Arifur Khandoker
I'm
About
Hello! I am Arif, an engineer and researcher with 7+ years of research and engineering experiences. I bring 4+ years of experimental and computational research experiences in surface engineering and fluid dynamics. I have 3+ industrial experiences of working as a manufacturing engineer where my expertise spans over lean manufacturing and continuous improvement, CAD design and 3D printing, Automation and CNC programming.
I completed my M.A.Sc. and B.A.Sc. in Mechanical Engineering from the University of British Columbia (2018-2020), Canada, and Bangladesh University of Engineering and Technology (BUET), respectively. After completing my masters, I joined Paramount Components Ltd. as a Manufacturing Engineer, where I had my first step in industry through exploring sheet metal fabrication process. After 2.5+ of working, I got experiences of working in construction industry through my role as a Manufacturing specialist for short term. As of May, 2024, I have been working as a Manufacturing Engineer at BE Power Equipment's R&D department where my responsibilities involve innovative production improvement projects through applying lean manufacturing principals and integrating automations and control.
Researcher, Engineer & Developer.
- Background: Mechanical/Materials/Manufacturing
- Role: Manufacturing Engineer @ BE
- Phone: +1 (250) 899-0781
- City: Abbotsford, BC V2T 2K8, Canada
- Website: www.arifkh.com
- Degree: MASc in Mechanical Engineering
- Email: markshourav@gmail.com
- Freelance: Available
Academic Projects involving Experimentation, Computational Research and Mathematical Analysis
Publications in Q1 Journals including Langmuir, ACS AMI, AIP
Thesis Publications in Statistical Analysis, Material Science, CFD
Years of Academic Research As an Undergrad Researcher and Graduate Research Assistant
Years Industry Experiences in Design & Manufacturing in Power Equipment, Sheet Metal and Construction Industries
A Glimpse into My Personality!!
While I identify as a passionate science enthusiast and tech-savvy individual, my interests extend across various fields. Take a look at how I rate some of them on a scale of 0-100%!!
Portfolio
Welcome to my portfolio! With over 3.5 years of industrial experience in sheet metal, construction, and power equipment, alongside 4 years of academic research, I have developed a well-rounded skill set in engineering. My research spans simulation, experimental, and theoretical analysis, allowing me to tackle complex challenges from multiple perspectives. Through this portfolio, I aim to showcase my diverse technical skills, innovative projects, and certifications, reflecting my commitment to continuous growth and excellence in both industry and research.
- All
- Skills & Experiences
- Academic Projects
- Industrial Projects
- Certificates
Publications
Google Scholar | ResearchGate
- Khandoker, M.A.R. ; Golovin, K. Statistical Heuristic Wettability Analysis of Randomly Textured Surfaces. Langmuir 2020 , 36, 47, 14361–1437.
- Zhao, X.; Khandoker, M.A.R.; Golovin, K. Non-fluorinated Omniphobic Paper with Ultralow Contact Angle Hysteresis. ACS Appl. Mater. Interfaces 2020 , 12, 15748-15756.
- Kozak, R.; Wiltshire, B.; Khandoker, M.A.R. ; Golovin, K.; Zarifi, M.H. Modified Microwave Sensor with Patterned Ground Heater for Detection and Prevention of Ice Accumulation. ACS Appl. Mater. Interfaces 2020 . https://doi.org/10.1021/acsami.0c17173 .
- Khandoker, M. A. R. ; Mow, R. J.; Muntaha, M. A.; Rahman, M. A. Numerical Simulation of Fire in a Multistoried Ready-Made Garments Factory using PyroSim. AIP Conference Proceedings 2018 , 1980, 050026.
- Khandoker, M. A. R. ; Galib, M.; Islam, A.; Rahman, M. A. Modelling of Fire and Fire Induced Smoke Propagation in Multizone Generic Building Structures. AIP Conference Proceedings 2017 , 1851, 020074.
