Research Presentation(Selected)

  1. Smart Agricultural Mechanization Technologies to Improve Agricultural Productivity and Sustainability (Invited Resource Person Talk, Conference on Conference on Smart Agriculture for Sustainable, Inclusive Productivity ( Invited Resource Speaker Talk, 6 June 2018, APO, Tokyo, Japan)
  2. Precision Agrronomics for Sustainable Agricultural Systems ( Key Note Spearker, 4 May, 2008 )4 the RUSS National and International Conference, Rangsit University, Thailanad
  3. New Developments and Emerging Trends in Agricultural Mechanization Technologies to improve Agricultural Productivity for Ensuring Food Security (Keynote Speaker, Ist International Conference of Food Security Innovation ICFSI 2017, 18-20 October, Serang, Banten, Indonesia)
  4. Agricultural Research Methodology for Food Security Research, Sustainability (Invited Inbound Mobility Resource Person Talk to National Universities in Indonesia, UNITRITA, Malang State University and Jember University, October 20-22, 2017)
  5. Recent Developments in Smart Agricultural Mechanization Technologies to Improve Agricultural Productivity and Sustainability (Invited Resource Person Talk, Conference on Conference on Smart Agriculture for Sustainable, Inclusive Productivity, 5-7 September 2017, Tokyo, Japan)
  6. Agricultural Mechanization and Precision Agricultural Technologies. November 10-12, 2016, Gorontalo University, Indonesia (Keynote Speaker, Internaltional Seminar and Southeast Asian Students Conference, 2016)
  7. New Developments and Emerging Trends in Agricultural Mechanization Technologies to Improve Agricultural Productivity Using Field Robots and Precision Agronomics (Keynote Speaker, the Annual and International Conference of the Thai Society of Agricultural Engineering (TSAE), September 8-10, 2016, IMPACT, Bangkok, Thailand)
  8. Agricultural Mechanization and Precision Agriculture (Invited Talk, Kasetsart University, Kamphaeng saen, September 7, 2016, Thailand)
  9. Agricultural Mechanization Technologies to Improve Agricultural Productivity and Sustainability to Address Farm Labor Scarcity (Invited Resource Person Talk, Conference on State-of-the-Art Technology to Drive Agriculture Productivity in the Next Quarter of the Century, 28-30 June 2016, Tokyo, Japan.)
  10. Synergic Association of Precison Agrinomics and Agricultural Robotics (Invited Research Seminar, May 6, 2015, Department of Agricultural and Biological Engineering, University of Illinois at Urbana-Champaign)
  11. Precision Agricultural Technology-Precision Agronomics and Data Analytics (Invited Teaching Seminar, April 26, 2015, School of Agriculture, Western Illinois University, Macomb, USA)
  12. Appropriate Technology for Sustainable Development MITI Professor Lecture 2014 (Invited Speaker, September 02, Indonesian Society for Engineers and Scientist, MITI Office, Tangerang, Indonesia)
  13. Sensors for Monitoring Agricultural Productivity: Development of On-the-Go and Stand-alone Sensing Systems for Site-Specific Crop Management. (Invited Research Presentation, July 3, 2014, Center for Precision Agriculture and Automated Systems, Department of Biological Systems Engineering, Washington State University, Prossor, USA)
  14. An Overview of Postharvest Losses of Cereals, Fruits, and Vegetables in Bangladesh: Identification of Losses in the Supply Chain (Invited Talk on Post Harvest Losses, May 28, 2014, Institute of Preventing Post Harvest Loss, University of Illinois at Urbana-Champaign, USAID and ADM, USA)
  15. 15.     Precision Agriculture and Robotics: Increasing Agricultural Productivity through Sensing and Perception (Invited Research Presentation, May 27, 2014, Department of Bioproducts and Biosystems Engineering, University of Minnesota, Twin City, USA)
  16.   Bioproduction Engineering for Sustainable Agricultural Practices (Lecture on a Book, March 10, 2014, Faculty of Agricultural Technology, University Gadjah Mada, Indonesia)
  17. Sustainable Agriculture and Sustainability–Sustainability Indicators & System Approaches for Innovation in the Food Supply Systems- (Keynote Speech, March 8, 2014, GIPI 2nd International Conferences on Innovation, University Gadjah Mada, Indonesia)
  18.  Development of On-the-Go and Stand-alone Sensing Systems for Precision Agriculture (Invited Research Presentation, December 12, 2013, Department of Food, Agricultural and Biological Engineering, Ohio State University, USA)
  19. Ecological Footprints, an Index for Sustainability (Lecture, September 2013, University of Rajshahi, Bangladesh)
  20.  Concept of Developing Sustainability Indices for Environment, (Lecture, June 2013 University of Rajshahi, Bangladesh)
  21.   Global Outreach and International Agricultural Research at the University of Tsukuba (Lecture, March, 2013, University of Putra Malaysia)
  22.  Agricultural Engineering: Precision Agriculture Technology, A New Dimension of Agricultural Sustainability, Automation and Decision Support Systems (Lecture, 2013, University of Tsukuba, Japan)
  23.  Remotes Sensing Platform for Monitoring Agricultural Crops (Lecture, Super Science High School, 2012, Fukushima, Japan)
  24.   Stand-alone and On-the-go Sensing Systems for Crop Management, (Lecture, 2012 University Putra Malaysia, 2012).

Research Presentations (Selected)

  1. On-the-go Laser-based Sensing System for Measuring Plant Height Using Autonomous Tractor (ASABE 2012, Dallas, Texas, USA).
  2. Engineering Solutions for Biomass Feedstock Production – Pre-harvest Crop Monitoring System, Annual International Meeting, American Society of Agricultural Engineers, (ASABE 2011 Reno, USA, 2009).
  3. Monitoring of Plant Growth Using Laser Range Finder (ASABE 2011, Louisville, Kentucky USA).
  4. Approach to Implement using Laser Range Finder for Autonomous Tractor. (ROBOMEC 2005, Kobe, Japan).
  5. Navigation of Tractor towards Hitching Position and Possibility of Automatic Coupling. (Research Highlights and Vanguard Technology on Environmental Engineering in Agricultural Systems, 2005 Kanazawa, Japan).
  6. Navigation of an Autonomous Tractor Using Multiple Sensors. Proceedings of the International (Research Highlights and Vanguard Technology on Environmental Engineering in Agricultural System, 2005, Kanazawa, Japan,).
  7. Characterization of Laser Range Finder for Infield Navigation of Autonomous Tractor. (Automation technology for off-road equipment, ASAE, 2004, Kyoto Japan).