Wealth Creators

Wealth Creators @ CUTM

India has officially declared the next 25 years as “Amrit Kaal “ or the Golden period! The focus of the country in the next 25 years will be on wealth creation and not just poverty alleviation. Centurion University, with the motto of “Learn-Experience-Change” believes in being part of the Amrit Kaal. So it is encouraging its faculty, students and research centers to focus on products and patents and innovation that can create wealth for its stakeholders. CREATING WEALTH through empowering stake holders with right skills/competencies and passion is the focus!

The faculty who show such wealth creation inclination are designated as CEOs of the various business units on the campus! They should innovate and use the labs, students and other faculty to create WEALTH. Currently the following are designated as CEOs.

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Which Jobs Can You Take Up After Studying Microbiology?

Microbiology, a subfield of biology concerned with the study of microorganisms, is related to microorganisms. As a consequence, there are many different avenues for research into this subject and career development. The new generation of microbiologists utilizes the roles of beneficial microbes in a variety of fields, including environmental science, food production, medicine, and basic research, as opposed to restricting themselves to the diagnosis and treatment of infectious diseases.

Historically a microbiologist’s career was confined to a lab setting. However, as our knowledge of microbial effects has grown, so have the career options in this domain. A professor, a Pollution Control specialist, a food safety officer, a forensic scientist, or a bio-safety officer – these are just a few of the career options available in this field today because of its diverse occupational prospects. The following career options are currently available to students in this field:

  1. Researcher

This is about investigating and learning new things, in order to apply them to problems in the real world. Utilizing different aspects of microorganisms for research involves:

  • Safety of food
  • Reduction and management of pollution
  • Disease diagnosis and treatment for the protection of health.

Microbiologists can work in a variety of career fields like universities, colleges, government agencies, non-profit organizations and private companies, because the tasks include:

  • Writing grant proposals,
  • Designing experiments,
  • Analyzing data, and
  • Publishing research findings in scientific journals and sharing the knowledge in conferences.
  1. Teaching

While acting in the capacity of educators, professors and laboratory instructors may play a role in this field’s teaching.

  1. Diagnostics

This involves working in public health labs, hospitals, private veterinary or medical diagnostic labs, and in private businesses as clinical laboratory professionals.

  1. Bio-safety

Personnel in the field of bio-safety hold positions in a variety of settings, including educational institutions, for-profit businesses, healthcare facilities, and governmental organizations.

  1. Hybrid Career Options

Microbiologists occasionally choose hybrid careers by fusing their scientific knowledge with abilities and interests in other areas, such as:

  • Intellectual (Life Sciences) Property Analysts
  • Business Analysts
  • Medical Writers
  • Medical Educators

Microbiologists work in a wide range of sectors including universities, hospitals, and government as well as non- government organizations, business, healthcare, agriculture, nanotechnology and chemical sector businesses, due to the numerous career opportunities in this domain.

Courses in Microbiology

There are numerous courses available at various educational levels, from certificate level to doctorate level. After class 12, a variety of well-liked courses are offered. The majority of the courses are offered online and last anywhere from a few hours to a few months. Certificate programs are typically appropriate for individuals who want to quickly learn the skills of a microbiologist. Courses in the diploma and postgraduate diploma programs can only be distinguished by eligibility. While students can only enroll in diploma programs after completing the 12th grade, PG Diploma programs are available after graduating.

Admission is based solely on merit for all diploma and postgraduate diploma programs, and applicants must be from the science field. In diploma programs, grades from the 12th grade are taken into account. However, in PG Diploma programs, graduation marks are taken into account. The majority of students choose bachelor’s degree programs, and admission is solely based on merit.

Know the admission details of B.Sc Clinical Microbiology Course in Bhubaneswar.

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What are Some Top Career Options in Agriculture?

Contrary to popular belief, the field of agriculture encompasses more than just the conventional roles associated with farming and crops. However, modern agriculture has expanded significantly in scope as a result of cutting-edge research and ongoing innovations. The emphasis has now shifted away from traditional roles and toward various other areas, such as horticulture, poultry farming, agricultural biotechnology, dairy farming, etc. By properly focusing on the marketing, distribution, and packaging of its output, agriculture is also becoming more commercialized. Look into a few of the career options you could explore in the agricultural industry.