- Haque, F. M.; Khandoker, M.A. R.; Wasi, M.R.; Khan, M. S. A.; Rahman, M. A. Computer Modelling of Fire Safety Performance of a Readymade Garments (RMG) Building in Bangladesh. Proceedings, Safety in the Garment Industry, Five Years after Rana Plaza April 30, 2018 .
- Keegan, C.; Khatir, B.; Khandoker, M.A.R. ; Golovin, K.; Milani, A. S. On the Development of Self-Sensing Textile Preforms Using Fused Deposition Modelling: A Preliminary Investigation of Process Parameters 2019.
- Khandoker, M.A.R. ; Alasvand, K.; Golovin, K. IDEas_CP_0678 Component 1aFinal Report.06/2019. 16 pages. (Industrial report)
- Khandoker, M.A.R. ; Golovin, K. IDEas_CP_0678 Interim Progress Report.03/2019. 17 pages. (Industrial report).
Talks
- “Statistical Wettability Analysis of Randomly Textured Surfaces”, Wetting Dynamics, Bonn, Germany, September, 2020 (Poster presentation)
- “Solution- Free Preparation Method of Hydrophobic Nano-PDMS Coating for Fabrics”, 119th Scientific Session, Institute of Textile Science, March, 2020 (Oral presentation).
- “Numerical Simulation of Fire in a Multistoried Ready-Made Garments Factory using PyroSim”, 7th International Conference on Mechanical Engineering Conference, 2017(Oral presentation).
- “Modelling of Fire and Fire Induced Smoke Propagation In Multizone Generic Building Structures”, AIP Proceedings of the 7th Bangladesh Society of Mechanical Engineering Conference on Thermal Engineering, 2016 (Oral presentation).
Leaderships
Council Member, Graduate Student Advisory Council (GSAC), UBC Okanagan (2019-2020)
- Represented the masters students of engineering to convey their concerns in the GSAC meetings to the dean and director of the College of Graduate Studies.
- Led more than 300 engineering graduate students.
- Impacted research prospect within and outside the campus by organizing the first UBC Okanagan Engineering Conference.
- Improved graduate student lives by raising funds for their living by carrying out survey.
- Inspired team building and networking among the grad students by organizing a camping event for 33 graduate students at Valemont (BC), Banff and Jasper (Alberta).
- Engaged with industries like KalTire, Fortis BC etc to manage sponsorships worth $20k for the conference event ensuring maximum brand exposure to the audiences.
- Led the executive team to organize monthly events for 100+ bangladeshi students to provide opportunities for networking within the community.
Mentorship
Industrial Mentorship
I am pleased to write about Arifur, who was both a colleague and mentor during my time as a Project Engineer at Paramount Components Ltd. from January 2022 to March 2023. I observed Arifur lead a team of 5–6 engineers with such effectiveness that he earned a formal leadership role. His passion for technical problem-solving and leadership through mentorship was truly inspiring.
Arifur’s leadership style centered on motivating junior team members through mentorship and creating opportunities that aligned with their passions. He used to brainstorm with teammates to find out their true passion in career and delegated tasks thoughtfully, that would develop their skills and experiences in the direction of their career interest. This approach not only nurtured their skills but also cultivated a collaborative environment and high-quality teamwork.
For example, knowing my passion for product design and enthusiasm for learning SolidWorks, Arifur assessed my skills and assigned me challenging but exciting design tasks as per my capability. He used projects as opportunities to train me on SolidWorks, helping me grow both technically and professionally. Additionally, Arifur provided me with valuable insights to connect tasks or skills to my passion, even when they initially seemed unrelated. For instance, when assigning non-design tasks, such as addressing production failures or CNC programming, he motivated me by explaining how these experiences could indirectly enhance my abilities as a designer.
Arifur also provided me mentorship to improve my problem-solving skills and gain valuable technical experiences. For example, he has supervised me on process and product related issues on the production floor, often through taking me to the floor to train and allowing me solving the problems independently. Arifur also provided me guidance on efficient communication with stakeholders such as procurement team, sales team and production leadhands.
