I am a Photonics engineer currently working in Cleanroom

A highly accomplished and innovative Optical Design and Simulation Engineering Consultant, Rafael de la Fuente Herrezuelo excels at the forefront of nanophotonics and metasurface technology. His career journey is defined by a deep commitment to advancing optical science through rigorous research, sophisticated numerical methods, and impactful software development. Holding a Degree in Physics (Hons. BSc), where he distinguished himself in Advanced Electrodynamics, Advanced Optics, and Computational Physics, Rafael built a robust theoretical foundation, culminating in a thesis on the design and modeling of structured light beams using phase holograms.

Rafael demonstrated early initiative as a Self-Employed Software Developer, creating open-source simulation tools, including the flexible Diffractsim Python diffraction simulator and the QMsolve Schrödinger equation numerical solver. These highly impactful tools garnered thousands of users worldwide, showcasing his prowess in developing widely adopted technical solutions.

His expertise deepened at NIL Technology (NILT), a leader in advanced optical components. As a Student Intern, he investigated and implemented the Discontinuous Galerkin finite element method (DGFEM) for Maxwell equations for high-precision optical metasurface characterisation. During this traineeship, he also proposed and implemented a novel method for the large-scale inverse design of diffractive optical elements, highlighting his capacity for groundbreaking contributions.

Since May 2022, as an Optical Design and Simulation Engineering Consultant at NILT, Rafael has driven revolutionary advancements in optical design methodologies. He is instrumental in the setup, development, testing, and maintenance of cutting-edge electromagnetics and nanophotonics numerical simulation tools, including Rigorous Coupled Wave Analysis (RCWA), Finite Difference Time Domain (FDTD), Finite Difference Frequency Domain (FDFD), Finite Element Method (FEM), and Beam Propagation Method (BPM). His responsibilities encompass numerical simulations, optimization iterations, and tolerance analysis of optical nanostructures, utilising high-performance computing. Rafael’s innovative approaches, particularly his novel design methods and machine learning models for the inverse design of diffractive and metasurface optical elements, have generated significant value, saving NILT several hundred thousand euros. He proficiently performs data analysis of simulations and measurements, fitting mathematical models with experimental data and troubleshooting complex issues.

Key projects include generalising the Jacobi-Anger expansion within FDTD simulations for the characterisation and inverse design of large-scale diffractive lenses applied to VCSELs, with results rigorously verified against experimental measurements. He has also significantly contributed to collaborations with the Technical University of Denmark (DTU) on collimated beam shaping using non-imaging metasurfaces, presenting his work at a prestigious SPIE Photonics conference. His technical understanding and abilities are notably comparable to the best in the field, surpassing many PhD-level researchers.

Rafael’s comprehensive skill set spans Physical Optics and Nanophotonics, Scientific Computing, Machine Learning, Data Analysis, Software Development (Python, C++), Research & Development, and advanced numerical methods, including the design and training of neural network models. With advanced English proficiency, he is poised to continue pioneering advanced optical solutions and contributing to cutting-edge research in the field, as evidenced by his ongoing collaboration on 2D Optical Materials Engineering and Physicswith DTU.

Keywords: Optical Design; Nanophotonics; Metasurfaces; Diffractive Optics; Numerical Simulation; RCWA; FDTD; FEM; BPM; Machine Learning; Inverse Design; Scientific Computing; Data Analysis; Software Development (Python, C++); Research & Development (R&D); Quantum Optics; Photonic Crystals; Beam Shaping; Electromagnetics; Optimization; Tolerance Analysis; Scientific Visualization; High-Precision Characterization; Metamaterials.

An accomplished Optical Engineer with a PhD in Lightfield 3D Microscopy, he is driven by a profound passion for advancing microscopy technology to enable groundbreaking discoveries, particularly within the life sciences. His expertise lies in designing and implementing advanced optical solutions, with a specialised focus on single-shot 3D reconstruction capabilities. He is currently leveraging his deep technical knowledge at photonicSENS, a pioneering company at the forefront of 3D camera technology.

