Balraj Singh, P.Eng. Email & Phone Number

Mississauga, Ontario, Canada

Recently completed the experience requirement for a professional engineer license while thriving as a Mechanical Engineer at Thor Global, a leader in custom machinery for the aggregate industry. Specializing in pioneering design solutions, conducting rigorous analyses, and implementing efficient manufacturing processes, with expertise in intricate CAD modelling, project management, and exceeding customer satisfaction.Key Achievements:• Enhanced the design efficiency of the… Show more Recently completed the experience requirement for a professional engineer license while thriving as a Mechanical Engineer at Thor Global, a leader in custom machinery for the aggregate industry. Specializing in pioneering design solutions, conducting rigorous analyses, and implementing efficient manufacturing processes, with expertise in intricate CAD modelling, project management, and exceeding customer satisfaction.Key Achievements:• Enhanced the design efficiency of the Telescopic Conveyor by 10% using Solidworks and managing end-to-end product design phases, which encompassed concept generation, prototyping, testing, and master assemblies.• Successfully reduced the weight of Standard Equipment by 5% through rigorous testing and validation, including finite element analysis (FEA), failure-mode analysis, CAD simulations, and engineering calculations, while maintaining structural integrity.• Delivered over 250 meticulously crafted engineering drawings for a global project, showcasing expertise in GD&T, BOMs, material properties, sheet metal design, and welding specifications while adhering to industry standards.• Reduced production time by 10% through the development of new fixture and tooling designs for fabrication and assembly support, which incorporated detailed work instructions and troubleshooting recommendations.• Secured a remarkable 15% reduction in material costs by spearheading design for manufacturing (DFM) processes and driving 'design-to-cost' projects, while seamlessly integrating PDM and ERP systems for efficient data management.• Optimized overall project lead times by 10% through agile project management, proactive risk assessment, and milestone tracking, in collaboration with cross-functional teams including supply chain, purchasing, and sales.Applicable Standards and Codes (but not limited to):ASME, ANSI, ASTM, AWS, CEMA, ISO, NEMA, NFPA, and OSHA. Show less

Campbellville, Ontario, Canada

As Lead Mechanical Engineer at Sovereign Fusion, I managed a team of 4 engineers, fostering a culture of innovation and excellence in the custom machinery and heavy equipment industry. Orchestrating projects from concept to completion, I optimized processes and delivered impactful solutions, showcasing adept leadership skills.Key Achievements:• Directed the engineering team in implementing advanced engineering standards, innovative design concepts, and new product development… Show more As Lead Mechanical Engineer at Sovereign Fusion, I managed a team of 4 engineers, fostering a culture of innovation and excellence in the custom machinery and heavy equipment industry. Orchestrating projects from concept to completion, I optimized processes and delivered impactful solutions, showcasing adept leadership skills.Key Achievements:• Directed the engineering team in implementing advanced engineering standards, innovative design concepts, and new product development, resulting in a 25% improvement in performance.• Orchestrated design automation in Autodesk Inventor for similar structural projects, reducing CAD design time by 65% and optimizing productivity and efficiency within the team.• Enhanced the reliability of heavy equipment by 15% by implementing finite element analysis (FEA), motion simulation, stress testing, verification, and validation, ensuring adherence to design requirements.• Achieved a 95% success rate in completing projects before deadlines through meticulous management, including preparing quotes, engineering change notices (ECNs), defining scopes of work, scheduling, managing costs, and project deliverables.• Established individual and team goals, quality management plans, lean manufacturing procedures, and continuous improvement principles in engineering practices to reduce production issues by 20%.• Collaborated with multi-disciplinary teams to achieve a 20% increase in client satisfaction by actively participating in the successful installation, startup, and testing of machinery at client sites.Applicable Standards and Codes (but not limited to):ASME, ANSI, ASTM, CEMA, CWB, ISO, NEMA, NFPA, and OSHA. Show less

Brantford, Ontario, Canada

Thrived in my debut role as a Mechanical Engineer at Fowler, seamlessly transitioning from intern to full-time. Leveraged CAD design skills and robot programming expertise to elevate the company’s key product, the scissor lift, to new heights.Key Achievements:• Developed precision-engineered electro-mechanical components for a mass-production line of robots using SolidWorks, optimizing efficiency by 20% and ensuring impeccable alignment for seamless production.• Designed precise… Show more Thrived in my debut role as a Mechanical Engineer at Fowler, seamlessly transitioning from intern to full-time. Leveraged CAD design skills and robot programming expertise to elevate the company’s key product, the scissor lift, to new heights.Key Achievements:• Developed precision-engineered electro-mechanical components for a mass-production line of robots using SolidWorks, optimizing efficiency by 20% and ensuring impeccable alignment for seamless production.• Designed precise jigs and fixtures for the new laser welder (Trumpf), incorporating GD&T, surface modeling, and ergonomics, leading to a transition from MIG welding and saving over $100,000 in the first quarter.• Pioneered advanced programming techniques to optimize robot welding such as ABB, Yaskawa, Trumpf, and Kuka, contributing to early project completion and enhancing operational efficiency by 15%.• Boosted efficiency in inventory management and purchasing by 20% by integration of CAD data and ERP system (Epicor), encompassing material specifications, part revisions, and vendor information.• Crafted flawless work instructions for the continuous improvement process by conducting rigorous time studies on operations, root cause analysis (RCA), and Six Sigma techniques, resulting in a 10% reduction in non-conformances.Applicable Standards and Codes (but not limited to):ASME, ANSI/RIA R15.06, ANSI/ISA-88, ANSI Z49.1, AWS, CWB, D16.1, ISO 10218, ISO 15609, and ISO 15614.Applicable Programming Skills (but not limited to):ABB’s RobotStudio, Fanuc's KAREL, G-code, KUKA's KRL, and Yaskawa's MotoPlus. Show less