Arifur excels at fostering growth in his colleagues while consistently delivering excellent project results. With his passion, problem-solving ability, and strong interpersonal skills, I am confident he will succeed in any endeavor he pursues. I wholeheartedly wish him the very best in all his future pursuits.
Gizem Ozsu
Mechanical Designer at Westmill Industries
Tutorials
Python Tutorials
- Learn How to Import Excel Data in Spyder IDE Python Tutorial | Importing CSV Files in Spyder | Quick and Easy Method
- Learn About Python Syntax, Indentations and Comments Python Syntax | Indentations | Comments
- Learn How to Plot Data Imported From Excel Python Tutorial | Plotting Imported Data in Python (Spyder IDE) From Excel | Quick and Easy Method
Microsoft Excel Tutorials
- Make your database lean using dropdown list and formulas! Dynamic/Adjustable Table in Excel - Part1: Dropdown List of Items with Associated Data
- Use Microsoft Visual Basic For Creating a Dynamic Table Dynamic/Adjustable Table in Excel - Part 2: Microsoft VBA for Adjustable Borders and Title
Lean Manufacturing
- Introduce Yourself to Product and Process Design in Lean Manufacturing! DFMEA/PFMEA Part-1: Product Design and Process Design
- Learn why DFMEA is key in Lean Manufacturing and Product Development DFMEA/PFMEA Part-2: Why DFMEA is required in Product Design??
Industrial (R&D) Problem-Solving
- Explore How to Approach an R&D Project! Industrial R&D Problem Solving, Part-1: Introduction and Setting Up Background
- Checkout the Value Stream Mapping of an R&D Problem-Solving Process! Industrial R&D Problem Solving, Part 2: Defining Problem Solvng Process
- Explore Different Approaches to R&D Problems Based on Innovation Requirements. Industrial R&D Problem Solving, Part-3: Assessing Level of Innovation in the Project
- Explore Ways to Generate Solution Ideas for an R&D Problem! Industrial R&D Problem Solving, Part 4: Generating Ideas
Entrepreneurship
- Explore product design and process through an entrepreneurial lens! DFMEA/PFMEA Part-1: Product Design and Process Design
Blogs
Bridging Worlds: Transferable Skills and Experiences Between Academia and Industry
Navigating the transition between academia and industry is a journey that more professionals are making, and the key to a successful transition lies in recognizing the transferable skills and experiences gained from each domain. While academia is often seen as theoretical and research-driven, and industry as application-focused, both realms are more intertwined than they appear.
Research and Analytical ThinkingOne of the most valuable skills academia imparts is the ability to conduct thorough research and approach problems analytically. Whether it's writing a publication or designing an experiment, academics are trained to question assumptions, evaluate evidence, and derive insights from complex data. In industry, this same skill is crucial for solving real-world problems, optimizing processes, or developing innovative products. Analytical thinking translates directly into decision-making roles, whether you're troubleshooting technical challenges or steering strategic projects.
Project Management and CollaborationIn both academia and industry, managing projects is an essential skill. Academia teaches long-term planning, from preparing grant applications to completing multi-year research projects. In the corporate world, these abilities align with managing product development cycles or large-scale operational improvements. Additionally, teamwork in a lab, collaborating with co-researchers or co-authors, mirrors the cross-functional collaboration required in industry, where individuals work together across departments to meet business goals.
Communication SkillsAcademia emphasizes writing and presenting complex ideas clearly, be it in research papers, conferences, or lectures. This translates directly to industry, where the ability to communicate technical concepts to non-experts, stakeholders, or customers is invaluable. Whether pitching new ideas or writing reports, professionals adept at simplifying the complex gain a competitive edge.
Adaptability and Lifelong LearningAcademia fosters a culture of continuous learning and curiosity, as researchers are always seeking new knowledge. In the fast-paced and ever-evolving industry environment, this adaptability is critical. Employees must stay updated with technological advancements, shifting market demands, and evolving best practices—skills academics naturally possess.
