Search results

Professional certification and education quality The professional certification of higher education is a process to recognize colleges and universities in offering professional quality standards that meet the eligibility criteria pre-established.
This sets up a bridge between the higher education and requirements for professionals from the industry.
Moreover, such professionals are subject to the constraints of the "STCW international conventions promulgated by the International Maritime Organization, and a variety of other industry standards stipulated by the Maritime Bureau of Ministry of Communications of the People’s Republic of China, which is in accordance with international requirements of the Convention and combined with China's real conditions. 2.2 Maritime Education management system and existing problems 1) From the aspect of professional evaluation, education authorities build up a generally applicable professional evaluation system matching the characteristics of education.
However, in view of the special nature of the professional maritime, this kind of general evaluation system can not meet the requirements of the industry. 2) From the aspect of professional building, there are different requirements from education authorities and authorities in charge of the industry in terms of the basic education conditions such as the faculty, practice or experimental facilities, quality management system,etc.. 3) From the aspect of investment in personnel training, in order to meet the needs of some special training equipment, i.e., training vessel, simulators required by the International Convention and other water training facilities, much more funds are needed to develop the professional maritime education than general engineering professional education. 2.3 Impact on maritime education from implementation of vocational qualifications access IMO (International Maritime Organization) is a specialized agency of the United Nations responsible for the Safety of
References: [1] Provision of Professional Market Aaccess and University Professional Ccertification System [M].

At the end, it is placed the relevant notes observed during the research and sustainable assignments in social and environmental dimensions for the education of engineering professionals.
At the end, it is placed the relevant notes observed during the research and sustainable assignments in social and environmental dimensions for the education of engineering professionals.
So that, the different expectations of the involved professionals are investigated and the essence is the knowledge approach which converges to an IPDP focused on meeting the widest range of user requirements [14].
This research followed the same thought line of the Global Citizenship Education program to educate professionals aware of the environmental sustainability and social inclusion.
Fig. 3 Solar Water Heating System Prototype.

Therefore, hard the search reaches agreement water conservancy hydroelectric engineering definitely professional above-mentioned question, continuously raise teaching research horizontal, deliver for the community economy 2 The object of water conservancy hydroelectric engineering professional reform in education The object of water conservancy hydroelectric engineering professional reform in education should be: Have a foothold economic construction in this province and community deveolp and develop virtuous, Zhi, body integrated development, have compare breadth foundation, control water conservancy hydroelectric academics basic theory knowledge, there is the water conservancy hydroelectric of certain frontier spirit and fulfillment capability engineering deluxe technique talented person.
At adopt the above-mentioned water conservancy hydroelectric engineering professional reform in education after suggesting the measure should have better action.
We will go on diligent, continuously perfect, deepen the reform of professional system, course, teaching method and teaching way, continuously raise water conservancy hydroelectric engineering professional teaching mass, train a more and better deluxe professional technique talented person and constructor for the water conservancy hydroelectric business, for the country economic development and community of house and Zhejiang progress to contribute strength.
The water conservancy hydroelectric exquisite article in senior high vocational school professional construction investigates[J], the job teaches a forum.2004:(9)55-56
Higher vocational engineering construction supervision professional practice teaching system [J ], the Yellow River water conservancy occupation technical college journal, 2007 (1 ) : 55-57

Drowning § In the water any disease or underwater welding accident can cause drowning
- Dry solder: Hyperbaric welding, when used in a dry environment, - Automated underwater welding: Is does not require the direct participation of professionals
Diving area: Geographic location/Depth/Visibility/Water temperature/Weather conditions.
Conclusions The implementation of operational control procedures requires motivated professionals with a high level of participation from the entire organization, therefore adequate and personalized dissemination of the objectives and goals should be the first action to be taken.
Through the use of procedures and work instructions, the implementation of good operational practices that guarantee the safety and health of professionals in the sector exposed to risk is proposed.

