LEDS - LISHAN ENGINEERING AND DESIGN SOLUTIONS
I am Lishan, a mechanical engineer who is graduated from university of Moratuwa Sri Lanka. I also posses a Masters Degree (Research) in computational fluid dynamics and I have also worked as a visiting lecturer.
With me there is a group of engineers, app developers, programmers and graphic designers who are innovative, creative, well experienced and skillful with good designing experiences. We can take projects which extend over a large area of engineering and design fields.
You can find us in many freelancing platforms including Fiverr, upwork and Toptal and we have undertaken and completed many jobs over the years in those platforms. So it is your time to work with us and experience the quality and accuracy of our works.
Excellent knowledge of building hydraulics, good general presentation of design and work was delivered on time. The only issues were with no x-ref used, only used one layer and drawing in model space and not presented in paper space.
Design and installation of HVAC systems for domestic, residential and commercial buildings
university of moratuwa
May 2015 - May 2017 (2 years)
Worked as a visiting lecturer for the subjects Thermodynamics, Energy and mass transfer, Manufacturing, Kinematics and Fluid Dynamics lectures.
Maintenance engineer- trainee
John keells holdings
Nov 2013 - May 2014 (6 months, 1 day)
i worked as a trainee maintenance engineer in a housing project
University of Moratuwa, Sri Lanka 2015 - 2017
B.Sc. mechanical engineering
University of Moratuwa, Sri Lanka 2010 - 2015
high distinction for maths olimpiad
sri lanka mathematical foundation
i got a high distinction pass
Numerical analysis on effects of capacities and loads of split AC units on the heat column temp
Building re-entrants are most popular for placing the outdoor condensing units. Heat energy dissipated by these condensing units induces a heated buoyant airflow. As the flow goes upwards more and more heat is added to the flow. Building re-entrants are most popular for placing the outdoor condensing units. Heat energy dissipated by these condensing units induces a heated buoyant airflow. As the flow goes upwards more and more heat is added to the flow.
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Basic Numeracy 1 90% Preferred Freelancer Program SLA 1 84% US English 1 75%