Bridging the GapFor those looking to transition from academia to industry or vice versa, it's crucial to frame your experiences in a way that speaks to both worlds. Highlight research accomplishments as problem-solving skills, showcase collaborative projects as teamwork experience, and emphasize adaptability as a commitment to continuous learning.
In the end, the gap between academia and industry is smaller than it seems. The worlds may have different focuses, but the skills developed in one are highly valuable in the other, making professionals who can bridge these worlds increasingly sought after.
From Industry to Insight: How Real-World Experience Fuels Research Innovation
In today’s rapidly evolving technological landscape, the gap between industry practice and academic research is narrowing. As engineers and researchers increasingly collaborate, real-world experience emerges as a crucial driver of innovation. This blog explores how insights gained from industry can inform and elevate research, leading to more relevant and impactful solutions.
Bridging the GapReal-world experience provides a practical perspective that often eludes theoretical research. Engineers working directly in industries understand the challenges, constraints, and nuances of day-to-day operations. This firsthand knowledge allows researchers to identify pressing problems that require innovative solutions, ensuring that their work is grounded in reality.
Feedback Loop of InnovationIWhen researchers engage with industry professionals, they create a dynamic feedback loop. Industry practitioners can provide insights into the effectiveness of existing technologies and highlight areas needing improvement. This collaborative approach not only informs research objectives but also ensures that new innovations are practical, efficient, and applicable to real-world scenarios.
Driving Sustainable SolutionsIn many industries, sustainability is no longer an option but a necessity. Professionals with experience in environmental challenges can guide researchers toward developing sustainable practices and materials. By integrating industry insights, researchers can create solutions that not only meet technical specifications but also contribute positively to the environment and society.
Accelerating Technology TransferReal-world experience can significantly speed up the technology transfer process. Researchers familiar with industry needs can design solutions that are easier to implement and adopt. This alignment between research and practical application reduces the time it takes for innovative ideas to move from the lab to the market, ultimately benefiting businesses and consumers alike.
Fostering Interdisciplinary CollaborationResearch innovation thrives on diverse perspectives. Industry professionals often come from various backgrounds, bringing a wealth of knowledge that can enhance research initiatives. This interdisciplinary collaboration fosters creativity and encourages the development of novel approaches to solving complex problems.
Real-world experience is a powerful catalyst for research innovation. By leveraging insights from industry, researchers can create solutions that are not only theoretically sound but also practically viable. As the lines between research and industry continue to blur, the potential for groundbreaking innovations becomes limitless. In this collaborative landscape, the focus shifts from purely academic pursuits to a shared commitment to creating impactful solutions that address the real challenges facing our world today.....Read More
Turning Boredom into Brilliance: How Downtime Sparks Innovation
In a fast-paced world where constant activity is often glorified, the value of downtime can be overlooked. However, research shows that periods of boredom can be the catalyst for creativity and innovation. This blog explores how embracing moments of inactivity can lead to brilliant ideas and breakthroughs.
The Nature of BoredomBoredom often gets a bad rap, viewed as an unpleasant state to be avoided. However, it serves a purpose: it prompts individuals to seek stimulation and engage their minds. In moments of boredom, the brain is free to wander, explore new ideas, and make connections that may not occur during structured, busy periods.
Fostering CreativityWhen people allow themselves to be bored, their minds begin to wander, leading to daydreaming and creative thinking. This cognitive state enables individuals to think outside the box, brainstorming novel solutions and perspectives. Many famous inventors and artists, from Albert Einstein to J.K. Rowling, credit their breakthroughs to moments of idle reflection.
Encouraging Problem-SolvingDowntime provides the mental space to reflect on challenges and explore potential solutions. When the mind is not occupied with tasks, it can process information more freely. This reflection can lead to innovative approaches to problems that may have seemed insurmountable during busy periods.
