Md ShoagMd Shoag

•  organic and inorganic Phase Change Materials
• aerogel-enhanced products

• sustainability assessment at building
• community and city level, diffusion of green technologies
• smart city

• Efficient use of energy, water, and other resources
• Use of renewable energy, such as solar energy
• Pollution and waste reduction measures, and the enabling of re-use and recycling
• Good indoor environmental air quality

• Used concrete
• Beverage can and bottle
• Glass
• Plastics

• Urban and rural sanitation
• Sewage treatment
• Acid mine drainage
• Urban runoff

• Sustainable manufacturing
• Utilization of natural marginal materials
• Utilization of industrial waste materials
• Utilization of agricultural waste
• Supplementary cementitious materials
• Sustainable use of fibrous materials
• Sustainable soil stabilization
• Life cycle analysis of construction materials

• Infrastructure are the basic systems that undergird the structure of the economy.
• Examples of infrastructure include transportation facilities, telecommunications networks, and water supplies.
• Large scale infrastructure is usually produced by the public sector or publicly regulated monopolies, but at smaller scales infrastructure can often be produced by private firms or through local collective action.
• As an investment, infrastructure tends to be less volatile than some other asset classes and is sometimes sought as an investment.

• Review plans of a proposed downtown development to determine the effect on the traffic system.
• Redesign the runways of an airport in order to accommodate the new mega jumbo jets.
• Perform simulations of traffic flow at an intersection to make sure that the traffic can move smoothly.
• Develop a system of crosswalks so that pedestrians can move safely through a busy intersection.

• International student association

• SARC HUMAN RIGHTS

• Art and Culture
• Piact Bangladesh
• Drug Addicted Health Care Association

The sustained and developing construction industry needs a vast amount of material because it is becoming more extensive and sustainable day by day. Problems are also increasing in line with development. Many advanced composite materials and solutions are coming up in the current construction industry to solve these problems. However, these require more comfortable and extensive use. For that, we have to find out cheap and sustainable materials. This research paper aims to combine advanced materials and solutions to create more sustainable solutions and new material. That will enrich the industry and increase more use in the path of development of the construction industry. The factors that have to consider in doing so, these materials and solutions are how much economical, available in the market, able to solve chronic problems, easier to use, and sustainability. Recycled aluminum cans are going to be the material for this study.

See publication

This paper is an experimental investigation and analytical simulation of thermal effects on mass concrete structures in the tropics. A study of the tem-perature rise of a 1.1 m × 1.1 m × 1.1 m experimental mass concrete block, well instrumented with thermocouples to monitor the temperatures distribution was performed. A validated finite element model was used to predict the temperature development of the hydrating experimental mass concrete block. Thermal stress analysis was performed to give an estimate of stresses induced by the thermal gradient of the concrete block section and the crack index was used to quantify the probability of thermal cracking. The temperature rise during concrete hardening is caused by the hydration of cement paste [6,7]. The heat evolution of concrete is particularly important with regard to mass concrete that used for dams and large foundations in which the maximal temperature may reach even 50-70°C [8,9]A parametric study on the effect of the surface area to volume ratio (SVR) of mass concrete was performed to quantify the maximum allowable thermal gradient as well as the induced thermal stresses that may cause thermal cracks. For SVR less than 0.36, thermal cracks may occur at early ages of concrete strength development in the tropics. Subsequently, thermal cracks occur when the tensile stress reaches the tensile strength of concrete. Researchers of this study

See publication

ASCE

Plastic is a miracle material. In modern civilization every day we used a lot of plastic for many purposes especially bottles for the beverage industry. These used plastic bottles are disturbing our soil and marine environment. There has some recycling process but not utilizing in our construction industry. We already know about the use of synthetic fiber in structure to make it more intensive. plastic bottle to synthetic fiber for the textile industry is becoming popular now. But the production of wastage is huge than the recycling rate for the textile industry. So we need much more recycling processes. My proposal is that use this process in our construction industry as fiber. We going to use this in structure so we don’t need many refined plastics as the textile industry. This means it will be very cheaper than synthetic fiber. By this process, we can prevent the landfill of non-disposable plastic wastage. We can save our soil and marine environment altogether. In methodology, we will follow the textile industry recycling process and the ACI code for fiber.