  1. Agricultural Engineering

Most farmers still use antiquated methods and tools when working on their farms. Agricultural engineering helps in building, designing and improving equipment, farming machinery, and manufacturing processes to increase the effectiveness of farming activities in order to address this issue.

As an agricultural engineer, you can offer advice to various private and governmental organizations on the machinery to be purchased, farm organization, and alternative methods and techniques to the conventional ones. You can work in a variety of departments like Research and Development, Design, Maintenance, etc. in businesses that manufacture agricultural machinery. You can also give farmers or to other clients strategic and useful knowledge about rural land and property as a rural practice surveyor.

  1. Horticulturist

If you enjoy gardening and have a dream of creating your own garden with all the exotic plants, vines, flowers and trees, horticulture is a profession that can help you realize that goal. Herb, fruit, vegetable, flower and ornamental tree cultivation – these are all studied in horticulture, which is a science. Horticulturists work to enhance the quality, growth, nutritional value, and yield of their produce.

As a horticulture scientist, you can work in the field of research and advance the creation of fresh, more effective cultivating techniques. Additionally, you can open your own horticulture nursery or business and grow flowers, fruits, vegetables, etc. for use in commerce.

  1. Dairy technologist

The production and processing of milk are the primary concerns of the field of dairy technology. The production of milk, including its collection and storage, is managed by experts in this area, and they also keep an eye on the processing necessary to make the milk fit for consumption. The packaging, storage, and distribution of milk and its byproducts are also a major focus, as is ensuring that nutritional and quality standards are met. Working with dairy firms like Verka, Amul, Paras, etc is an option for techs in dairy technology.

  1. Poultry Farming

In order to obtain their meat and eggs, it entails raising domestic birds like chickens and ducks. The majority of poultry farms raise chickens because they are widely consumed for both their meat and eggs (broiler and layer chickens). People working in this field must coordinate a variety of diverse tasks, such as product transportation, feed supplies etc.

You can find employment in veterinary hospitals, feed millers, hatcheries, pharmaceutical companies, feed analysis laboratories and more.

  1. Agribusiness Marketing Coordinator

As an Agribusiness Marketing Coordinator, you would be in charge of agro-product marketing and sales. To make sure that the goods are produced and purchased to the appropriate standards, you could also work as a quality controller.

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Professional Etiquette Guidelines For Healthcare Professionals

Healthcare professionals engage with a wide range of people. Thus, maintaining professional etiquette is important. Etiquettes are more than just good manners for a healthcare professional. They also involve building trustworthy relationships with clients, co-workers, and superiors. These abilities are essential for portraying oneself as polished, self-assured, responsible, and professional and help one stand out as well as progress in their field.

The ABCs of Etiquette: Appearance, Behaviour, Communication  

According to some studies, most clients or co-workers complain about a healthcare professional because of their unprofessional attitude or behaviour. Professional etiquettes are necessary for career progress, yet most healthcare employees lack a basic understanding of them. It is important to remember that manners are required to instil confidence in patients and foster a pleasant mindset among co-workers.

Introduce Yourself Properly To Patients 

Making a personal introduction and sharing information about yourself might help patients feel more comfortable with their healthcare professional. Try to make eye contact, smile, and, most importantly, greet them with an enthusiastic voice. This might encourage patients and others to confide in you about their needs.

Maintain A Proper Dress Code 

A proper dress code is important for every healthcare professional. If you want to leave a good impression and draw positive attention, your outfit should be neatly ironed, well-fitting, and radiate confidence. For a good personality, maintain personal hygiene, use moderate deodorant, and wear clean shoes. Additionally, always wear name badges above the shirt pockets for better visibility. In a nutshell, refrain from wearing unprofessional attire, such as tight-fitting clothing, capris, low-cut blouses or dresses, T-shirts, etc.

In addition to these physical aspects, a good healthcare worker should behave under certain ethical standards, such as:

Justice 

When distributing care, medical personnel must act fairly. All people, regardless of their sex, gender, colour, caste, creed, or religion, must receive fair treatment and equal healthcare services.

Beneficence

The word denotes generosity or friendliness. As a healthcare provider, you must endeavour to provide your patients with the best care.