Recharge and RenewIn today’s work culture, the pressure to stay constantly productive can lead to burnout. Taking breaks and embracing downtime allows individuals to recharge both mentally and physically. This renewal period is essential for sustaining long-term creativity and productivity, ensuring that when work resumes, individuals can tackle projects with fresh energy and ideas.
Embracing Downtime in PracticeTo harness the power of boredom, individuals and organizations should intentionally create opportunities for downtime. This can include regular breaks, time away from screens, or unstructured brainstorming sessions. Encouraging a culture that values rest and reflection can lead to an environment ripe for innovation.
Boredom is not a foe but a friend in the pursuit of innovation. By embracing downtime and allowing our minds to wander, we can unlock the door to creativity and discover brilliant ideas that might otherwise remain hidden. In a world that often prioritizes constant activity, taking a step back to appreciate the power of boredom can lead to transformative insights and breakthroughs. So, the next time you find yourself feeling bored, embrace it; you may be on the brink of brilliance. ...Read More
Breaking In: How to Create Opportunities and Land Jobs in Unfamiliar Fields
Navigating a career transition into unfamiliar fields can be daunting, but it’s also an exciting opportunity for growth and exploration. With the right approach, you can create opportunities that not only align with your skills but also pave the way for a fulfilling career. This blog explores strategies for successfully breaking into new industries and landing the jobs you desire.
Embrace a Growth MindsetA growth mindset is essential when venturing into unfamiliar territory. View challenges as opportunities to learn rather than obstacles. Embracing this mindset allows you to approach new situations with curiosity and resilience, making it easier to adapt and thrive in a different field.
Leverage Transferable SkillsIdentifying and showcasing your transferable skills is key to making a successful transition. Skills such as problem-solving, communication, project management, and teamwork are valuable in nearly every industry. Tailor your resume and cover letter to highlight these abilities, demonstrating how they can benefit your potential employer in the new field.
Network StrategicallyNetworking is one of the most effective ways to break into a new industry. Attend industry events, join professional associations, and connect with individuals on platforms like LinkedIn. Informational interviews can provide valuable insights into the field while allowing you to build relationships with professionals who can guide you or even recommend you for positions.
Seek Relevant ExperienceGaining relevant experience, even if it's on a volunteer or freelance basis, can significantly enhance your employability. Look for internships, part-time roles, or project opportunities that align with your target industry. This hands-on experience not only enriches your resume but also demonstrates your commitment and passion for the new field.
Continuous LearningInvesting in your education is vital for making a successful transition. Online courses, workshops, and certifications can help you acquire industry-specific knowledge and skills. Platforms like Coursera, Udacity, and LinkedIn Learning offer a plethora of resources to help you stay current and competitive in your new field.
Breaking into unfamiliar fields is a challenging yet rewarding journey that requires determination, adaptability, and strategic planning. By embracing a growth mindset, leveraging transferable skills, networking effectively, seeking relevant experience, and committing to continuous learning, you can create opportunities that lead to successful career transitions. Remember, every new beginning brings the potential for growth and discovery—so take the leap and unlock the door to new possibilities!...Read More
Strive for Progress, Not Perfection: The Power of Becoming Better, Not the Best
In a world that often emphasizes perfection, it can be easy to fall into the trap of believing that success means achieving flawless results. However, this pursuit of perfection can lead to frustration, burnout, and stagnation. Instead, focusing on progress—making incremental improvements—can be a more rewarding and sustainable approach. This blog explores the benefits of striving for progress over perfection.
Redefining SuccessWhen we focus solely on perfection, we set ourselves up for unrealistic expectations. Striving for progress allows us to redefine success as a continuous journey rather than a destination. Each small improvement becomes a stepping stone, helping us build confidence and motivation along the way. Embracing this mindset can alleviate the pressure to be perfect and foster a more positive outlook.
Encouraging Growth and LearningProgress is inherently tied to growth and learning. By acknowledging that mistakes and setbacks are part of the journey, we create a space for exploration and experimentation. This attitude encourages us to take risks, try new approaches, and learn from our experiences, ultimately leading to greater innovation and creativity.
