Every joule
accounted for.
Arshad Alom Ahmed — mechanical engineering student at Dibrugarh University, building real depth in thermodynamics, heat transfer and the thermal systems that turn heat into work.
Energy in, work out —
everything else is loss.
Pursuing mechanical engineering at Dibrugarh University with a deliberate focus on thermal science — thermodynamics, heat transfer, and the systems that move heat from where it is to where it can do work.
Reads every machine as an energy balance: boiler, condenser, compressor, cooling tower — the quiet components that decide whether a design survives contact with the second law.
Drafts in AutoCAD — schematics, layouts, dimensioned heat-exchanger geometry — because a thermal calculation still has to become a drawing before it becomes metal.
Follows manufacturing closely: grinding, near-net-shape processing, precision casting and forging — the processes that set the tolerances a thermal design must live inside.
“The law that entropy always increases is the supreme law of Nature.”— Arthur Eddington, The Nature of the Physical World · pinned above the desk
Instruments of the trade — thermal first.
Where the fundamentals are being built.
Dibrugarh University
Dibrugarh, Assam — pursuing mechanical engineering with a deliberate focus on thermal science: the thermodynamics, heat transfer and power-plant knowledge that makes a calculation worth making, plus the drafting skill to put it on paper.
Let’s build something
that runs cool.
Open to internships, thermal-design collaborations and conversations about energy, heat and how things are actually manufactured. The best way to reach me is one click away.