S.No. |
Title of the Project |
Funding Agency |
PI & Co-PI |
Objectives of the project |
Cost (Lakhs) |
1 |
Control Oriented Air-breathing Scramjet Engine Propulsion System Model for TSTO mission |
ISRO |
Dr P Bharani Chandra Kumar |
1. To develop cfd control oriented scramjet model |
17.04 |
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2. To develop low order Matlab model for the scramjet mode |
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3. To design controller for the scramjet model |
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4. To validate the designed controller at various operating points |
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2 |
Design and Development of a prototype wearable spectacle device to extract text from image documents and converting text to speech for visually challenged |
DST |
Dr V Sreeramamurthy |
1. To extract the text from the image documents(Such as scene images, text books, pdf files, notice boards etc…) |
34.64 |
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2. To extract the text from moving text |
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Dr S S Gantayat |
3. To convert extracted text to audio using TTS |
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4. Design and Development of hardware and firmware |
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Mr B Anil Kumar |
5. Integration and validation of the firmware into the prototype of a Wearable Spectacle Device |
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3 |
Funds for improvement of S&T (FIST) |
DST |
Dr CLVRSV Prasad |
1. To study effect nano blended electrolytes on the performance of EDM on various materials |
100 |
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2. To perform real-time (MIL, SIL and HIL) experiments and to design fault design fault tolerant systems |
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Dr P Bharani Chandra Kumar |
3. To develop robots for autonomous navigation and monitoring though Image processing, sensing |
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4 |
Enhancing the Quality of Life of SC community in Rajam Block (Srikakulam District) of Andhra Pradesh through establishment of a Common Facility Centre for Bamboo Processing |
DST |
Dr CLVRSV Prasad |
1. To create environment friendly livelihoods with technology intervention |
159.54 |
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2. Sensitization and skilling of the targeted SC community in identified region |
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Dr P Bharani Chandra Kumar |
3. To produce novel eco-friendly products with value addition using the available non-timber forest resources (Bamboos) |
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4. To enable and facilitate enthusiastic SC community entrepreneurs to set up own enterprises and to create employment |
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Dr PNL Pavani |
5. To develop a business model with value chain for sustainability of the project |
S.No. |
Title of the Project |
Funding Agency |
PI & Co-PI |
Objectives of the project |
Cost (Lakhs) |
1 |
Investigation on Cutting Tools With An Array of Nano Films and their Performance Evaluation |
DST |
Dr.CLVRSV.Prasad |
1. To study the rake face and identify the different zones for locating the micro-grooves on the rake face of the tool |
18.3 |
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2. To make an array of grooves by sinker EDM |
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3. To form tiled coatings of hard and soft materials in the grooves by HVOF and Sputtering processes. |
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4. To test the performance of these tools in the machining of hardened steel. |
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5. To compare with the commercially available multi-Layered tools. |
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2 |
Modeling of salt water in tusion for an effective management of coastalacuifers: A case study of Srikakulam coastal belt in AP |
DST |
Dr.G.VenkataRao |
1. To assess the behavior of ground water movement over time and space. |
18.36 |
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2. To assess the ground water quality. |
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(Dr A Vijay Kumar) |
3. To identify potential vulnerable locations for sea water ingress due to excessive usage. |
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4. To determine optimum levels of pumping. |
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5. To map saltwater/ freshwater interface. |
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6. To suggest strategic options for an effective management of water resources. |
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3 |
Ground water modeling for hydro geological characterization of Hazardous substance release sites- A case study of Pydibhimavaram Industrial area, Srikakulam, A.P |
DST |
Dr.G.Venkata Rao |
1. To estimate the spatial and temporal distribution of hydraulic heads. |
20.44 |
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2. To observe the ground water fluctuations with respect to inflows and outflows. |
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(Dr A Vijay Kumar) |
3. To assess the groundwater quality in terms of water quality parameters. |
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4. To identify the heavy metals like cadmium, zinc, lead, mercury, arsenic present in the study area. |
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5. To estimate the nitrates concentration in ground water samples of the selected wells. |
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6. To find out ground water velocity and direction of flow in the aquifer. |
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7. To simulate the contaminant transport model using Visual Modflow Flex Premium ver 2012.1 |
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8. To develop decision support model for utilization of ground water. |
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4 |
Total Quality Management in Technical Education - A case Study of selected Engineering Colleges in Srikakulam & Vizianagaram, Andhra Pradesh. |
UGC |
Dr K.V.S. Prasad |
1. To study the present technical education system and the scenario in India and Andhra Pradesh. |
2.8 |
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2. To conduct exhaustive Literature Review in the area of quality in higher education in general and quality in engineering institutions in particular. |
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3. To identify critical factors affecting the quality of technical institutions. |
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4. To evaluate whether the present quality initiatives have achieved the desired goals and their impact on the quality of technical education in the selected institutions. |
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5. To suggest suitable measures for improvement in quality of technical education in India in general and study area in particular. |
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5 |
Diversity and oriented synthesis of Imidizo pyridine analogues for anti cancer and anti candida studies |
UGC |
Dr. D. Tejeswara Rao |
1. To Synthesize biologically significant & novel Imidazo[1,2-a]pyridine derivatives that could potentially serve as “leads” for the design of better therapeutic agents for the treatment of many diseases. |
3.1 |
6 |
A programme to create awareness on Health & Nutrition for woman &child |
DST |
Dr. G. Manmadha Rao |
1. To find applications of these diverse analogues in medicinal chemistry as chemotherapeutic agents. |
17 |
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(Dr M V Nageswarar rao) |
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7 |
An Automated Assembly Sequence Planning System to solve Parallel and Linear Assemblies |
DST-SERB |
Dr M.V.A.Raju Bhubalendruni |
1. Derivatives described above will be evaluated for their antimicrobial and anti-candida activity in vitro against different microbial and candida strains. |
21.84 |
8 |
Hydro geological characterization and Ground Water Modeling in Kovvada region |
BRNS |
Dr B Saktivel & |
1. Demarcation of water shed area and fixing of boundary conditions |
37.07 |
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2. Preparation of elevation map of the water shed. |
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Dr Fahimuddin |
3. Aquifer mapping through geophysical survey and preparation of 2D & 3D aquifer projection |
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4. Identification of existing wells in the study area and fixing of R.Ls with M.SL. |
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(Dr A Vijay Kumar) |
5. Rain fall data collection and estimation of surface runoff of the watershed. |
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6. To assess the groundwater quality in terms of ionic ratios (Na+ /Cl− and Mg2+/Ca2+) which are to be corrected with the degree of sea water intrusion |
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7. Estimation of Infiltration characteristics of surface soil and properties |
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8. Spatial and temporal distribution of hydraulic heads |
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9. Aquifer yield mapping |
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10. Ground water table fluctuations with reduced levels and inflows and outflows |
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11. Development of groundwater flow model |
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12. Ground water velocity and direction of flow in the aquifer |
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9 |
Demographic and Health Status Survey in Kovvada Region |
BRNS |
Dr D Srinivasa Kumar & |
1. To assess the Population Size |
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2. To assess the Demographic Conditions (Onshore) |
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Dr KVS Prasad |
3. To assess the Housing Conditions |
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4. To assess the Infrastructural and Public Amenities Available |
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5. To assess the Socio-economic Information and health parameters |
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6. To assess the Employment Facilities |
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7. To assess the Fertility and Mortality status of people |
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8. To assess the changes in the life style of the people and dietary habits |
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9. To assess the incidence/prevalence of health disease/disorder in the region |