Driven Mechanical Technologist with proven expertise in AutoCAD and Inventor from Doepker Industries, adept at optimizing design for material cost reduction. Skilled in CNC operations and team leadership, demonstrating a strong work ethic and adaptability. Achieved significant improvements in storage system efficiency, showcasing a results-focused approach and excellent problem-solving skills.
● Load and unload packages for shifts of approximately 6-8 hours in our fast-paced warehouse environment.
● Sorting of packages of varying sizes and weights by hand, including lifting, pushing, pulling, carrying, scanning, placing packages, as well as physical bending, twisting, and kneeing.
● Complete all necessary paperwork accurately within the required timeframe.
● Cleaning and tidying as required to maintain a safe work environment.
● Take part in company initiatives and meeting.
● The storage system satisfies the requirements of the Doepker Industries.
● The storage system is based on the design values of deflection, bending stress and tensile stress based on hand calculation and analysis based on 3D model generated using Inventor software
● The storage system has optimized the design to allow the minimum material cost.
● AutoCAD (2D and 3D, Plant 3D), Autodesk Inventor
● Microsoft Office Suite
● Material Science Analysis
● Blueprints reading
● Mechanical measurement
● Time management
● Team player
● Detail Oriented
● Work Ethic
● Quick learner
● Communication skills
DESIGN TWO STROKE ENGINE | Saskatchewan Polytechnic
❖ The two-stroke engine is a type of internal combustion engine which is used in automobile vehicles.
❖ Used vernier calipers to take measurement of components of 2-strock engine.
❖ Used Autodesk Inventor to generate design.
❖ Create assembly and bill of material, create drawings.
DESIGN THE BELT CONVEYOR | Saskatchewan Polytechnic
❖ A belt conveyor is used to convey materials from one place to another place
❖ Select the idlers
❖ Perform Machine Design calculation and select the belt material, belt size, length, no. of idlers, etc. by following the BCBM book
CALCULATION OF HEATING AND COOLING LOAD & VENTILATION REQUIREMENT | Saskatchewan Polytechnic
❖ Implement the HVAC knowledge to calculate heating and cooling load & ventilation requirement of Saskatchewan Polytechnic building
❖ Find Out the U-Value of roof, windows, floor, doors & wall according to specified materials used to make them
❖ Calculate heating and cooling load & ventilation rate by following ASHRAE HVAC book.
DUCT DESIGN | Saskatchewan Polytechnic
❖ Implement the HVAC knowledge to design duct of Saskatchewan Polytechnic building
❖ Select the diffusers according to an air flow rate and pressure drop across diffuser
❖ Select the duct layout according to the selected diffusers and pressure drop