Cambridge, Ontario, Canada

Picture the thrill of my first internship in Canada after post-graduation. As an Automation Technician at New World Friction, I eagerly optimized PLC programming for hydraulic brake presses. With zest and technical prowess, I gained hands-on experience, driving efficiency and igniting my career in automation.Key Accomplishments:• Collaborated with senior technicians to install, calibrate, and troubleshoot automated systems, gaining proficiency in PLC programming and HMI… Show more Picture the thrill of my first internship in Canada after post-graduation. As an Automation Technician at New World Friction, I eagerly optimized PLC programming for hydraulic brake presses. With zest and technical prowess, I gained hands-on experience, driving efficiency and igniting my career in automation.Key Accomplishments:• Collaborated with senior technicians to install, calibrate, and troubleshoot automated systems, gaining proficiency in PLC programming and HMI diagnostics.• Contributed to the assembly and integration of robotic components, ensuring adherence to safety protocols and quality standards while supporting efficient system operation.• Participated in routine maintenance activities and inspections, minimizing downtime and optimizing equipment functionality through timely repairs and servicing.• Assisted in the development of technical documentation, including manuals and procedures, to support efficient system operation and facilitate maintenance tasks.• Engaged in continuous learning and skill development through workshops and training sessions, actively contributing to process improvement initiatives and enhancing productivity. Show less

Chandigarh Area, India

During my second internship in my bachelor's program, I thrived as a Mechanical Engineer Intern for 6 months at Bhusan, a leader in tube manufacturing. Contributed to projects, honed skills, and embraced challenges, paving the way for professional growth.Key Accomplishments:• Contributed to the design and development of new product prototypes, utilizing SolidWorks for CAD modeling and MATLAB for simulation and analysis.• Performed failure analysis on mechanical components… Show more During my second internship in my bachelor's program, I thrived as a Mechanical Engineer Intern for 6 months at Bhusan, a leader in tube manufacturing. Contributed to projects, honed skills, and embraced challenges, paving the way for professional growth.Key Accomplishments:• Contributed to the design and development of new product prototypes, utilizing SolidWorks for CAD modeling and MATLAB for simulation and analysis.• Performed failure analysis on mechanical components, identifying root causes and proposing design modifications to enhance product reliability.• Collaborated with cross-functional teams to brainstorm design solutions and address manufacturing challenges, fostering a collaborative work environment.• Participated in workshops on industry best practices and attended training sessions on project management, enhancing skills and knowledge in mechanical engineering.• Prepared technical reports and presented project updates to stakeholders, effectively communicating engineering concepts and project milestones. Show less

Chandigarh Area, India

Excited about my very first internship at Mahindra, a leader in tractor manufacturing, I immersed myself in CNC machining, mastering blueprint interpretation and machine operations. Thrived in a dynamic environment, honing technical prowess.Key Accomplishments:• Operated CNC milling machines and injection molding equipment to ensure high-quality production output and adherence to standards.• Performed visual inspections and dimensional checks on finished parts, maintaining… Show more Excited about my very first internship at Mahindra, a leader in tractor manufacturing, I immersed myself in CNC machining, mastering blueprint interpretation and machine operations. Thrived in a dynamic environment, honing technical prowess.Key Accomplishments:• Operated CNC milling machines and injection molding equipment to ensure high-quality production output and adherence to standards.• Performed visual inspections and dimensional checks on finished parts, maintaining quality specifications and standards.• Troubleshooted equipment malfunctions, minimizing downtime and optimizing production efficiency.• Adhered to safety protocols and collaborated with team members to prioritize production schedules, contributing to on-time delivery of orders. Show less

Post Graduate Co-Op Program, Robotics And Industrial Automation

Activities and Societies: Volleyball, Orientation team member. In my journey to master robotics and industrial automation, I pursued.

Bachelor'S Degree, Mechanical Engineering, 12

Activities and Societies: Volleyball, Soccer, Annual cultural events organizer, Trades workshops. As a child, my hobby of sketching fueled.