His distinguished academic journey laid a robust foundation for his specialisation. He earned a Bachelor's degree in Biomedical/Medical Engineering from Politecnico di Milano, which included an exchange programme at RMIT University, providing him with a broad engineering perspective. This was followed by comprehensive Master's degrees in Electrical and Electronics Engineeringfrom both Politecnico di Milano and Universitat Autònoma de Barcelona, deepening his technical acumen. His academic pursuits culminated in a Doctor of Philosophy in Lightfield 3D Microscopy from the University of Valencia, a four-year intensive research period that cemented his expertise in cutting-edge optical imaging.

Since September 2020, he has been an integral Optical Engineer at photonicSENS, where he contributes significantly to the development of sophisticated 3D camera solutions. In this role, he is instrumental in developing cutting-edge optical systems for high-precision imaging, actively shaping the future of consumer electronics, robotics, and industrial metrology. His contributions directly propel consumer tech innovation, applying his specialised knowledge to practical, high-impact applications. His work involves the intricate design and implementation of optical components that allow for 3D reconstruction with a single shot, a testament to his advanced problem-solving capabilities in complex optical environments.

With a comprehensive understanding of complex optical principles and their practical application, he brings a unique blend of research acumen and industry-leading experience. His core competencies include lightfield 3D microscopy and 3D imaging, underscoring his capability to drive innovation in high-precision imaging and solve intricate optical challenges. He is consistently interested in exploring new collaboration opportunities and engaging with fellow professionals in the dynamic fields of microscopy and optics, seeking to further advance the discipline.

Keywords: Optical Engineer; Lightfield 3D Microscopy; 3D Imaging; Optical Design; Advanced Optical Solutions; High-Precision Imaging; Consumer Electronics; Robotics; Industrial Metrology; Biomedical Engineering; Electrical and Electronics Engineering; Photonics; Research & Development; Single-Shot 3D Reconstruction.

My name is Alao Habeeb. I'm a dispensing optician with three years of experience in providing exceptional eyecare services. With a passion for helping others see the world with clarity and comfort, i am dedicated to delivering personalized care and attention to detail. Skilled in dispensing eyewear, conducting eye exams, and providing expert advice on eyecare products.

services. With a passion for helping others see the world with clarity and comfort, Jane is dedicated to delivering personalized care and attention to detail. Skilled in dispensing eyewear, conducting eye exams, and providing expert advice on eyecare products, Jane is committed to making a positive impact on the lives of patients."

A highly motivated and proactive Optical Engineer in training and Optometrist, she brings a solid academic foundation in physical optics and imaging systems complemented by practical experience in optical system simulation and design. With a Degree in Optics and Optometry from the University of Zaragoza, including an Erasmus program at Università degli Studi di Torino, she has cultivated a comprehensive understanding of the field. Her passion lies in innovation in technical illumination and optical design, driven by a results-focused approach and a strong aptitude for problem-solving.

Her career trajectory demonstrates a commitment to both the clinical and engineering facets of optics. She gained valuable hands-on experience as an Optics and Optometry Intern at Occhialeria Artigiana Torino, where she provided customer advice and service, performed eye examinations, assisted with glasses assembly, frame manipulation, and lens orders, and participated in the prestigious Milan Miro Fair. This was further solidified as an Óptica Optometrista at SOLOPTICAL, where she managed optometric cabinet examinations, detected visual difficulties, offered client recommendations, oversaw contact lens management, and handled all aspects of optical workshop tasks, including assembly, adaptations, and adjustments. Her experience in these roles underscores her excellent communication skills, adaptability, and patient-centric approach. Earlier roles as an Events Hostess and Tutor further honed her interpersonal abilities and capacity for clear explanation.

Beyond direct optometry, she possesses a keen interest in the technical design aspects of the industry. She is proficient in optical design and simulation toolssuch as Zemax, Dialux, and Matlab. Her foundational skills extend to Microsoft Office, LaTex, Sage Programming, Oslo Programming, and the use of instrumentation. These technical capabilities, combined with her innate problem-solving abilities and a collaborative spirit, position her to excel in complex optical challenges.