Accountability

The term refers to taking ownership of one’s own conduct. In short, all potential professional and personal repercussions of your conduct are your responsibility.

Fidelity

It entails being trustworthy and dependable. Healthcare professionals must deliver high-quality care safely and competently to uphold their professional obligations.

Autonomy And Patient Self-Determination

As a healthcare provider, you should recognise that each client has the inherent right to hold their own thoughts, perspectives, values, and beliefs. The patient has the right to advise the healthcare professional regarding adherence to the recommended therapy or rehabilitation procedure. Any given treatment may be accepted or rejected by the patient.

Veracity 

It entails being honest with patients. Therefore, even though it could cause patient distress, you shouldn’t withhold patient information.

Apart from the above-mentioned ethical standards, other healthcare etiquettes include:

  • Refusing life-sustaining treatment.
  • Not taking resuscitative orders from the patient’s family.
  • Preserving patient privacy.
  • Insufficient resources and staffing.
  • End-of-life issues.
  • Healthcare professionals can seek professional assistance in such cases to address these problems.

Final Thoughts

Ethics often known as moral philosophy, is a set of moral rules that helps people differentiate between right, wrong, good, and bad. It is the branch of philosophy focusing on the methodical study of moral principles, objectives, and guiding factors. These ideas guide people’s behaviour and decision-making. Ethics refers to the principles of what is right for people and their social and communal environments.

Healthcare professionals require professional manners and ethics to build strong human relationships. These manners can be identified as a way for medical professional interacts with patients in various settings.

At CUTM, we work to inculcate these values in all of our learners so that they grow in their ability to lead, make better decisions, and have a beneficial influence on society. Our goal is to prepare our students to handle all types of patients with professionalism and respect by making soft skills a required subject in addition to technical education for all healthcare-related courses.

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What are Your Career Options after a Degree Course in Cyber Security Engineering?

Global business models have undergone a paradigm shift over the past ten years. Today, a growing number of companies are moving their operations online, with a strong emphasis on cloud data storage. Due to this demand, cyber security must now receive greater attention. Businesses across a range of industries are currently looking for qualified and trained cyber security specialists to strengthen their online presence and protect their interests and data. One of the most adaptable programs in this area for an industry-synced education is a B.Tech in Cyber Security. Know about some of the top career options in cyber security after a degree course in cyber security engineering:

Cyber Security Manager

Managers of cyber security are tasked with creating and overseeing systems that uphold data management and security protocols to safeguard a company’s online activities. These experts must conduct in-depth research, stay current on the most recent cyber threats, and respond appropriately and quickly to them. Their knowledge and abilities will determine their pay and potential career paths in the field. At the beginning of their careers, well-trained and qualified professionals can earn up to INR 12 lakhs per year.

Security Architect

A security network system that shields a company from online threats must be designed by a security architect. In addition to suggesting system innovations based on fresh and more sophisticated threats, they must update and maintain the current network systems. Some of the top universities for computer engineering programs train students with the necessary skills and knowledge, to start earning INR 17 lakhs per year early in their careers.

Network Security Engineer

Maintaining security systems, spotting weak points in the network, and incorporating automation into the security system are all responsibilities of a network security engineer. They must also make sure that the company’s VPNs, monitoring software, and firewalls are kept up to date. At the beginning of their careers, professionals recruited as network security engineers can expect to make up to INR 4 lakhs annually. Some of the top universities for cyber security provide students with cutting-edge training to increase their employability.

Chief Information Security Officer

They are being hired by more and more companies to combat cyber security threats. Their primary duty is to develop a cyber security strategy that, using current technology, can be in line with a company’s vision and operations. They are expected to recognize threats, create tools to counter them, and review and create new cyber security policies for businesses. Depending on their level of expertise and experience, these professionals can expect to make an average salary in millions of rupees.

Cyber Security Analyst

Planning and implementing security measures to counter cyber security threats is the responsibility of a cyber security analyst. Aside from that, they carry out internal and external audits to look for potential network security threats. They are in charge of network management, risk analysis, security evaluation and other tasks.

Conclusion

Today, there are many options for studying cyber security. Such training can increase your attractiveness as a candidate for employment, leading to offers from prestigious companies across industries. Therefore, you should conduct your research and pick the best path to a career in cyber security.

