Fahimul Haque Email & Phone Number

Calgary, Alberta, Canada

Calgary, Alberta, Canada

• Formulated new and scalable efficient GNSS multi-fault detection and correction algorithms for demanding real-world applications using observation domain optimization, demonstrating a minimum of 97% improvement in.
• Conducted theoretical analysis to derive a test statistic and its statistical model with the goal of fault detection by applying Neyman-Pearson hypothesis testing principles
• Developed theoretical foundation for an innovative GNSS fault identification method using unsupervised learning
• Performed detailed statistical and graphical analysis on simulated and real GNSS (RINEX) observations using MATLAB, documenting the process and results for research publications
• Integrated and evaluated the devised method with non-linear least squares and Kalman filter

Dhaka

• Delivered engaging lectures and facilitated class discussions to create a positive and interactive learning environment
• Created course materials and assessments to enhance the learning experience for students.
• Mentored and advised students on academic and career matters
• Conducted research in the field of Machine Learning
• Collaborated with colleagues to co-author research papers, fostering a culture of teamwork and knowledge-sharing
• Worked on departmental initiatives alongside colleagues to improve overall educational quality.

Calgary, Canada Area

• Efficiently designed and executed a multi-stage research project aimed at solving a complex problem, ensuring successful completion within the specified timeline.
• Developed a theoretical sensor-fusion framework integrating Wi-Fi received signal strength and barometric altimetry through Kalman filtering, leading to 99% accuracy in indoor floor localization
• Conducted derivations of mathematical models for barometric altimetry and Wi-Fi received signal strength tailored for indoor pedestrian applications
• Investigated and characterized the underlying random processes influencing the barometric altimetry-based height estimation errors for indoor applications using Allan deviation analysis
• Formulated a Monte Carlo Bayesian inference algorithm for received signal strength-based floor localization
• Designed and implemented goal-oriented and deadline-focused tests to validate performance gain using Arduino, MEMS pressure sensors, and RF transceiver, followed by meticulous data analysis

Calgary, Canada Area

• Assisted in conducting experiments, collected measurements, and documented research findings to support research and development initiatives
• Created and debugged C++ programs on embedded systems to collect sensor data

Bashundhara, Dhaka, Bangladesh

• Served as a Teaching Assistant for 12 electrical engineering courses over 1 year and 8 months, guiding about 500 students in various laboratory sessions.
• Delivered engaging lectures on lab topics, ensuring clear explanations to help students comprehend complex concepts. Assisted students in implementing laboratory tasks and fostering a hands-on learning environment.
• Developed exam questions to assess students' understanding of course material. Meticulously checked and marked papers, providing constructive feedback to support students' academic growth.
• Received praise for exceptional performance, demonstrating strong teaching skills and dedication to student success.
• Collaborated with colleagues and professors to enhance the overall learning experience, contributing to departmental initiatives and fostering a supportive educational environment.

Mohakhali, Dhaka

Doctor Of Philosophy (Ph.D.), Electrical Engineering

Activities and Societies: • President, Bangladeshi Scholars’ Association, University of Calgary (Sept. 2022 – Aug. 2023) • Awards.

Master Of Science - Ms, Electrical Engineering

Activities and Societies: • Vice-President, Bangladeshi Scholars’ Association, University of Calgary (Sept. 2017 – July 2018) • Awards.

Bachelor Of Science - Bsc, Electrical And Electronics Engineering