Tanvir Shahrier Mahmud Email & Phone Number

The Pas, Manitoba, Canada

Regina, Saskatchewan, Canada

- Leveraged advanced data analysis skills to extract valuable insights from extensive datasets obtained from 7 MCC thrift stores across Canada and the US, contributing to informed decision-making.- Demonstrated exceptional problem-solving abilities by identifying and creatively addressing challenges in data analysis, resulting in the enhancement of data processing and modeling methodologies.- Applied machine learning expertise, utilizing RNN LSTM models and SARIMA models in MATLAB, Python, and R language, to forecast cash flow with >80% accuracy- Communicated research findings and recommendations to project stakeholders through 20 weekly meetings, ensuring the clear and concise presentation of results to support project decisions.

Regina, Saskatchewan, Canada

- Collected remote sensing images of Landsat 7 (ETM+), as well as Landsat 8 and 9 (OLI) from multiple repositories with <10% cloud coverage- Created band composites and mosaicked multiple raster images to create seamless, comprehensive datasets- Prepared maps of areas of interest by clipping raster images using boundary shapefiles - Conducted both supervised and unsupervised classification on remote sensing images to identify land use and land cover patterns- Generated classifications with >80% accuracy with respect to the ground truth- Played a vital role in various solid waste research projects, focusing on curbside waste collection optimization, landfill operation optimization, and the efficacy of waste reduction initiatives- Leveraged 8.8 years of historical waste disposal data and curbside waste collection data to perform comprehensive trend analysis, pinpointing opportunities for enhancing landfill and waste collection operations- Successfully identified changes in curbside waste collection patterns during the COVID-19 pandemic, proactively contributing to the enhancement of our operational knowledge- Pioneered the development of cutting-edge forecasting tools that predict curbside waste collection rates with remarkable precision, drawing insights from residents' mobility patterns- Employed advanced RNN-LSTM models to predict Municipal Solid Waste (MSW) disposal rates at landfills, achieving an impressive 80% explanatory power, ensuring informed decision-making regarding waste management

Toma Tower, Kakrail, Dhaka

- Led and completed 3 capital projects worth $110 million, ensuring adherence to technical specifications- Prepared construction drawings using AutoCAD for 27 steel plate girder bridges, 103 RCC box culverts, and 71 RCC buildings- Delivered cost estimates for 201 civil infrastructures using proprietary cost codes, achieving a margin of error of 7% and a budget variance of <10%- Monitored the progress of a project with 96 milestones using Microsoft Project and Excel, achieving a schedule variance of 5.7%- Facilitated change order processes for 2 construction projects with an average processing and approval time of 10 days- Conducted data audits and coordinated with 17 subcontractors for efficient subcontract management, ensuring 90% of subcontractor deliverables were completed on time- Collaborated with cross-functional teams for equipment and material mobilization, achieving a resources utilization rate of 85%- Prepared competitive tender packages with 80% contract award rate- Assisted quality control by inspecting as-built structures as per technical standards and ensured <10% non-conformities- Introduced cost control initiatives in procurement, resulting in a cost savings of $112k- Trained and mentored 10 junior civil engineers in rebar bending schedules and quantity estimates- Promoted a safety culture in the workplace by analyzing 500+ near miss records, identifying common safety pitfalls and ensuring an 78% reduction in safety incident rates- Performed the design adequacy checks for 34 shallow and 56 deep foundations based on the results of subsoil investigation, such as SPT, Grain Size Analysis, Tri-axial Compression, and Direct Shear tests- Developed the instrumentation monitoring plan of settlement markers, inclinometers, and piezometers for an 18 km long embankment stabilized with prefabricated vertical drains- Conducted the slope stability analysis for 8-9 meters high embankments using PLAXIS 2D and GeoStudio: Slope/W

Mohakhali Dohs

- Successfully completed two high-value capital projects worth $41 million, delivering them on time and within budget- Streamlined construction drawing preparation, reducing costs by $116k, resulting in more efficient project execution- Expedited revisions of preliminary designs for various civil infrastructures, reducing design review times by 30% and accelerating project timelines- Conducted in-house analysis of 153 cast-in-situ piles and 148 meters of RCC retaining wall, saving $279k in consultancy fees, optimizing project expenses- Efficiently handled RFIs, improving cost optimization and project schedules, leading to a cost reduction of 10% and a schedule improvement of 15%- Supported quality control and safety efforts, closing 150 NCRs, ensuring a high-quality project with minimal issues- Collaborated on bid assessments, ensuring alignment with project goals, resulting in a 75% success rate in securing projects- Developed project schedules based on data-driven analysis, achieving an average schedule adherence rate of 90%- Reviewed technical documentation during project closeout, preventing $204k in losses, ensuring all contractual obligations were met- Ensured design adequacy of temporary structures, enhancing worker safety, resulting in a 66% reduction in safety incidents- Analyzed the stability of 4 cofferdams with an 8.0 meters height of retention using Shoring Suite.- Developed data-driven simulations of static pile load testing in geotechnical projects using PLAXIS 3D with <20% Mean Absolute Percentage Error (MAPE), leading to substantial cost savings of $203k- Inspected as-built conditions of piles by conducting Pile Integrity Tests (PIT), resulting in a 95% conformity rate with design specifications

Chittagong

Master'S Degree, Environmental Systems Engineering

Bachelor Of Science (Bsc), Civil Engineering

Higher Secondary School Certificate, Science