Binod Bastola, PhD

Experience

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  National Campus

  Jan 2009 - Jan 2011

  Physics Lecturer for Cambridge Advanced-Level

  • Delivered lectures on a wide range of Cambridge-level physics to groups of 20 to 50 students.• Designed experiments and provided scientific training to students in practical labs.• Demonstrated the ability to explain complex concepts to a broad audience.

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  Institut des Nano-Sciences de Paris

  Jan 2013 - Jan 2014

  Photo-optical Engineer

  • Characterized the photo-injection process in crystalline semiconductor materials using electro-optical systems, time of flight experiments, and light pulses in the absorption band. • Interpreted and synthesized data, documenting results for electronics and optoelectronics applications.• Developed a microscopic model to validate the observed shape of the photocurrent transient and mobile ions.

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  Université du Québec - Institut national de la recherche scientifique

  Jan 2014 - Jan 2018

  Project Management As Research Assistant

  Showed an entrepreneurial spirit and project leadership in advancing optical sensing technology in harsh environments, such as atmospheric re-entry for spacecraft, by designing and carrying out experiments to study fiber Bragg gratings (FBG) stability and regeneration at elevated temperatures.• Engineered and implemented an innovative optical system featuring a free-space-to-fiber coupling unit seamlessly integrated into a Raman spectrometer, enabling precise investigation of temperature and time-sensitive material properties. This initiative led to publishing 5 peer-reviewed journal articles and presenting findings at 3 conferences.• Conducted experimental investigations to analyze the stability and regeneration of FBGs at elevated temperatures, yielding crucial insights into defect activation energies. Leveraging this data, developed an innovative methodology to significantly enhance FBG performance through regeneration, surpassing previous benchmarks by over 400%.• Developed a bespoke MATLAB code for precise data analysis, underscoring proficiency in leveraging advanced tools and technologies to streamline research processes and extract meaningful insights into peak widths for core refractive index modulation from experimental data.• Proposed and validated a two-grating model to enhance regeneration efficiencies above 100%, opening new avenues for further exploration in FBG technology. Mentored and supervised graduate students, providing guidance and support in experiment design, analysis, and manuscript preparation.• Utilized Raman spectroscopy to identify fluorine as an undocumented component of fibre core composition, contributing to the understanding of FBG microstructure and potential correlations with regeneration efficiency. Show less

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  One Silicon Chip Photonics

  Jan 2018 - Jan 2019

  Project Manager, Optical Engineer

  Spearheaded research and development initiatives in collaboration with university foundries to advance optical gyroscope technology, driving business growth and innovation in the field.• Successfully managed projects from inception to completion, overseeing scope, schedule, and budget parameters. Secured $350K in government grants to fuel R&D efforts and facilitate the development of low-cost, low-power optical IMUs.• Utilized simulation techniques to optimize waveguide geometry and fiber-to-chip coupling, resulting in the characterization and prototyping of a compact navigation-grade sensor.Integrated optical accelerometer and gyroscope functionalities into Inertial Measurement Units (IMUs) provide comprehensive sensor coverage of the inertial shifts (for objects like drones, airplanes, and UAVs). This technology offers reduced power consumption, cost-effectiveness, and compactness with a wafer-scale optical chip. Show less

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  Huawei Technologies Canada Co., Ltd.

  Aug 2019 - Aug 2021

  Senior Optical Engineer

  Led the design and development of advanced optical systems, notably erbium-doped fiber amplifiers, contributing to the cutting-edge innovations in optical communications technology. This hands-on experience executing rigorous test plans refined my optical engineering skills. • Designed various optical systems, including fibre amplifiers, fibre lasers, LIDAR, and OTDR systems for next generation devices, showcasing my expertise in optical design and engineering.• Assembled laboratory optical test beds and characterized passive/active optical fibres, ensuring quality and performance.• Worked with specialty fiber designers and production stakeholders to develop and implement test programs to validate optical modeling, guaranteeing strong product validation.• Provided support for prototype demos to internal customers in the Optical communications product design and development team, ensuring seamless project execution and my ability to convey complex ideas effectively.• Managed crucial operational functions essential for project success in optical communications involving purchases, orders, lab operation, complementing my leadership role. Show less

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  Teledyne DALSA

  Apr 2022 - Mar 2024

  Image Sensor Design Specialist C

  Project technical lead on optical systems projects, contributing to the development of high-performance solid-state CCD and CMOS image sensors. Thanks to these encounters that have equipped me with a deep understanding of optical design principles, advanced technology that drives it and their practical applications across various industries.• Played a crucial role in the product development lifecycle and testing of custom image sensors, ensuring strict adherence to strategic objectives and timely delivery of a high-value camera system.• Served as the main technical point of contact between foundry operations, internal stakeholders, and outside clients, ensuring that project requirements and corporate goals were met with precision. • Supported sensor and camera manufacturing processes, providing technical support to team members, test technicians, and productions, contributing to the continuous improvement of product quality and reliability.• Demonstrated a commitment to understanding the semiconductor fabrication process, proactively identifying and addressing bottlenecks to smooth operations from start to finish for successful project outcomes. • Translated customer requirements into detailed specifications, documented root-cause analyses, and prioritized corrective actions based on the criticality of the identified root causes & their potential impact across new and existing product lines. Show less