Define the real problem
Start with duty requirements, failed parts, service history and the interfaces that must stay fixed.
Explore my engineering decisions through first-principles calculations, 3D models and practical project experience.
Read the shaft design story ↗Explanatory schematic · not an original CAD drawing · not to scale
10 Engineering case studies
01—10 Design, analysis & delivery
Atlas Electricals Project experience
From a critical shaft section to an entire pump package. Explore the problem, trade-offs and verification behind each solution.
Start with duty requirements, failed parts, service history and the interfaces that must stay fixed.
Compare stiffness, hydraulic performance, cost, production constraints and maintenance access.
Use independent calculations, peer review, dimensional inspection and performance tests.
Carry lessons into controlled drawings, inspection points and the next production build.
I bring a mechanical and industrial engineering education together with hands-on experience in rotating equipment, fabrication and maintenance.
My project work spans hydraulic selection, component redesign, SolidWorks modelling, simulation, manufacturing drawings and shop testing. I focus on solutions that are clear to review, practical to build and straightforward to maintain.
University of Windsor
Gujarat Technological University
PMP certification
433A Industrial Mechanic (Millwright), Red Seal
TTC maintenance and fabrication experience
SolidWorks · Static simulation · Engineering calculations · Manufacturing drawings · BOMs · Inspection & testing
Interested in mechanical design, rotating equipment or manufacturing roles where analysis and practical execution work together.
Let’s discuss mechanical design, rotating equipment and practical engineering challenges.