Sat Oct 09 2021 00:15:00 GMT+0600 (Bangladesh Standard Time)

Good evening everyone! It’s Sat Oct 09 2021 00:15:00 GMT+0600 (Bangladesh Standard Time). I’m glad you all could join us here tonight. Let’s get started with our gathering.Saturday, October 9, 2021


The Microsoft Dynamics 365 F&O Development training is designed to provide individuals with the knowledge and skills to develop custom solutions on the Dynamics 365 platform. It will cover topics such as data modeling and integration, customizing the user interface, and developing custom applications. The course also provides hands-on experience with the Dynamics 365 platform, allowing participants to learn from each other and collaborate on projects. After completing this course, participants will be able to develop solutions that are tailored for their organization or customers.


The objectives of this course are to give participants a strong understanding of the Dynamics 365 platform, as well as how to develop custom solutions using it. Participants will gain an understanding of data modeling and integration, how to customize the user interface, and how to develop custom applications. Participants will also have hands-on experience with the Dynamics 365 platform, including creating models, customizing forms and views, developing applications using Visual Studio Code and Azure DevOps Services, deploying solutions in a sandbox environment, troubleshooting issues encountered in development environments.


This course is designed for software developers who are experienced in developing with .NET technologies, who need to learn how to develop on the Dynamics 365 platform. It is beneficial for anyone who needs to understand how to customize or extend the capabilities of Dynamics 365 F&O applications.


The following prerequisites are recommended for this course: experience with C# language; basic knowledge of web development technologies such as HTML5/CSS/JavaScript; understanding of RESTful Web Services; knowledge of Microsoft SQL Server; working knowledge of Visual Studio Code; basic understanding of Azure DevOps Services. Familiarity with Dynamics 365 F&O applications is recommended but not required.


The agenda for this course includes: introduction to the Dynamics 365 platform; understanding data modeling in Dynamics 365; exploring integration options; customization of user interface elements; creating models and views in Visual Studio Code; developing applications using Visual Studio Code and Azure DevOps Services; deploying solutions in a sandbox environment; troubleshooting issues encountered in development environments.

Bangladesh Standard Time – Zone Name

Bangladesh Standard Time (BST) is the time zone of Bangladesh, which is located in South Asia. BST is 6 hours ahead of Coordinated Universal Time (UTC). BST is also known as Bangladesh Time. The zone name for BST is Asia/Dhaka.

BST is used by the government and commercial sector in the country, though some areas may use other local time zones. The capital city of Dhaka uses BST as its local time zone, while other parts of the country may use other local time zones.

In Bangladesh, Daylight Saving Time (DST) is not observed. This means that the clocks are not adjusted during summertime and remains on standard time all year round.

The official language in Bangladesh is Bengali and the currency used is Bangladeshi Taka (BDT). The official religion is Islam and the national flag consists of a red disc on a green background.

BST is an important time zone for those who are travelling to or from Bangladesh or doing business with people in Bangladesh. It’s important to know what time it is in Bangladesh so you can plan your activities accordingly and keep track of any changes that may happen during different parts of the year.

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Daylight Saving Time – DST

Daylight Saving Time (DST) is the practice of setting the clocks forward by an hour during the warmer months of the year, and back again in autumn. This is done to make better use of natural daylight and to conserve energy. DST is observed in many countries around the world, including most European nations, Canada, and some states in the U.S. During Daylight Saving Time, clocks are set forward one hour at 2 a.m. on the second Sunday in March and turned back again at 2 a.m. on the first Sunday in November. By adjusting our clocks forward one hour during summer months, we can make better use of natural daylight and reduce energy consumption by using less artificial light after sunset.

The benefits of Daylight Saving Time include extended hours of daylight which can be used for outdoor activities such as sports or leisure time with friends and family. It also helps to reduce energy consumption as people are encouraged to switch off their lights earlier when it gets dark earlier in winter months. However, it is important to note that there are also some potential drawbacks associated with DST such as disruption to people’s sleep patterns and circadian rhythms due to changes in light exposure patterns.

Overall, Daylight Saving Time is a practice that has been around for centuries and it serves an important purpose: it helps us make better use of natural daylight hours and conserve energy by reducing our need for artificial lighting after sunset during summer months.

Sunrise & Sunset Timings

Sunrise and Sunset timings refer to the time of day when the sun rises above the horizon in the morning, and when it sets below the horizon in the evening. The exact times vary depending on latitude and longitude, as well as season and time of year, but generally there’s a few minutes difference from day to day. Knowing sunrise and sunset times can be important for planning activities like sports or photography, or just for enjoying a beautiful sunset.

The timing of sunrise and sunset is determined by the angle of the sun relative to the horizon. Sunrise occurs when the sun is just above the horizon, while sunset occurs when it’s just below. The angle of the sun at any given point changes throughout the day as it follows its daily arc across the sky. At midday, when it’s highest in the sky, its angle will be at its maximum. As it approaches evening, its angle decreases until it disappears below the horizon at sunset.