Building ResilienceThe pursuit of perfection can be disheartening, especially when faced with inevitable challenges. In contrast, focusing on progress cultivates resilience. When we recognize our advancements, no matter how small, we develop a sense of accomplishment that fuels our determination to keep moving forward. This resilience empowers us to navigate obstacles with confidence.
Fostering a Healthy MindsetStriving for perfection can lead to anxiety and self-doubt, while a focus on progress promotes a healthier mindset. By celebrating our achievements, we can shift our perspective from one of criticism to one of appreciation. This mindset encourages self-compassion, helping us to be kinder to ourselves during the ups and downs of our journey.
Creating Lasting ChangeReal change occurs through consistent, incremental efforts. By prioritizing progress, we develop habits and routines that lead to long-term success. This approach allows us to make meaningful changes in our lives, whether it’s in our careers, personal growth, or relationships. Over time, these small steps accumulate, resulting in significant transformation.
In a society that often glorifies perfection, it’s crucial to remember the power of progress. By shifting our focus from striving for the unattainable to becoming better each day, we open ourselves to growth, resilience, and fulfillment. Embrace the journey of improvement, celebrate your achievements, and allow yourself the grace to grow. Remember, it’s not about being the best; it’s about becoming better than you were yesterday....Read More
Testimonials
Working alongside exceptional individuals has been an enriching experience, one that continually inspires and motivates me. Each collaboration contributes to my ongoing passion for learning and engaging with diverse talents!
I have been a friend of Arifur Khandoker since 2015 and he was my undergraduate thesis partner as well. Arifur is highly professional, dedicated, and efficient regarding performing his stuff. As a friend, he is helpful and co-operative! Besides maintaining a good academic result, he has participated in extra-co-curricular activities. A very good thing in his personality is he is positive minded-confident in his decision and plan/s. He has prospective and has the vision to develop his career in the research field! I believe those particular qualities that I see in him will take him long distances. I wish him all the best in his career!
Musanna Galib
Researcher & Tutor
It is with the highest enthusiasm that I write a recommendation for Arifur Khandoker. I have known Arifur since he started his undergraduate study at Bangladesh University of Engineering and Technology (BUET) in 2012. I witnessed his seemingly unending thrust for knowledge in every coursework and sheer determination to understand every concept he encountered during his study. I have no doubt that Arifur has the necessary personal and professional training experiences to have broader impact on his way of life and reach the apex of success. I wish him all the best in his career!
Shamimur Akanda, PhD
Researcher
I have known Arifur Khandoker since 2015, and during this time, I had the opportunity to work with him at the same company. Throughout our professional journey together, I have observed Arifur's remarkable qualities as a colleague. He consistently demonstrates a high level of professionalism, dedication, and efficiency in all of his responsibilities. His ability to handle tasks with precision and commitment sets him apart in the workplace. He has always been willing to lend a helping hand and offer his guidance whenever needed which makes him a valuable team member and a pleasure to work with.
Shayak Faruqui
Project Management Specialist
I’ve known Arif since our high school days, where his passion for engineering was already evident. He had a unique approach to solving problems, whether it was a straightforward geometric question or a complex partial differential equation related to heat flow. Arif’s deep understanding and analytical skills have been integral to his academic success throughout his BS and MS studies. Beyond his technical expertise, Arif is a person of integrity and honesty. He’s also a great conversationalist, bringing enthusiasm to discussions on a wide range of topics. I wish him continued success in his career.
Saifur Rahman
PhD Innovation Fellow, Dartmouth College
Having worked closely with Arifur at Paramount Components Ltd. I’ve had the opportunity to witness his remarkable skills and dedication firsthand. Arifur consistently demonstrated a deep understanding of manufacturing processes and engineering principles. He had a keen eye for detail and a knack for problem-solving, which has led to significant improvements in our production efficiency and product quality. Beyond technical expertise, he always went the extra mile to share knowledge and foster a positive work environment. His proactive communication and leadership skills made him a valued asset to my project team.
