Develop the fundamental calculation skills required to select appropriate formulas, work confidently with engineering units and verify calculation results before applying them in technical work.

Build practical calculation knowledge for electrical systems, equipment loading and energy-related applications commonly encountered in industrial facilities.

Understand the core calculations used to evaluate mechanical power, torque, speed and the performance of rotating equipment.

Learn how engineering calculations are applied to tanks, vessels and process systems for determining capacity, residence time, flow and operating conditions.

Develop practical calculation skills for chemical dosing, water balance and wastewater treatment performance using commonly used industrial parameters.

Build calculation skills for boiler operation, steam generation, fuel consumption, heat balance and steam-system performance.

Understand the calculations used to evaluate heat transfer, heat exchanger performance and cooling system energy requirements.

Explore practical calculations for compressed-air systems and diesel generators, with emphasis on capacity, energy consumption, efficiency and operating cost.

Learn how calculation-based analysis can be used to evaluate equipment reliability, energy performance, operating cost and financial benefits of improvement projects.

Bring different engineering calculations together to evaluate actual plant data, identify performance gaps and support practical engineering decisions.