| Consultancy Services in Landslide Hazard Potential Evaluation |
| Consultancy Services to the Industrial Community in all Disciplines of Engineering |
| Continuous Room-Temperature Biodiesel Production |
| Contruction: Cost Effective Technologies |
| Conversion of Batch-poly plant to C.P.Plant |
| Conversion of Plastic Waste to Fuel Oil |
| Conversion of waste plastics into fuel oIL/fuel gases |
| Core Codec Chip Development for Next Generation Digital Camera-SoC Chip (JPEG+HDD+ARM7) |
| Cost Effective Double Life Bulb (Incandscent) |
| Cost Effective Electrochemical Technology for the Production of Trimethyl Gallium, An Intermediate of the GaAs Semiconductor Production |
| Cost Effective LP Gas Operated Crematorium |
| Cost- effective Construction of Homes |
| Creating Method of Division Access Code for Super High Speed Optical Code using Array Long Period Fiber Gratings |
| Crop Specific(BANANA) Micronutrient Formula (Foliar Application) |
| Culinary Products |
| Decomposition of Keratin-containing Waste (Feather) |
| Defense and HLS Solutions for Less |
| Dehydrated and spiced fish in vacuum bottles |
| Dehydrated Fruits by Freeze Drying Technique |
| Dehydrated Fruits by Freeze Drying Technique (Thailand) |
| Dendritic Cell Vaccination for Treatment of Gynecologic Cancer and Other Malignancies |
| Dengue Tetravalent Vaccine |
| Dental Laser (Rep. of Korea) |
| Deployable Telemedicine Kit |
| Detection and Analysis of Heavy Metals in the Industrial Effluents |
| Detection kit for Sexually Transmitted Diseases |
| Detection of Causative Agents of Ocular and Nervous System Infections |
| Development of a Plant Biomass-based Metal Sorption Column |
| Development of Network-based Ultrasonic Distance Sensing System |
| Development of Product Quality from Urea using Acetylene |
| Development of Product Quality from Urea using Methyl Acetate |
| Development of Product Quality from Urea using Methyl tert-butyl ether (Iran) |
| Development of Product Quality of Urea suing Aniline |
| Development of Product Quality of Urea using 1,2-Dichloroethane |
| Development of Product Quality of Urea using Acetaldehyde |
| Development of Product Quality of Urea using Acetic acid |
| Development of Product Quality of Urea using Acetone |
| Development of Product Quality of Urea using Acrylonitryl |
| Development of Product Quality of Urea using Benzene |
| Development of Product Quality of Urea using Bisphenol A |
| Development of Product Quality of Urea using Camphor |
| Development of Product Quality of Urea using Canada Balsam |
| Development of Product Quality of Urea using Chloroform |
| Development of Product Quality of Urea using Chlorosulfunic acid |
| Development of Product Quality of Urea using Cyclohexane |
| Development of Product Quality of Urea using Ethylene |
| Development of Product Quality of Urea using Ethylene oxide |
| Development of Product Quality of Urea using Formaldehyde |
| Development of Product Quality of Urea using Geraniol |
| Development of Resource Scheduling Algorithm Adaptable Type to its Base of Resource Elements Graph |