This is the second book in a two-section series focused on materials and technologies for water and wastewater treatment.
By highlighting cutting-edge advancements, this edition aims to combine scientific research and engineering practice in the biotreatment of water resources and wastewater.
With its interdisciplinary approach, the book serves as a comprehensive resource for professionals and researchers seeking to develop efficient and eco-friendly methods for water purification and wastewater treatment.
Water Purification, Wastewater Treatment, Bioremediation, Biocoagulants, Wastewater Deacetylation, Biosorption, Biochar, Biosorbent, Iron Nanoparticles, Green Synthesis, Organic Contaminants, Natural Zeolite, Bentonite, Heavy Metals, Sewage Sludge, Sludge Recycling, Dye Wastewater, Natural Clay, Microbial Fuel Cell, Bio-Sand Filter, Phytoremediation, Biological Purification, Green Building Materials

Each link in the process of construction will be explained by different professional teachers, that will enable students to deepen the comprehensive impression and design expertise accumulation.
We try to make the architecture, civil engineering, plumbing, electrical , water supply and other major specialty completing in a three-dimensional building information model.
During the process of designing, with the content analysis and explanation of all professional teachers, breakthrough professional barriers in architectural engineering design, make the students’ knowledge to be expanded and consolidated.
Each group includes four, given guidance in study by the architectural professional teachers, civil engineering teachers, HVAC and water supply teachers, the production cycle for a month.
Group C is divided into water supply and drainage design, and water heating design.

The presented volume contains articles that focus on the latest achievements in modern chemical production, including biotechnologies used for biodiesel production, corrosion inhibitors and various absorbents based on natural materials, water treatment technologies, water splitting in hydrogen production, etc.
The articles are targeted towards professionals in biotechnologies, waste and water treatment, and chemical synthesis.
Bioceramics, Carbonate Hydroxyapatite, Corrosion Inhibitor, Biotechnology, Biodiesel, Esterification, Absorbent, Heavy Metals, Liquid Waste, Water Treatment, Activated Carbon, Photocatalysis, Water Splitting, Electrocatalyst

Availability of Professional Construction Management for the Administration of Public Business Chao-Chung Cheng1, a, Qi Qiu1,b and Guan-Siou You2,c 1 School of Economics & Management, Beijing Jiaotong University 2 Civil Engineering Department, National Ilan University asolo513@hotmail.com, bqiuqi1975@126.com, cugsh0712@livemail.tw Keywords: River Dredging , Public Business Administration (PBA), Professional Construction Management (PCM).
A river dredging project commissioned by Hsinchu County incorporated professional construction management (PCM) in addition to PBA to increase operational performance[2].
River dredging is necessary to increase discharge capacity preserve embankments, and implement disaster prevention to protect river channels and maintain the smooth flow of water[1].
Professional Construction Management (PCM).
Professional construction management (PCM) merges the various stages of research, planning, design, construction, and operational maintenance into a single entity for processing.

Based on all the information, data generated, and graphs made available, it was developed a form, shown in Table 1, that was filled out by 3 (three) professionals from the technical area, duly identified with their respective institutions and with master's degrees in Chemical Engineering, Water Resources, and Biological Sciences, respectively.
These professionals, who have more than six years of experience in water treatment in Water Treatment Plants (WTP), understood the data clearly.
In the third question, two professionals recognized the importance of having turbidity forecasts throughout the year and how this can influence managers' decision-making, while the third pointed out that the predicted values are below what is generally obtained in the WTP.
When analyzing the answers to the fourth question, we observed that the professionals addressed different aspects of the graph: The first analyzed the turbidity peaks, attributing precipitation as the main cause of the increase; the second highlighted the peaks over the years and their influence on managers' decision-making; and the third noticed the trend in the forecast for the next 12 months, indicating how this can also help in decision-making by the administrators of the Santa Bárbara Dam.
Conclusions The main objective of this study was to develop a robust and reliable model to validate turbidity as a crucial indicator of the quality of water treated at the Water Treatment Plant (WTP), aiming to provide data and graphics to guide future water management strategies by administrators.Table 1: Form with questions asked to professionals who treat water at WTP 1 Do you work with management and water treatment?

Water pollution control engineering is one of the main courses of Environmental Engineering specialty.
In order to develop the technical skills and professional qualities of students in this area, the innovative mode of practice teaching was explored while the curriculum and practice teaching systems were constructed.
Water pollution control engineering is mainly responsible for the water environment protection and pollution management of great specialty and practicality which imposes a higher request of practical ability for the students. [1] Therefore, it is imperative to strengthen the practical and innovative abilities during the water pollution control engineering course.
At the same time, the students could operate the machine by themselves which promoted their professional application skills to combine the achieved specialty knowledge with actual production process and helped them develop the comprehensive abilities of analyzing and solving a practical problem.
Meanwhile, based on the classroom learning and on-campus practice, to undergo off-campus actual production could improve various qualities of students, such as professional dedication, sense of responsibility, cooperation, independent working ability, team spirit, risk tolerance and so on.