EXPERIENCE & EVIDENCE
For hiring managers
Mechanical and industrial engineering, hands-on equipment experience and project delivery. Explore the work, credentials and decisions behind the design.
Experience & credentials →Arpit Bhatt
Arpit Bhatt, PMP · Red Seal Millwright (433A) · P.Eng. in progress
Currently: Maintenance Millwright,
TTC Rail Cars & Shops
EXPERIENCE & EVIDENCE
Mechanical and industrial engineering, hands-on equipment experience and project delivery. Explore the work, credentials and decisions behind the design.
Experience & credentials →LEARN & APPLY
Build understanding through mechanical fundamentals, worked examples, engineering notes and practical calculators.
Start here →HOW I WORK
Understand the operating conditions. Review the symptoms, drawings and measurements before choosing a solution.
Trace the load, energy or flow path. Use evidence and first-principles checks to test the explanation.
Check the result against the requirement. Record the evidence, assumptions and limits of the conclusion.
FEATURED WORK
Mechanical design
Atlas experience · 2016–2019
35 mmReinforced shaft span
Explore shaft geometry, bending and torsion through a worked mechanical-design study.
Read case study →Fluid systems
Atlas experience · 2016–2019
3.6 → 5.1 mCalculated NPSH available
Follow the suction-side energy balance and the effect of reducing hydraulic losses.
Read case study →Simulation & verification
Atlas experience · 2016–2019
3 methodsHand check · FEA method · test plan
Connect pressure-boundary geometry to load paths, analytical checks and a verification approach.
Read case study →ARTICLES & ENGINEERING NOTES
Nuclear systems & reliability
Understand Bruce A and Bruce B through systems, energy accounting and the engineering meaning of scale.
Read note →Nuclear systems & reliability
Why two identical power readings can describe different reactor states—and why neutron absorption has a memory.
Read note →Nuclear systems & reliability
Separate the neutron balance, stored thermal energy and continuing radioactive decay to understand nuclear cooling.
Read note →Let's discuss practical engineering challenges.
Let's connect →