Success is measured by end user perception, active participation and sense of ownership to the project. The core banking platform 99 percent availability in a day means only 14 minutes offline in a failure. The internet and mobile became the primary channels of banks to customers. In 2003, the OECD countries personal income tax share was 9.4 percent in GDP. Green Finance is any financial initiative, process, product or service designed to protect the natural environment and support the transition to a sustainable low-carbon world; and manage climate related and other environmental risks impacting finance and investment. The core banking platform sms income tax return forms link to its bank customer tax assessee.

Keywords: tax, green finance, core banking platform, sms.

Geometric design of highway deals with designing of physical visible features of highway those comprise of cross- sectional elements, sight distances, alignment, curves, superelevation, and other allied features. India is one of the country having population increases progressively causes traffic volume more. In addition to that sanctioning of funds from government for transportation infrastructure development is not satisfactory. So that it is preferable to plan and design the geometric elements of the road during the initial alignment stage itself by considering future traffic growth..........

Keywords: Review, Geometric design, super elevation, cross-sectional elements, optimum efficiency.

"The Jig Saw Machine" as a project work, it has helped us to understand the wood cut working, by all of the view like about its working capacity, the product which will it produce, what will be the difficulties in working of the machine, kind of safe working, working reliability, number of operations that can be performed with this machine.

Keywords: Frame, Saw, Cutter , Motor , Bearing.

Concrete is one of the most important materials used in construction. It is one the most frequently used building materials. It is used worldwide and is almost used twice more than that of steel, wood, plastics, or any other metals combined. The ready-mix concrete industry is projected to cross 600 billion dollars in revenue by 2025. Due to this large scale and continuous requirement of concrete, the concrete mixer has become one of the most important machines on construction sites. It homogeneously combines water, sand or gravel used as aggregate and cement, to form concrete. Any concrete mixer uses a type of a drum to mix the components. A portable concrete mixer often is considered for small volume works or projects. It gives the workers enough time to mix and use the concrete before it hardens. In this project a portable concrete mixer has been designed and safety of the design has been verified by carrying out the analysis by giving specific boundary conditions and observing the deformation of each part.

Keywords: concrete mixer, construction, portability, analysis, deformation

The objective of this research is to measure one unit chiller with a cooling capacity of 2,813 kW used for an office building. The measuring instruments are installed on the pumps, cooling tower and chiller. For calculation, the data of 6 days are collected. For improvement, adjustment flow is applied to the chilled water side on the secondary pump. Data recording is carried out for 6 days which include the chiller, chilled water pumps, condenser water pumps, and cooling tower. Overall COP system maximum is 4.4.

Future computers will use a new technology called quantum. The main benefit of quantum computers is reversibility. There are many applications for reversible logic, including low power consumption such as CMOS, quantum computing, nanotechnology, cryptography, optical computing, DNA computing, digital signal processing (DSP), quantum Dot automata f mobile, communication, and computer graphics. Reversible logic is one of the most important issues at the moment. Without the use of a postponed brain action, quantum computing cannot be detected. Design's primary goals are to rationally reduce waste disposal costs, circuit depths, and quantum costs. The basic logical retrospective gates are presented in this study. Reversible computing can therefore be used to lower the complexity of digital circuits. We must use quantum gates to construct reversible gates in order for a quantum computer to conduct reversible operations.

One of the crucial production paths for most industrial businesses is welding as a fabrication technique. The compositional range of the material to be welded, the thickness of the base materials, and the type of current are only a few of the variables that influence which welding technique is best for a certain application. Because most metals quickly oxidize when they are molten, the weld area must be shielded from atmospheric contamination when using gas tungsten arc welding (GTAW) (argon, helium, nitrogen). One of the common methods for joining ferritic and austenitic stainless-steel fabrication is the GTAW technique. But today's biggest challenge is still the microstructural change that takes place during welding and at the weld junction...........

A chiller is a device which cools a fluid by removing heat from it, either through a vapour – compression or absorption refrigeration cycle; with the key components being the compressor, condenser, evaporator and expansion device.. This paper emphasizes on studying the design procedure followed in the industries and performance evaluation of two different configruatons of 5 ton based chilling plant.The two such configurations studied are scroll compressor and plate heat evaporator and scroll compressor and shell and tube evaporator with R404A refrigerant.the results on basis of this experiment shows that the configruation scroll compressor and plate heat evaporator can give better results as compared to the configruation scroll compressor and shell and tube evaporator.

Keywords: cop, work done

The idea to develop processes capable to produce physical components quickly and without requiring tooling, led to the development of the "free form fabrication" (FFF) or "rapid prototyping" (RP) technologies in the early 1980s. RP systems generally build up a prototype directly from the computer-aided design (CAD) data by using an additive "layer by layer" method. The RP technologies have brought several advantages to the manufacturing industry in such a way that these technologies are evolving toward the production of end- use parts...........

Keywords: rapid prototyping (RP), rapid manufacturing (RM), layer by layer.

Nowadays, geographic information system has become a powerful tool to help tourists choose a place, type, or method... per the given requirements. In the future, spatial data and other timely travel data will be integrated, updated, and analyzed. This study combined spatial and tourism data to make the attribution a suitable hotel search choice. The hotel's location in Thai Nguyen City, Thai Nguyen Province, Vietnam, is displayed, and the service data of each hotel is used to analyze and query necessary information. The results show that Habana and May Plaza are hotels that meet the requirements of the number of rooms, convenient transportation, and convenience for visitors' experience. In addition, tourism information is always stored, updated, and edited and is also an information channel to help the tourism management of Thai Nguyen Province be better.

Keywords: Geographic information system (GIS), decision making, tourism.