With a future commitment to advanced studies through a Master's in Optical and Imaging Technologies, including a final project on Laser Cutting Optical Heads at Universidad Complutense de Madrid, she is poised for continuous growth and innovation in the field. She is actively seeking opportunities to leverage her blend of clinical expertise, technical acumen, and passion for optical innovation to contribute to cutting-edge projects within the optics industry.

Keywords: Optical Design; Optometry; Optical Systems; Simulation; Zemax; Dialux; Matlab; Physical Optics; Imaging Systems; Customer Service; Patient Care; Eye Examination; Optical Dispensing; Optical Workshop; Lens Assembly; Contactology; Technical Illumination; Innovation; Problem-solving; Adaptability; Teamwork; Communication; LaTex; Microsoft Office; Sage Programming; Oslo Programming.

With over four years of comprehensive experience in automotive product testing and validation, he has cultivated a robust expertise in ensuring product quality and compliance within the demanding automotive lighting industry. His career trajectory reflects a deep commitment to precision engineering and a keen understanding of product lifecycles, culminating in his current role as an Optical Engineer.

His journey began as a Product Development Laboratory Technician at Varroc Lighting Systems, where he spent two and a half years immersing himself in the intricacies of product development and rigorous testing. Here, he meticulously analysed and studied client standards and specifications, including those from major automotive players such as PSA, Renault, SEAT, and VW. His responsibilities spanned the execution of a diverse range of tests, including chemical, climatic, electrical, mechanical, and notably, photometric tests, which are critical for lighting components. He played a pivotal role in identifying anomalies and non-conformities, subsequently proposing effective improvement actions and ensuring all required verifications during product development and production start-up. His foundational knowledge of quality management and assurance, particularly concerning ISO17025, ISO9001, and IATF 16949 standards, was solidified during this period, complemented by his experience in managing equipment calibration and laboratory resources via SAP.

Transitioning to MTA S.p.A. as a Laboratory Testing Technician, he further honed his analytical and execution capabilities over one year and five months. He took charge of analysing client test specifications, contributing to preliminary cost definitions for product offers. A key aspect of his role involved the planning and execution of comprehensive test activities, including electrical, mechanical, environmental, and vibratory tests. He was instrumental in establishing and verifying product validation and requalification plans, maintaining crucial technical contacts with clients to define test types and modalities. His expertise extended to preparing detailed functional and life test reports, ensuring products consistently met client, international, and project manager standards. He was proactive in verifying product compliance and escalating critical non-conformities, while also assisting in the definition of internal quality control standards and reliability programs. His diligent record-keeping involved entering all test data and results into the laboratory database and processing product improvements linked to quality, R&D, and manufacturing concerns.

Most recently, his career has progressed into the specialised field of optical engineering, first as a Design Release Engineer at Capgemini Engineering, and currently as an Optical Engineer at OPmobility. This progression highlights his ability to apply his extensive validation and testing background directly to the design and development of optical solutions. His academic foundation includes a Master's degree in Industrial Engineering and Management from FST Settat, complementing his practical experience. Additionally, he holds certifications in project coordination, time management, and is an AIGPE™ Certified Six Sigma Yellow Belt, underscoring his commitment to process efficiency and continuous improvement.

He is driven by a passion for ensuring the highest standards of quality and performance in automotive lighting. His diverse experience across product development, testing, and quality assurance, combined with his focused expertise in exterior lighting, positions him as a valuable asset for advancing optical engineering solutions and driving innovation in the automotive sector.

Keywords:

•Optical Engineering

•Automotive Lighting

•Product Validation

•Product Testing

•Laboratory Management

•Quality Assurance (ISO17025, ISO9001, IATF 16949)

•Photometric Testing

•Electrical Testing

•Mechanical Testing

•Environmental Testing

•Vibratory Testing

•Chemical Testing

•Design Release

•Client Standards Compliance (PSA, Renault, SEAT, VW, Ford, RSA)

•Test Report Generation

•Non-Conformity Analysis

•Process Improvement

•Project Coordination

•SAP

•Industrial Engineering