Shailen Saha
Manufacturing Engineer
Networks
- All
- Supervisors
- Collaborators
Undergrad Supervisor
(2016-2018)
Md. Ashiqur Rahman, PhD
Professor, Department of Mechanical Engineering,
Bangladesh University of Engineering and Technology (BUET),
Dhaka, Bangladesh.
Masters Supervisor
(2018-2020)
Kevin Golovin, PhD, PEng
Assistant Professor, Department of Mechanical & Industrial Engineering,
University of Toronto,
Toronto, ON
Phone: 417.978.0707
Engineering Supervisor
(2021-2022)
Hasib Rahman, EIT
Engineering Analyst, Toyota Motor Manufacturing Canada,
Cambridge, Ontario, Canada.
Reporting Manager
(2022-2023)
Justin Pryor
Operations and Business development, Paramount Components Ltd,
Abbotsford, BC, Canada.
Reporting Manager
(2024-Present)
Kelly Jones
Project Manager, BE Power Equipment,
Abbotsford, BC, Canada.
Collaborators
| Name | Collaboration Timeline | Relation | Current Position |
|---|---|---|---|
| Musanna Galib | 2016-2017 | Undergrad Thesis Partner | PhD Student at UBC |
| Adnan Islam | 2016-2017 | Undergrad Thesis Partner | System Integration & Test Engineer at ASML |
| Md Ali Muntaha, Ph.D. | 2017-2018 | Co-Author | Post Doc. at Purdue University |
| Rownak Jahan, Ph.D. | 2017-2018 | Co-Author | PhD from University of Delaware |
| Fariha Haque | 2017-2018 | Co-Author | PhD Student at Ohio State University |
| Murtaza Wasi, Ph.D. | 2017-2018 | Co-Author | Post Doc at Cornell University |
| Rahat Mahmud Khan | 2017-2018 | Co-Author | MS Student at UIUC |
| Shaikh Al Mahmud Bhuiyan | 2017-2018 | Co-Author | PhD Student at University of Kentucky |
| Xiaxiao Zhao, Ph.D | 2019-2020 | Co-Author | Assistant Professor at University of Maine |
| Mohammad H Zarifi, Ph.D. | 2019-2020 | Co-Author | Associate Professor at UBC |
| Ryan Kozak | 2019-2020 | Co-Author | Microwave Engineer at Ansys |
| Benjamin D Wiltshire | 2019-2020 | Co-Author | PhD from at UBC |
| Afzal Neelav | 2020-2021 | Teammate @PCL | Manufacturing Engineer at Seaspan ULC |
| Shailen Saha | 2020-2023 | Teammate @PCL | Manufacturing Planner |
| Gizem Ozsu | 2021-2023 | Teammate @PCL | Project Engineer at Westmill Industries |
| Sadhak Gautam | 2022-2023 | Teammate @PCL | Project Engineer at Paramount Components Ltd. |
| Shayak Ibna Faruqui | 2022-2023 | Teammate @PCL | Project Engineer at Paramount Components Ltd. |
| Rayan Danyal | 2023 | Teammate @PCL | Project Engineer at WeatherSolve Structures |
| Fidelis Eberegbe | 2023-2024 | Teammate @METHOD | Design Engineer at METHOD |
| Ryan Gates | 2024 | Teammate @ BE | Manufacturing Engineer (R&D) at BE |
| Darrell Nicholas | 2024 | Teammate @ BE | R&D Engineering Specialist at BE |
| Matt Golke | 2024 | Teammate @ BE | Quality Engineer at BE |
| Anwit Adhikari | 2024 | Teammate @ BE | Design Engineer at BE |
| Stefano Salati | 2024 | Teammate @ BE | Quality Specialist at BE |
Contact
Address
32275 George Furguson Way, Abbotsford, BC V2T 2K8, Canada.
Call Me
+1 (250) 899-0781
# md.khandoker@alumni.ubc.ca,
# markshourav@gmail.com