see publication

2021 ASCE Annual Convention

publication descriptionThe developing construction industry needs a large amount of material to meet the requirement and solving chronic problems. Problems are increasing in line with the development of materials. Many advanced materials and solutions are coming up in the current construction industry. But the problem is that they require more comfortable and extensive use, which we don’t have. These still have not been included yet in our engineering education curriculum and not even very public. As a result, the general public and project engineers are still not frequently using these materials in regular construction. This paper aims to combine the use of all those advanced materials sustainable. That will enrich the industry and increase more help in the path of development of the construction industry. The factors that have to consider in doing so these materials are how economical, available in the market, the ability to solve chronic problems, and how to use sustainably.

See publication 

The developing construction industry needs a large amount of material to meet the requirement and solving chronic problems. Problems are increasing in line with the development of materials. Many advanced materials and solutions are coming up in the current construction industry. But the problem is that they require more comfortable and extensive use, which we don’t have. These still have not been included yet in our engineering education curriculum and not even very public. As a result, the general public and project engineers are still not frequently using these materials in regular construction. This paper aims to combine the use of all those advanced materials sustainable Especially Fibers. That will enrich the industry and increase more help in the path of development of the construction industry. The factors that have to be considered in doing so these materials are how economical, available in the market, the ability to solve chronic problems, and how to use sustainably.

I was assigned by the School of Architecture and Civil Engineering as a Teaching Assistant & Class Monitor of Professor liu shunqing( 刘顺青). I was affiliated with the School of oversees education and the School of Architecture and Civil Engineering for the full duration of my undergraduation.

I have taken the time to talk with students for the Nepris session, Cartographers.
I used to spend some of my time on this organisation.
https://nepris.com/dashboard/m

I was assigned as an English language and culture teacher in ABC middle school in Zhuzhou, Hunan province, China.

I was assigned as an English Language Teacher in Exclusive English Training Schoolin Xuzhou, Jiangsu province, China.

Top 5% of students are awarded this Award every year among all international students based on academic results, Extracurricular activity, and Volunteer Activities.

OBTAINED 3  YEARS IN A ROW
Academic years are :

• 2018-2019
• 2019-2020
• 2020-2021

This is awarded to one such student who is the best singer in the competition Every year. I’ve been getting this award for the last three years.

https://mp.weixin.qq.com/s/z5x76Od4n8OzXoCRwkXeVQ

Jasmine Jiangsu Provincial Scholarship is an Excellence student award that provides students who are Active Academically in extracurricular and Volunteer Activities. Each Year only 5 students are nominated to apply for this scholarship. Among them, 3 students are achieving this. They Provide around 30000 RMB each year.

Every year the Bangladesh government arranges this “The best young Inventor” Exibition. I was showing an innovative Architectural Concept; Among the 3000 projects, I got 1st price. It was really a pried for me.

Skill and training enhancement project

Jiangsu University of Science and Technology

I’m responsible for managing the International student association management as well as the art and culture department. I have organized my concern 5 big programs as a singing competition, annual sports event, gala night, Christmas night, Architecture and structure design exhibition, and so on.

• International Student Union Associate, Dormitory Department management, Dormitory management, Assisting Art and Culture Department
• Arranging room visit, Assist Dorm Dean.

SAARC Human Rights Foundation is working for human rights. As a Branch Senior Vice President, I had to do a lot of duties as like president. I’m used to doing some funds and research who need our supports because now I’m virtually active on the Foundation. We have supported a lot of peoples in Bangladesh.

China.

