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Muhammad Salik Javaid

Selected work

Engineering evidence

Public records connecting a career in hydraulic engineering, water-resources research and reconstruction policy. Each dossier separates the documented contribution from the wider project context.

Schematic geography of selected engineering and academic work in Pakistan A north-to-south diagram connects Islamabad, Khanpur, Kalabagh, Nandipur, the 2005 earthquake reconstruction region and Lahore. Islamabadteaching · policy · advisory Khanpurdam seepage study Kalabaghdam feasibility study Nandipurhydraulic model research Northern Pakistanearthquake reconstruction Lahoreacademic leadership SCHEMATIC · NOT TO SCALE
Selected locations in the public professional and publication record.

Practice geography

Water systems, reconstruction and teaching

The record extends from hydraulic structures and catchments to reconstruction planning and university education. Locations are linked only where a public paper, institutional profile or résumé-verified appointment identifies them.

Hydraulic structures
Khanpur · Kalabagh · Nandipur
Catchment research
Simly Lake · Islamabad
Reconstruction
Northern Pakistan · Azad Kashmir
University education
Risalpur · Islamabad · Lahore · Baltimore

01 · Research continuum

Physical hydraulic modelling

Period
Graduate research to 2020
Field
Experimental hydraulics

Three public records trace a consistent interest in how physical models reveal fluid behaviour that calculations alone may not capture.

A Georgia Tech hydraulic-model report credits Salik Javaid with collecting model data for high- and low-pressure pump-intake structures for the City of Montreal. The university repository separately records his 1994 doctoral dissertation on pressure distribution around a circular cylinder in oscillatory flow.

In 2020, Javaid and Muhammad Zeshan Khalil published an open-access chapter examining geometric, kinematic and dynamic similarity, Pakistan’s Nandipur Hydraulic Research Station, and the continuing role of physical model studies alongside numerical simulation.

Graduate laboratory work Montreal pump-intake models

Georgia Tech report credits Salik Javaid with model-data collection.

1994 · doctoral research Oscillatory flow

Pressure distribution around a circular cylinder on a plane wall.

2020 · open-access chapter Physical model studies

Model–prototype similarity and the continued role of laboratory investigation.

Primary records

  1. Georgia Tech dissertation record, August 1994
  2. Georgia Tech hydraulic model report crediting model-data collection
  3. IntechOpen chapter, DOI 10.5772/intechopen.94653

02 · Published catchment study

Land-use change in the Simly Lake catchment

Published
ICETEMS, 2014
Study area
153.5 km²

A four-author study examined how development and land-cover change affected runoff and sediment conditions in a major Islamabad water-supply catchment.

The paper lists Muhammad Shahid, Hamza Farooq Gabriel, Amjad Nabi and Muhammad Salik Javaid as authors. It used rainfall, runoff and sediment records; Landsat imagery from 1992, 2000 and 2010; a digital elevation model; and double-mass curves.

The reported comparison found substantial reductions in forest, water-body and vegetation shares alongside increases in built-up and bare land. The authors linked those changes to greater runoff and sedimentation and recommended tighter control of development activity in the catchment.

19922010
Forest 46.3% 34.1%
Vegetation & agriculture 16.9% 14.2%
Rangeland 29.4% 33.8%
Built-up area 1.6% 5.8%
Bare land 5.1% 11.7%
Land-use shares reported for the 153.5 km² Simly catchment. Bars use the study’s 1992 and 2010 table; scale maximum is 50%.

Rainfall–runoff recordsSediment recordsLandsat classificationDigital elevation modelDouble-mass curves

Primary record

  1. Conference paper: Assessment of Effect of Land Use Change on Hydrological Response and Sediment Yield for Catchment Area of Simly Lake, Pakistan

03 · Published feasibility study

Kalabagh Dam

Published
Life Science Journal, 2014
Pages
458–470

The published study addressed technical, economic and political dimensions of the proposed dam without reducing the subject to a single engineering calculation.

Muhammad Salik Javaid is listed with Muhammad Israr Khan, S. Muhammad Jamil, Liaqat Ali and Kamran Akhtar. The work used slope-stability software, satellite imagery and upstream contour mapping to examine the site and backwater context, alongside a review of economic and inter-provincial policy questions.

The portfolio identifies Javaid as a co-author; it does not attribute individual analyses or project decisions where the paper does not do so.

  1. 01Site contextProposed location and alternatives
  2. 02Slope stabilityLimit-equilibrium analysis
  3. 03Backwater contextSatellite imagery and contours
  4. 04Policy contextEconomic and political review

Primary record

  1. Feasibility Study of Kalabagh Dam Pakistan, Life Science Journal 11(9s), 2014

04 · Public policy and reconstruction

From earthquake reconstruction to flood resilience

ERRA
2005–2006
PEC roundtable
2025

Institutional records place Javaid’s water and infrastructure work within the wider problem of national resilience.

His IntechOpen biography records service as Director General Planning for Pakistan’s Earthquake Reconstruction and Rehabilitation Authority and later work as a disaster-risk reduction consultant with the United Nations Development Programme.

In October 2025, Abasyn University documented his participation in the Pakistan Engineering Council’s high-level roundtable on Flood Resilience Strategy, convened to support a national framework for proactive flood management.

Engineering resilience is presented here as a continuous professional theme, not as a claim that one participant authored an entire programme.

Institutional records

  1. IntechOpen author biography: ERRA and UNDP appointments
  2. Abasyn University: PEC Flood Resilience Strategy roundtable, 13 October 2025

Contact

Professional enquiries

Available for technical advisory work, expert review, research collaboration, thesis supervision and editorial service.

Send an enquiry → contact@salikjavaid.com