Balin Moher Email & Phone Number

Montreal, Qc, Ca

Montreal, Quebec, Canada

At Reaction Dynamics, I lead a team of four in managing the full lifecycle of rocket engine test operations. I’ve optimized our test site infrastructure, resulting in a 50% reduction in test times. My role involves coordinating the development of vertical test stands, integrating advanced sensors, actuators, and control systems to ensure precise data collection and safe operations. I also spearhead the development of automated testing software that streamlines operations, reducing manual… Show more At Reaction Dynamics, I lead a team of four in managing the full lifecycle of rocket engine test operations. I’ve optimized our test site infrastructure, resulting in a 50% reduction in test times. My role involves coordinating the development of vertical test stands, integrating advanced sensors, actuators, and control systems to ensure precise data collection and safe operations. I also spearhead the development of automated testing software that streamlines operations, reducing manual oversight by 30%. My efforts have been critical in maintaining a 100% success rate in test site readiness and execution. Show less

Montreal, Quebec, Canada

As a Propulsion Development Engineer, I’ve driven innovation in rocket propulsion through the design, testing, and iteration of advanced systems, including regeneratively cooled 3D printed nozzles. My software contributions include developing Python scripts for performance analysis, which improved data processing speed by 40%. I also utilized CAD and FEA tools to design components that passed rigorous testing. My work in electromechanical integration has cut assembly times by 25%, ensuring that… Show more As a Propulsion Development Engineer, I’ve driven innovation in rocket propulsion through the design, testing, and iteration of advanced systems, including regeneratively cooled 3D printed nozzles. My software contributions include developing Python scripts for performance analysis, which improved data processing speed by 40%. I also utilized CAD and FEA tools to design components that passed rigorous testing. My work in electromechanical integration has cut assembly times by 25%, ensuring that our systems are both reliable and efficient. Show less

Toronto, Ontario, Canada

At SpaceRyde, I played a key role in developing and managing electromechanical systems for rocket engines, achieving a 0% failure rate across all tests. I led the design and implementation of control software that ensured accurate and responsive system performance, reducing testing errors by 20%. My responsibilities included the detailed 3D CAD design of fluid systems, where I optimized components for cost-efficiency and durability. My work with custom and off-the-shelf components consistently… Show more At SpaceRyde, I played a key role in developing and managing electromechanical systems for rocket engines, achieving a 0% failure rate across all tests. I led the design and implementation of control software that ensured accurate and responsive system performance, reducing testing errors by 20%. My responsibilities included the detailed 3D CAD design of fluid systems, where I optimized components for cost-efficiency and durability. My work with custom and off-the-shelf components consistently met strict specifications, leading to flawless operation during tests. Show less

Toronto, Canada Area

In my role at Pratt & Whitney, I was responsible for developing and verifying software for turbine engine control systems, ensuring compliance with over 800 requirements. My work on software unit test procedures contributed to a 15% reduction in testing time and helped secure certification with zero defects reported. I also wrote and managed software requirements that supported flawless engine functionality, and my proactive identification and resolution of system bugs reduced… Show more In my role at Pratt & Whitney, I was responsible for developing and verifying software for turbine engine control systems, ensuring compliance with over 800 requirements. My work on software unit test procedures contributed to a 15% reduction in testing time and helped secure certification with zero defects reported. I also wrote and managed software requirements that supported flawless engine functionality, and my proactive identification and resolution of system bugs reduced post-certification issues by 25%. Show less

Toronto

As a Research Assistant at Ryerson, I developed MATLAB and Simulink code for a variable position aircraft winglet mechanism, achieving actuator control within 1mm accuracy. My software work enabled precise motion control, enhancing test reliability by 30%. Additionally, I designed and built an industrial-grade power and signal interface enclosure, which resulted in a 20% improvement in data acquisition reliability. My contributions supported cutting-edge research in aerospace mechanisms.

Toronto, Canada Area

I founded the Ryerson Propulsion Group and led a team of 50 engineering students through the ambitious project of designing and testing Ryerson University’s first 350 lb thrust liquid rocket engine. Faced with initial skepticism and technical challenges, I persevered, securing approval from university faculty and industry partners by demonstrating the project’s technical viability. My leadership was instrumental in navigating complex design and safety requirements, reducing design iteration… Show more I founded the Ryerson Propulsion Group and led a team of 50 engineering students through the ambitious project of designing and testing Ryerson University’s first 350 lb thrust liquid rocket engine. Faced with initial skepticism and technical challenges, I persevered, securing approval from university faculty and industry partners by demonstrating the project’s technical viability. My leadership was instrumental in navigating complex design and safety requirements, reducing design iteration time by 30%. Through relentless dedication, I guided the team to overcome obstacles, laying the groundwork for future student-led propulsion projects at the university. Show less