Virtual/Administrative Assistance:-

Administrative Assistance, Office support, Web research, Meeting list maintenance, Data entry, Admin Support, Personal photography, China product sourcing Support

China product Sourcing:-

Good sourcing ability and network, good at fashion products like garments, bags, shoes, scarves, fabrics and outdoor products, beauty products, phone accessories, molding & injection, etc. Good negotiation skills in costs, product development, and lead-time, etc; Willingness and ability to share cost-saving proposals. Business acumen in selecting and recommending the best suppliers and products through communication and factory audits. Sample collection and evaluation. On-site quality checks during bulk production and before shipment. Ability to propose the most cost-effective shipping solution. Data Collection from Ecommerce sites. Key skills for sourcing:- Product research, Finding the best manufacturer, Buying a product, Product Shipping

Profile: https://www.upwork.com/freelancers/~01bac906414ce05a67

Jiangsu, China.

• Architectural 2D Floor plan and layout with furniture
• Sections and Elevations
• Detailing drawings
• Presentation floor plan design
• Image to DWG
• Working drawing
• I provide all kinds of ARCHITECTURAL drawing
• Outstanding and welcoming customer service
• Experienced architect proficient in AutoCAD to handle your project
• High-quality floor plan in jpeg and pdf format

Profile: https://www.fiverr.com/archmdshoag?up_rollout=true

Feb 2020 – Dec 2020

Here you can find the structural and architectural concepts which are very important to know for the materials detailing.
first of all, I would like to share my country weather that you can understand well about materials what we use and why.
Dhaka experiences a hot, wet, and humid tropical climate. Under the Köppen climate classification, Dhaka has a tropical wet and dry climate. The city has a distinct monsoonal season, with an annual average temperature of 25 °C (77 °F) and monthly means varying between 18 °C (64 °F) in January and 29 °C (84 °F) in August.[1] Nearly 80% of the annual average rainfall of 1,854 millimeters (73.0 in) occurs during the monsoon season which lasts from May until the end of September.[1] Increasing air and water pollution emanating from traffic congestion and industrial waste are serious problems affecting public health and the quality of life in the city.[2] Water bodies and wetlands around Dhaka are facing destruction as these are being filled up to construct multi-storied buildings and other real estate developments. Coupled with pollution, such erosion of natural habitats threatens to destroy much of the regional biodiversity.[2]
Cold weather is unusual in and around Dhaka. When temperatures decrease to 8 °C (46 °F) or less, people without warm clothing and living in inadequate homes may die from the cold.

Mar 2020 – Aug 2020

Discussion on the technology of controlling thermal crack of mass concrete in the tropics: Experimental, modelling and parametric studies
This paper is an experimental investigation and analytical simulation of thermal effects on mass concrete structures in the tropics. A study of the tem-perature rise of a 1.1 m × 1.1 m × 1.1 m experimental mass concrete block, well instrumented with thermocouples to monitor the temperatures distribution was performed. A validated finite element model was used to predict the temperature development of the hydrating experimental mass concrete block. Thermal stress analysis was performed to give an estimate of stresses induced by the thermal gradient of the concrete block section and the crack index was used to quantify the probability of thermal cracking. The temperature rise during concrete hardening is caused by the hydration of cement paste [6,7]. The heat evolution of concrete is particularly important with regard to mass concrete that used for dams and large foundations in which the maximal temperature may reach even 50-70°C [8,9]A parametric study on the effect of the surface area to volume ratio (SVR) of mass concrete was performed to quantify the maximum allowable thermal gradient as well as the induced thermal stresses that may cause thermal cracks. For SVR less than 0.36, thermal cracks may occur at early ages of concrete strength development in the tropics. Subsequently, thermal cracks occur when the tensile stress reaches the tensile strength of concrete. Researchers of this study developed a new automated curing system, which maintains the gap between the internal temperature and external temperature of a structure below a temperature criterion in order to minimize the thermal cracks of mass concrete. The developed curing method was successfully demonstrated through a mock-up test and a field application. Accordingly, it is concluded that the automated curing system developed in this study can improve.