This project describes the energy management scheme for ac/dc microgrid system for microgrid applications. Home energy management scheme is employed for design of power management scheme for building automation system. The predicted building load power (BLP) and renewable energy of the system reduce the build cost of the system. An ems is proposed for the developed reconfigurable grid-tied HMG architecture, which consists of a two-stage control strategy control and minimization of cost of the system. The proposed EMS for a reconfigurable grid-tied HMG architecture. Through numerical simulation studies, it is shown that the proposed EMS is capable of reducing BEC and increasing RI by concurrently enabling MMC of a reconfigurable grid-tied HMG architecture.

Keywords: Artificial neural network, building electricity.

Drainage, wastewater treatment, as well as other urban technical infrastructure issues, need to be solved synchronously. The earlier these issues are integrated from the planning stage, the lower the investment costs. Applying integrated approaches, basin management is essential. The author pointed out that the current drainage situation of Thai Nguyen has many shortcomings, is not synchronized, and needs to be approached in the direction of sustainable drainage SUDS. In the article, the most reasonable SUDS sustainable drainage solutions for Thai Nguyen are currently written. These are rainwater collection and reuse, green roofs, infiltration systems, filter soil strips, filter ditches, bio-storage systems, lakes and wetlands, permeable pavements, and application of control solutions at the source.

Keywords: Drainage, Sustainability, Thai Nguyen, Solutions, SUDS.

The major objectives of this paper were to apply machine learning algorithms to residential PV renewable energy systems to enable the assessment of its economic potential. In doing so, suitable challenges and pathways towards a sustainable energy transition for Trinidad and Tobago were identified. Data science principles were used to estimate the necessary data required to model residential PV systems. The model, which utilizes the Ridge Regression machine learning algorithm, estimated daily residential electricity consumption based on bi-monthly data available from the utility companies as well as the average daily temperature. It was found to have an accuracy of 69.7% as compared to the average actual daily values.

Keywords: Solar PV, machine learning, economic potential, Ridge regression, pvlib.

GTA welding is a well-known welding technique for joining two or more metal pieces either of same material or of different material. GTAW provides very good quality joints in less time and in better quality. It can be used for a wide variety of materials. No flux is used but the arc and the molten metal are shielded by an inert gas, which may be argon, helium, hydrogen, nitrogen, or mixtures of some of these gases. GTAW technique is still evolving to get better day by day with the improvement in the materials developed that can be easily used in oil and gas industries. The present study is undertaken as to study the Influence of process parameter of GTAW technique on metal deposition rate and mechanical properties of super duplex stainless steel using design on experimentation Taguchi L9 method by varying parameter like current, gas flow, arc length, welding speed to obtain optimized value of response for Hardness and metal deposition rate (MDR).

Keywords: Gas tungsten arc welding, Metal Deposition Rate, L9 orthogonal array method, S/N Ratio.

Solar cells are a technology that can convert solar energy into electrical energy. The power output of a solar panel is proportional to the amount of solar radiation it receives. The purpose of this research is to investigate the changes in the power output of a solar panel with varying levels of solar radiation and temperature. The research method involves using Matlab/Simulink simulation software with a solar panel capacity of 220 Wp. Solar radiation data was obtained from power.larc.nasa.gov with the location of the solar radiation point being the Sekolah Tinggi Teknologi Sinar Husni College. The results show that the highest power output from the solar panel was 200.6 W with a radiation value of 925.05 W/m2 at 12:00 pm, while the lowest power output was 39.9 W with a radiation value of 381.8 W/m2 at 4:00 pm. The highest voltage and current were generated at 12:00 pm, with values of 34.40 V and 5.83 A, respectively. The lowest voltage and current were generated at 4:00 pm, with values of 15.34 V and 2.6 A, respectively.

Keywords: Solar cells, Power output, Solar radiation, Temperature.

In this study, calculated the cooling load of the building is a service, the city of Sabha in the south Libya by used 4.9 HAP program where the building consists of the two floors and contains 12 rooms, In this study was proposed two models A and B of this building with the graphic design of the building, and the use of traditional materials available in the local market, as illustrated in table B model, but this material is better in terms of thermal characteristics, and calculated the two models A,B in terms of (construction costs and the expense of the cost of air-conditioning equipment and the cost of electricity consumption).......

Keywords: Cooling load; Energy Saving; Air conditioning, Energy efficiency

In this report, an effort has been made to highlight passive solar cooling and heating techniques and their benefits and limitations. We can analyse their performance on the building thermal and visual management. The concepts of bionic buildings, CABS, Trombe wall, PCM wall, radiative cooling, roof pond, evaporative cooling, solar chimney, earth-air heat exchanger, solar shading and window design have extensively covered this report. A comparison of results of various passive concepts has been made after a survey of the literature. This report aims to find the best cost-effective, environment-friendly passive techniques to easily integrate with the building design to give thermal and visual comfort to the occupants and reduce greenhouse house emissions.

Fossil fuels contribute a lot towards carbon emissions which results in global warming and climate change. In today's scenario, sustainable development is need of the hour. In terms of electricity generation, this can be achieved by renewable energy. Due to the high variations in electricity generation due to seasonal variations, Hybrid Renewable Energy System (HRES) is need of the hour. The objective of this study is to model a Hybrid Renewable Energy Source to be installed in a remote area of Bogamati, Assam and supply electricity to a neighborhood of 100 houses. For the electricity generation, Solar Photovoltaic (PV) and Wind Turbine were chosen. The characteristics of these systems are based on weather conditions and thus they are unreliable in itself. To counter this, two types of storage were chosen......

Keywords: HOMER, Renewable Energy, Optimization, Hybrid Renewable Energy System (HRES), Solar Photovoltaic, Wind Turbine, Battery, Pumped Hydro Energy Storage (PHES).