Raj Sehra Email & Phone Number

• Prepared and updated maintenance and budget plans, drawings, technical specification documents, assembly documents, and equipment lists for the “hydro-mechanical infinitely variable transmission”
• Increased military fleet reliability and uptime by developing predictive and preventive maintenance plans along with corrective maintenance procedures for the transmission
• Reduced equipment downtime by providing engineering expertise and decisions on out of specification parts to the production/quality control teams, and manufacturing partners
• Minimized assembly time and resolved potential safety concerns by designing shop tools
• Supported test engineering team in implementing Electronic Stress Screening (ESS) plan of all electronic components on the transmission to meet or exceed military standards
• Developed a preservation plan for the transmission and spare parts to meet the customer requirements

• Commissioned industrial counter-current washer and fluidized bed dryer system for operational use
• Sustained operational requirements by performing scheduled and unplanned maintenance on industrial equipment
• Increased industrial equipment efficiency through modification of screw conveyer to be driven by chain and sprocket
• Ensured project deadlines were met by providing guidance to technicians on installation of new plant equipment and modifications

• Improved diesel engine coolant system to decrease engine warm up time, increase temperature after warmup and therefore increase overall efficiency and engine life
• Designed and performed stress analysis on alternator lifting devices for certification
• Analyzed hydraulic system of the bus tug to prevent further overheating hydraulic motor issues
• Restructured drawing database, and implemented proper drawing naming convention and updated parts and assembly drawings
• Composed Technical Specification for the Seabus Workboat bidding process in conjunction with feedback from the North Vancouver Seabus Managers
• Analyzed brake rotor wear data to decrease labor time and parts cost related with premature rotor changes while decreasing risk of going below the safe brake rotor thickness

• Designed and implemented prototypes of equipment in the transportation, and the oil and gas industries
• Designed parts and assemblies for a remote controlled mobile hydraulic power supply unit, the primary functions of which were to start hydraulic frac pumps, and to relocate and power sand-conveyer belts
• Liaised efficiently with Mechanical Engineers, Machinists, Welders, Painters, Fabricators, Production Management team, and Engineer Manager
• Performed stress analysis on newly designed parts and assemblies to verify required industry standard safety factors

• Designed mechanical parts, assemblies, and lifting jigs using SolidWorks for the mining truck fleet and equipment
• Communicated effectively with Mechanical Engineers, Machinists, Welders, and Fabricators
• Performed stress analysis on newly designed parts and assemblies and verified safety factor to meet the industry standard

• Demonstrated leadership qualities during challenging situations by following strict policies and procedures
• Ability to quickly assess and make suitable decisions – successful completion of mountain flight tours

Squamish, British Columbia, Canada

• Discuss and provide guidance to customers' financial concerns, questions, and needs

• Provide solutions to customers' technical questions regarding tooling and paint products

Squamish, British Columbia, Canada

• Demonstrated ability to assess customer needs and providing quick and effective solutions, resulting in exceeding sales goals
• Received merchandise trucks, organized and delegated merchandise and distributed to each department
• Communicated effectively with the store manager and executed departmental merchandise revamp
• Assisted in training new employees in the warehouse department

Bachelor Of Engineering (B.Eng.), Mechanical Engineering

Engineering Transition Diploma Program

Physical Asset Management Seminar

Physical Asset Management seminar taught by Dr. Robert A. Hall