musaddiq Al Ali, Guillaume Cohen. Numerical analysis and experimental investigation of high cycle fatigue behavior in additively manufactured Ti–6Al–4V alloy, Buildings, 13: pp.2011,2023.
10. Musaddiq Al Ali, Masatoshi Shimoda, Brahim Benaissa, Masakazu Kobayashi. Non-parametric optimization for lightweight and high heat conductive structures under convection using metaheuristic structure binary-distribution method, Applied Thermal Engineering, 233: pp.121124,2023.
11. Musaddiq Al Ali, Masatoshi Shimoda. On concurrent multiscale topology optimization for porous structures under hygro-thermo-elastic multiphysics with considering evaporation, International journal of numerical methods in engineering, 124: pp.3219–3249,2023.
12. Masatoshi Shimoda, Motomu Hikasa, Musaddiq Al Ali. Micropore shape optimization of porous laminated shell structures, Additive manufacturing, 69: pp.103530, 2023.
13. Masatoshi Shimoda, Motoki Umemura, Musaddiq Al Ali, Ryosuke Tsukihara. Shape and topology optimization method for fiber placement design of CFRP plate and shell structures, Composite structures, 309: pp.116729,2023.
14. Mihiro Torisaki, Masatoshi Shimoda, Musaddiq Al Ali. Shape optimization method for strength design problem of microstructures in a multiscale structure, international journal of numerical methods in engineering, 124: pp.1748-1772,2023.
15. Amjad Sahib, Muazez Al Ali, Musaddiq Al Ali. Investigation of applying quantum neural network of early-stage breast cancer detection, International journal of online and biomedical engineering, 19: pp.61-81,2023.
16. Musaddiq Al Ali, Masatoshi Shimoda. Investigation of concurrent multiscale topology optimization for designing lightweight macrostructure with high thermal conductivity, International journal of thermal science, 179: pp.107653,2022.
17. Musaddiq Al Ali, Masatoshi Shimoda. Toward multiphysics multiscale concurrent topology optimization for lightweight structures with high heat conductivity and high stiffness using MATLAB, Structural and multidisciplinary optimization, 65: pp.207,2022.
18. Minami Fujioka, Masatoshi Shimoda, Musaddiq Al Ali. Concurrent shape optimization of a multiscale structure for controlling macrostructural stiffness, Structural and multidisciplinary optimization, 65: pp.1-27,2022.
19. Minami Fujioka, Masatoshi Shimoda, Musaddiq Al Ali. Shape optimization of periodic-microstructures for stiffness maximization of a macrostructure, Composite structures, 268: pp.113873,2021.
20. Musaddiq Al Ali, Muazez Al Ali, Akihiro Takezawa,Mitsuro Kitamura. Topology optimization and fatigue analysis of temporomandibular joint prosthesis, World journal of mechanics, 7: pp.323-339,2018.
21. Majid H. Faidh-Allah, Musaddiq Al Ali. optimal design of moderate thick laminated composite plates under static constraints using real coding genetic algorithm, Journal of Engineering, 17:4, pp.1591-1599，2011
Books Chapters
1. “Chapter 18: Deep Neural Network and YUKI Algorithm for Inner Damage Characterization Based on Elastic Boundary Displacement” in “Lecture notes in Civil Engineering”, - Nasreddine Amoura, Brahim Benaissa, Musaddiq Al Ali, Samir Khatir, Springer, 2023.
2. “Chapter 22: Concurrent Multiscale Hybrid Topology Optimization for Light Weight Porous Soft Robotic Hand with High Cellular Stiffness” in “Lecture notes in Civil Engineering”, Musaddiq Al Ali, Masatoshi Shimoda, Brahim Benaissa, Masakazu Kobayashi, Springer, 2023.
3. “Chapter 14: Exploring Concurrent Multi-materials and Multiscale Hybrid Topology Optimization for Lightweight Porous Gripping Mechanism” in “Proceedings of the International Conference of Steel and Composite for Engineering Structures”, Musaddiq Al Ali, Brahim Benaissa, Samir Khatir, Masatoshi Shimoda, Masakazu Kobayashi, Paul Vignon, Ameer Al-Shawk, and Béatrice Lay, Springer, 2024.
4. "Chapter 23: Damage tolerance in topologically optimized structures: exploring structural integrity through worst-case damage optimization", Proceedings of the international conference of steel and composite for engineering structures, Brahim Benaissa, Musaddiq Al Ali, Masakazu Kobayashi, Thanh Cuong-Le, Samir Khatir, Springer, 2024.
Books
1. Musaddiq Al Ali, Fundamentals of Orthopedic Design with Non-parametric Optimization, Springer; 1st edition, 2024.
