Othman Ali Email & Phone Number

Halifax, Nova Scotia, Canada

Summary: As a System Designer, I manage and design capital projects in the Outside Plant network. I handle coaxial designs, issue work to contractors, track materials, and make sure projects stay on time. I also estimate costs, manage approvals, and oversee contractor quotes and invoices to ensure accuracy.•Improved project delivery time by 20% by creating precise co-axial network quotes using AutoCAD, streamlining the design process and enhancing project… Show more Summary: As a System Designer, I manage and design capital projects in the Outside Plant network. I handle coaxial designs, issue work to contractors, track materials, and make sure projects stay on time. I also estimate costs, manage approvals, and oversee contractor quotes and invoices to ensure accuracy.•Improved project delivery time by 20% by creating precise co-axial network quotes using AutoCAD, streamlining the design process and enhancing project timelines.•Collaborated with site technicians and contractors to design co-axial network extensions, resulting in a more efficient deployment and a 15% increase in overall project effectiveness.•Worked closely with Sales and Customer Solutions Engineering (CSE) teams to communicate capital results, ensuring alignment and informed decision-making across all project stakeholders.•Allocated and submitted capital expenditures for network service extensions using Excel, achieving a 70% reduction in processing time and improving financial tracking accuracy.•Enhanced design processes by implementing AutoCAD for co-axial network design, resulting in a 20% faster project turnaround and improved stakeholder satisfaction. Show less

Bedford, Nova Scotia, Canada

Summary:I assembled products, worked with engineering and logistics teams, and helped evaluate engineering changes. I supported product development, testing, and validation, managed inventory via a Cloud ERP system, and provided updates to management. I also created documentation and fostered a positive, proactive team environment.•Assembled and integrated the Modular Ocean-Based Instrument (MOBI) from critical components, including hydrophones, batteries, and PCB boards, enhancing… Show more Summary:I assembled products, worked with engineering and logistics teams, and helped evaluate engineering changes. I supported product development, testing, and validation, managed inventory via a Cloud ERP system, and provided updates to management. I also created documentation and fostered a positive, proactive team environment.•Assembled and integrated the Modular Ocean-Based Instrument (MOBI) from critical components, including hydrophones, batteries, and PCB boards, enhancing overall system functionality and performance.•Performed precision soldering on hydrophone ceramics, ensuring optimal signal transmission and contributing to a 15% improvement in acoustic performance during testing.•Conducted rigorous testing of MOBI components, including ultrasound tests, to verify performance and ensure epoxy integrity, resulting in a 20% reduction in post-assembly defects.•Led regular team meetings to maintain alignment among project stakeholders, ensuring successful project completion and a 10% increase in team productivity.•Executed functionality tests on fully integrated MOBI units, simulating various operational ranges to guarantee consistent performance and adherence to project specifications. Show less

Halifax, Nova Scotia, Canada

Summary:For my capstone project, I worked in a team of 4 members to design a conceptual design of an acoustically transparent pressure vessel (ATPV) for the testing of military sonar systems.Researched and applied ASME Section X codes to ensure the Acoustic Test Pressure Vessel (ATPV) design met safety and reliability standards, contributing to a 100% compliance rate for project requirements.Simulated a 2D acoustic model using COMSOL, showcasing the acoustic performance of the… Show more Summary:For my capstone project, I worked in a team of 4 members to design a conceptual design of an acoustically transparent pressure vessel (ATPV) for the testing of military sonar systems.Researched and applied ASME Section X codes to ensure the Acoustic Test Pressure Vessel (ATPV) design met safety and reliability standards, contributing to a 100% compliance rate for project requirements.Simulated a 2D acoustic model using COMSOL, showcasing the acoustic performance of the pressure vessel design and improving overall design validation efficiency by 25%Finalized key component models, like the projector mount and pump ports, in SolidWorks as part of the Acoustic Test Pressure Vessel (ATPV) design with a 100% accuracy . Show less

Halifax, Nova Scotia, Canada

Summary:On the Battery Support Team for the Dalhousie Autonomous Sailboat, I took the lead in arranging and securing multiple Li-ion aluminum-shelled batteries in the boat’s hull. I made sure the supports were solid and everything fit together smoothly without interfering with other systems•Successfully integrated 8 Li-ion aluminum-shelled batteries into the sailboat hull, ensuring zero interference with other systems and enhancing overall power efficiency by 20%.•Researched… Show more Summary:On the Battery Support Team for the Dalhousie Autonomous Sailboat, I took the lead in arranging and securing multiple Li-ion aluminum-shelled batteries in the boat’s hull. I made sure the supports were solid and everything fit together smoothly without interfering with other systems•Successfully integrated 8 Li-ion aluminum-shelled batteries into the sailboat hull, ensuring zero interference with other systems and enhancing overall power efficiency by 20%.•Researched and implemented hazard prevention methods for safe battery operation, while modeling components in SolidWorks, contributing to a 100% safety compliance rate for the power system. Show less