Jithesh Dev Email & Phone Number

Riyadh, Sa

ACWA - Marafiq Red Sea ProjectPV: 340 MWac, BESS : 1,200 MWh, Internal Combustion Engine: 108.98 MW. Water: RO: 32,500 m3/day, Waste Water: 18,315 m3/day. District Cooling: 32’500 RT, MSW : 11,775 T/year

Ho Chi Minh, Vn

Work across TTC Energy segment : Engineering , Projects and Commercial teams to shape, execute and manage technology strategies for Renewable Energy Business ( Solar/ Wind/ Hybrids/ Energy Storage/ Hydro Power, Hydrogen). Responsible for 750MW portfolio of Solar / Wind/ Hydro Power assets.

Ho Chi Minh, Vn

Responsibility in development and implementation of the renewable energy projects( solar, wind, Hybrids,). Delivery of internal & commercial targets, reaching set Key Performance Indicators.Lead, manage, motivate and support team to deliver successful projects.Wind Project : Onshore - 50MW & offshore : 185 MW

Ho Chi Minh, Vn

Solar PV System Operations & Maintenance for Utility Scale Projects ( 400++MW) @ Vietnam, Remote operations center, HSE Policy, Asset Management, Testing & commissioning , FAT/ SAT for all equipment's. O&M Contracts, EPC contracts. In house EPC support for engineering & design, Materials procurement &Construction.

Singapore, Singapore, Sg

Solar PV O&M/ Asset Management - APAC 450MW+@ (PH, AU, JP, TH, ID)

Solar PV System monitoring, Testing & Commissioning, Operations & Maintenance, Project Management, Costing. C&I and Utility Scale Projects ( 150MW)

Solar PV Systems Design & Engg, Monitoring, O&M analytics, Testing & Commissioning.

Singapore, Sg

Silicon PV Research, Device Characterization, Loss analysis of Solar cells & modules, ISO17025, ISO9001-2008

Singapore, Singapore, Sg

c-Si Technology process of solar cell manufacuring process. My area of expertise wetchemistry process( ICT, Alklaine and addition of surfactants to improve the bath life time). Laser Induced Texturization, Laser induced plating process, PECVD ( Multilayer Silicon Nitride ARC coatings) & Metallization, DOE and Statistical Process Control. Implementation of ECN process for the improvement of cell line efficiency in multicrystalline silicon solar cell process. FMEA, 5S, 8D and Appollo, DOE, SPC & Lean Six Sigma

In

•Design review of process equipments (PECVD, Diffusion, Wet chemistry Process, Laser edge isolation, Cell Tester)•QA Tools for online and offline process characterization•Factory and Site Acceptance test for equipments for process and characterization.•Raw Materials Planning & BOM for Ramp up and Process Integration•Setting up Innovation & characterization Lab for PV.•Ramp & Process Integration new expansion (128mw project).•Acid/ Alkaline texturization process of Si-wafers- Characterization and reflectance measurements to improve the surface properties and electrical parameters •Process Optimization of PECVD coated SiN using spectroscopic & ellipsometric techniques and its variation in optical properties.•Improvement of Efficiency and Current by PECVD process.•Optimization of Roughness, Reflectance and Photoluminescence for textured of mc-Si solar cells etched at different concentrations.•Room Temperature Photoluminescence in SiNx :H Layers•Color Variation studies after anti reflection coating/Co-fire using calorimeter.•µ-PCD life time measurements, LBIC scans (IQE, reflectance, current & diffusion length maps) and surface sheet resistance studies on processed wafers at different stages of solar cell process.•PC1D Simulation on solar cell performance by SiN layer thickness and RI•Improvement in efficiency of multi and mono crystalline solar cells by pilot run studies and implements the same to manufacturing process

• Origin of tissue fluorescence• Origin of changes in tissue fluorescence with aberrant tissues• Mouth probe design and development• Monte Carlo simulation and modeling of Light – Tissue interaction, Studying fluorescence intensity as a function of optical properties and also fluorescence intensity as a function wavelength, varying optical constants• Cluster analysis of data using PCA and Fuzzy clustering

Hamburg, Hamburg, De

• Laser - Materials Iteractions and Imaging laser produced Plasmas and VUV spectrsocopy• Fundamental photon-atom/ion interactions • Electron correlations and atomic structure • Plasmas are imaged in the visible region. All spectrometers are equipped with image intensified CCD arrays or gated CCD cameras

Aachen, North Rhine-Westphalia, De

Chemical Substitutions of the NASICON compound should not only change the site occupation but also the cell volume, i.e., the size of bottleneck. If the channels are too small or too big, the activation energy required to move ions from one site to next should be large. So, in the series of compounds LiZr 2-x Ti P3 O12 and LiZr2-xO12 (0 x 2), the conduction of Li+ ions can be maximum when the size of the conduction channel is approximately equal to the size of the Li+ ion, i.e., at some intermediate composition of x. So the above-mentioned series of compounds will be prepared by solid state reaction route and the X-ray characterization will be done. The sintered ceramic pellets will be tested for ionic conductivity at elevated temperatures.

Bangalore, Karnataka, In

The project work deals with the design, development and demonstration of personal respirators for use in specific environments. Evaluation of the performance of respirators with reference to the concentration of pollutants, effective utilization period, lifetime, recyclability etc was carried out. Development and standardization of analytical methods for pollutants by UV-VIS, spectrophotometry, GC, AAS or ICP. Using these data breakthrough curves was constructed to establish the usefulness of these respirators.

M.Tech, Materials Engineering

Msc, Materials Science & Technology

Bachelor Of Science (B.Sc.), Physical Sciences