The length of daylight hours also change throughout the year due to changing angles between Earth and Sun caused by Earth’s orbit around Sun. During summer months there are more hours of daylight compared to winter months since Earth is closest to Sun in June and farthest away in December. This results in shorter days during winter months with shorter periods between sunrise and sunset.

Finally, knowing sunrise and sunset times can be important because they indicate when certain types of weather patterns are most likely to occur. For example, fog often forms early in morning before sunrise due to colder air temperatures combined with higher moisture levels near ground level while thunderstorms tend to occur during afternoon hours after peak daytime heating has occurred.

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Moonrise & Moonset Timings

The Moon is an important part of the night sky, and its rise and set times vary greatly from day to day. Knowing the moonrise and moonset timings is important for those who observe or study the night sky. It is also important for those who plan outdoor activities or events that take place at night.

Moonrise and moonset occur when the moon appears to rise over the horizon in the east and sets in the west. The time of moonrise and moonset can vary significantly from day to day, depending on factors such as time of year, latitude, longitude, atmospheric conditions and other factors.

The exact times of moonrise and moonset can be determined by using an almanac or by consulting an online resource such as These resources provide information about when the moon rises and sets in a given location on a given date, as well as other useful data such as phases of the moon, lunar eclipses and more.

Knowing the exact times of moonrise and moonset can help astronomers plan their observations more accurately, as well as help outdoor enthusiasts plan activities according to when there will be light from the moon. Knowing when to expect a full or new moon can also be helpful for planning events or activities that require specific environmental conditions.

For those who are interested in observing or studying the night sky, knowing when exactly to expect a particular phase of the Moon is essential for making accurate observations. Being aware of these times can also help photographers capture stunning pictures of celestial bodies like planets and stars during their peak visibility periods.

In short, knowing when exactly to expect a particular phase of Moon is essential for planning any activity that requires coordination with natural cycles such as astronomical observations, outdoor activities or photography sessions at night.

Solar Noon & Solar Midnight Times

Solar noon is the time when the sun is at its highest point in the sky during the day. At this time, the sun appears to be directly overhead. Solar midnight is when the sun is at its lowest point in the sky and appears to be at its furthest distance from directly overhead. The exact times of these events vary depending on location and time of year.

Solar noon occurs when the sun’s rays are most directly striking a particular location, while solar midnight happens when these rays are least direct. This can occur at different times depending on where one is located and what time of year it is. During summer months, solar noon and midnight occur later in the day than they do during winter months due to variations in sunlight intensity throughout the year.

The exact times of solar noon and midnight can be calculated using astronomical algorithms and tools such as a sundial or sextant. These calculations take into account factors such as latitude, longitude, date and time of day. Knowing these details can help one determine when these events will occur with greater accuracy than relying on general trends or estimations.

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Knowing when solar noon and midnight occur can be beneficial for a variety of reasons, from helping farmers determine optimum planting times to aiding navigators in determining their geographical position at sea. Understanding this phenomenon can also help people better appreciate how our planet rotates around its axis and orbits around our star—the Sun!

Length of Day & Night

The length of day and night is determined by the earth’s rotation around its axis. As the earth rotates, the position of the sun appears to change in relation to the observer on earth. Depending on where you are in the world, day lengths will vary. On average, day lengths are usually around 12 hours, but this can vary from 10-14 hours depending on the season and location. During summer months, days will be longer because the sun rises earlier and sets later than in winter months when days are shorter because the sun rises later and sets earlier. The length of night also varies depending on where you are located and what season it is. Generally speaking, night lengths tend to be about 12 hours as well, though again this can vary depending on location and season.

The length of day and night also affects other aspects of life such as plants and animals. For example, plants that use photosynthesis need a certain amount of sunlight to survive, so they rely on longer days during summer months to get their energy needs met. Animals also adapt their behaviour based on the available daylight. During summer months when days are longer, some species may become more active while others may become less active during winter months when days are shorter.

Overall, it is clear that the length of day and night plays an important role in our lives as well as in nature. It affects how we live our lives as well as how plants and animals behave in their natural environment. It is important to remember that day lengths can vary greatly depending on where you are located and what season it is.


Overall, October 9th, 2021 has been an incredible day in many ways. We were able to see advancements in technology and innovation, as well as further understanding of the world around us. This day also brought with it a sense of unity and togetherness that is hard to find these days. As we move forward, let us remember the lessons and inspirations from this day and use them to build a better future for everyone.

We have seen how technology can be used for good and how the world can come together for a common cause. We have also seen how much more there is to learn about our planet and what we can do to make it a better place for everyone. Finally, we have seen how important it is to work together towards achieving our goals.

The future holds great promise if we continue to work together in harmony towards our common objectives. Let us use this day as an example and strive to make our world a better place for all, free of prejudice and discrimination, where everyone can thrive.

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