TEACHING

I have taught the following courses:

Undergraduate Programs

1. At Undergraduate level (Surveying & Geoinformatics courses- B.Sc.): 

Basic Surveying I (SVY 102); Basic Surveying II (SVY 201); Principles of Geographic Information Systems I (SVY 313); Principles of Geographic. Information Systems II (SVY 314); Digital Mapping I (SVY 316); Engineering Surveying (SVY 202); Computer Application in Surveying I (SVY 206); GIS Tools & Applications (SVY 525); Close-Range Photogrammetry (SVY 528); Large-Scale Surveying (SGF 205); Hydrographic Surveying I (SGF 305); Hydrographic Surveying II (SGF 308); Map Projection (SGF 307); Geodetic Astronomy (SGF 407); Field Astronomy (SGF 206); Geodesy & Satellite Geodesy (SGF 504); Map Reading & Interpretation (SVG 103); Introduction to Spatial Statistics (SVG 310); and Database Modelling (SVG 510); Digital Mapping II (SVY 417)- AI, VR & AR, Cloud Computing, Spatial Data Science, etc.  

Postgraduate Programs

1. At Postgraduate Level (Surveying & Geoinformatics courses- PGD, M.Sc. & Ph.D.): 

Principles of Geographic Information Systems (SVY 713); Spatial Data Structures (SVY 715 & SVY 818); GIS Tools & Applications (SVY 725); GIS Application and Implementation Strategies (SVY 726 & SVG 808); Advanced Land Information Management (SVY 813); Advanced Concepts in Geoinformatics (SVY 822 & SVG 817); Policy Issues in GIS Implementation (SVY 874); Data Acquisition Systems II (SVG 802); Spatial Statistics (SVG 805); Advanced Land Information Management II (SVY916); Special Topics in Geoinformatics I (SVY 913); Advanced Topics in Geoinformatics II (SVY 911); Special Topics in Geoinformatics I (SVY912); Advanced Land Information Management II (SVY916); and Research Seminar I (SVY 941); Research Seminar II (SVY 952) and Research Seminar III (SVY 953) leading to M.Phil. and Ph.D. Theses;  

2. At Postgraduate Level (Civil Engineering course- M.Sc. Highway & Traffic Engineering):

Modern Survey Techniques (SVY 861);

3. At Postgraduate Level (Department of Psychology course- M.Sc. Degree in Intelligence and Security Studies course): 

Navigation, Tracking & Geographic Profiling: Security Application (SSI     813);

Professional Programs

1. At Professional Level (Surveying & Geoinformatics courses- Master of Geoinformatics & Information Technology MGIT): 

Principles of Geographic Information Systems (SVY 871); Spatial Statistics I & II (SVY 885 & SVY 886); GIS Implementation Strategies & Procedure (SVY 876) and Systems Integration in Surveying & Geoinformatics (SVY882); Spatial Data Structures (SVY 883) and Policy Issues in GIS implementation (SVY 874);

2. At Professional Level (Institute of Maritime Studies courses- Master Degree in Maritime Studies): 

Water Levels and Flow (IMH 822) and Remote Sensing for Hydrographic Science (IMH 833);

3. At Professional Level (Department of Geography course- Master of Geographic Information System MGIS): 

 Principles of Surveying & GPS (GIM 813) 

SUPERVISION

I have supervised various thesis both at undergraduate and  postgraduate levels including Ph.D. I have supervised:

1.  7 Ph.D. graduates with 7 candidates who are currently doing their   Ph.D.

2.    Over 21 Master of Science (M.Sc.) students

3.    13 Postgraduate Diploma (PGD) students   

4.    19 Master of Geoinformatics & Information Technology (MGIT)

      Students and  

5.    Over 35 Bachelor of Science (B.Sc.) students

Executive Educational Programs

I have also been involved in executive educational programs at postgraduate level. I have supervised executive students’ thesis. Some of the executive trainings/supervision include:

1. Professional Masters: Master’s Degree in Surveying & Geoinformatics, Master of Geoinformatics & Information Technology (MGIT)

2. Professional Masters: Master’s Degree in Intelligence and Security Studies 

3. Professional Masters: Master’s Degree in Maritime Studies 

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