Toronto, Canada Area

As a Propulsion Specialist, I led the design, prototyping, and procurement of a custom linear induction motor (LIM) for the Ryerson Hyperloop pod, competing in the 2019 SpaceX Hyperloop competition. My work included developing a parametric Excel model that optimized design variables, allowing for rapid iteration and reducing design cycle time by 25%. Collaborating with the braking team, I ensured an optimized thrust profile that balanced flight envelope needs, contributing to the team’s timely… Show more As a Propulsion Specialist, I led the design, prototyping, and procurement of a custom linear induction motor (LIM) for the Ryerson Hyperloop pod, competing in the 2019 SpaceX Hyperloop competition. My work included developing a parametric Excel model that optimized design variables, allowing for rapid iteration and reducing design cycle time by 25%. Collaborating with the braking team, I ensured an optimized thrust profile that balanced flight envelope needs, contributing to the team’s timely preparation for SpaceX’s review. My efforts in streamlining the motor design process and integrating team feedback played a critical role in the project’s success. Show less

Toronto, Canada Area

At Celestica, I managed a team of 15 procurement analysts to deliver competitive pricing solutions for aerospace and defense contracts, directly contributing to a $250,000 increase in annual revenue. I led the material sourcing and costing efforts for key products, including the L3 WESCAM MX25 camera, ensuring precise cost management and timely project execution. My real-time procurement support and streamlined component purchasing strategies improved inventory usage and customer satisfaction… Show more At Celestica, I managed a team of 15 procurement analysts to deliver competitive pricing solutions for aerospace and defense contracts, directly contributing to a $250,000 increase in annual revenue. I led the material sourcing and costing efforts for key products, including the L3 WESCAM MX25 camera, ensuring precise cost management and timely project execution. My real-time procurement support and streamlined component purchasing strategies improved inventory usage and customer satisfaction, reinforcing Celestica’s relationships with key clients and securing new business opportunities. Show less

Toronto, Canada Area

As the Avionics System Lead, I spearheaded the design, manufacturing, and testing of the avionics bay and ground station for the Ryerson Rocketry Club’s solid-fueled rocket, which reached 30,000 feet at the 2018 Spaceport America Cup. I optimized the design of the avionics bay structure, PCB, and components, ensuring system reliability under extreme flight conditions. My leadership in testing for radio communication stability and vibration resistance ensured that the system met all… Show more As the Avionics System Lead, I spearheaded the design, manufacturing, and testing of the avionics bay and ground station for the Ryerson Rocketry Club’s solid-fueled rocket, which reached 30,000 feet at the 2018 Spaceport America Cup. I optimized the design of the avionics bay structure, PCB, and components, ensuring system reliability under extreme flight conditions. My leadership in testing for radio communication stability and vibration resistance ensured that the system met all mission-critical requirements. Additionally, my contributions to the composite design of the rocket’s structural components enhanced its aerodynamic performance, resulting in a successful flight and data acquisition. Show less

Toronto, Canada Area

In my role as Facilities Management Coordinator, I improved service delivery by efficiently managing on-demand maintenance requests for the City of Toronto’s public facilities. By utilizing SAP enterprise resource planning software, I streamlined data management processes, enhancing the accuracy and accessibility of critical information. My efforts in consolidating and analyzing procurement and performance metrics led to better-informed decision-making and improved operational efficiency across… Show more In my role as Facilities Management Coordinator, I improved service delivery by efficiently managing on-demand maintenance requests for the City of Toronto’s public facilities. By utilizing SAP enterprise resource planning software, I streamlined data management processes, enhancing the accuracy and accessibility of critical information. My efforts in consolidating and analyzing procurement and performance metrics led to better-informed decision-making and improved operational efficiency across the Facilities Management Division. I also played a key role in the reorganization of the division, providing clerical support that helped supervisors transition smoothly into new roles. Show less

Toronto, Canada Area

In my role as Marketing Supervisor and Project Assistant at Padulo Integrated Inc., I played a key role in the coordination and execution of experiential marketing events for All-State Insurance. My leadership ensured that Brand Ambassadors were effectively motivated and aligned with campaign goals, resulting in enhanced brand awareness and a measurable increase in sales. I managed vendor relationships to secure all necessary equipment and materials, ensuring that each event ran smoothly and… Show more In my role as Marketing Supervisor and Project Assistant at Padulo Integrated Inc., I played a key role in the coordination and execution of experiential marketing events for All-State Insurance. My leadership ensured that Brand Ambassadors were effectively motivated and aligned with campaign goals, resulting in enhanced brand awareness and a measurable increase in sales. I managed vendor relationships to secure all necessary equipment and materials, ensuring that each event ran smoothly and met the client’s objectives. My efforts contributed to the successful promotion of the All-State brand across multiple high-profile events. Show less