Find the best engineering college in Bhubaneswar and build your career in cyber security.

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School Of Applied Sciences

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Overviews:

The School of Applied Sciences offer Bachelor’s Programmes in Physics, Chemistry, Mathematics, Botany, Zoology, Information Technology, and Computer Science; and Master’s Programmes in Applied Physics, Applied Chemistry, Applied Mathematics, Botany, and Zoology. The school has been in the forefront in implementing CBCS as well as preparing itself to provide integrated 5 years Bachelors-Master’s program as per the New Education Policy 2020. Apart from preparing students for a career in teaching and research, which are traditional aspirations of students, the school has mapped out many industrial domains and new emerging areas like Phyto Pharma, Computational Fluid Dynamics, Renewable Energy, Intensive Aquaculture, Fish Processing Technology, Genetics and Genomics, Smart Agriculture, Animal Cell Culture, Seed Technology, Tissue Culture, Food Processing, Organic Farming, Horticulture, Dairy Processing, Composite Design and Manufacturing, Waste to Wealth, Medical Diagnostics, Radio Imaging Technology, Good Health and Wellness, and Nutraceuticals. Apart from these domains, students aspiring for industrial R&D and production jobs are also encouraged to take engineering domains like Data Science and Machine Learning, Gaming and Immersive Learning, Data Analytics, Artificial Intelligence, Machine Learning, Business Analytics, Cloud Technology, Cyber Security, Software Technology, Chip Design and Fabrication, Aerial Survey and Remote Sensing Applications, Space Science, and Smart Farm Machinery. The school has a multi-disciplinary team of faculty and collaborates with other Schools to offer these cutting-edge domains. R&D careers, production jobs and teaching jobs are equally preferred by students. To further these aspirations, both Bachelor’s and Master’s students are mandated to publish in international journals. The school’s faculty members, aided by the labs and full-time research scholars, focus on product research as well as publishing quality international papers.

School of Applied Sciences is committed to Sustainable Development Goals focusing on Zero Hunger, Quality Education, Industry, Innovation and Infrastructure, Climate Action, Life on Land, Life Under water, and Partnership for Goals. The School tries to ensure that the biodiversity of the campuses and surrounding communities through regular surveys of flora and fauna. Further, the establishment and nurturing of a ‘Bee, Butterfly and Cactus’ garden enhances the biodiversity and natural pollination. The School supports the production of food by ensuring arable soil (using organic and biofertilizers produced in-house), disease-free plants and introduction of more recent technologies such as smart and precision agriculture, hydroponics and aeroponics; but also allows for the minimal use of insecticides and pesticides. Tissue Culture is another area of research and production. SoAS is exhaustively working on plant gene editing, producing dwarf varieties, speed breeding and disease resistant plants. In partnership with other academia and industries the University also works with latest genomics (bio)technologies. The School also focuses on monitoring water quality, treating and recycling waste water and transforming other waste to wealth. In this endeavour, the University converts all its food waste to manure, all waste paper to hand made paper (and various products), and plastic waste to manufacture of paver blocks. The SoAS is also researching on new materials. These efforts are recognized by Government of India and substantiated by research grants from different agencies. Besides this the school prepares students for careers in Banking, Civil Services and other competitive exams like Graduate Aptitude Test in Engineering (GATE), National Eligibility Test (NET), Common Admission Test (CAT) and Joint Entrance Screening Test (JEST).

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School of Fisheries

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Overview: 

The school supports students in developing their competency in Water Quality Management, Fish Health Management, Feed Management, Aquatic Environmental Management, and Fish Processing Technology, through skill-based learning. It has dedicated units such as 21 fishponds, fish feed mill, Biofloc unit, ornamental unit, aquaponic unit, Chinese circular hatcheries, fish processing unit, RAS system and dedicated laboratories. Students get hands-on practices for navigating trawlers, net webbing and repairing, preparation of value-added fish products, through various academic partners such as ICAR-CIFA, ICAR-CIWA, ICAR-CMFRI, NIPHATT, ICAR-CIFT, Growel Feeds, Tata Rallies, and many other fisheries institutes and companies. The school is also committed to use IoTs for developing smart intensive aquaculture for commercial production of fishes in earthen and RAS Units. In order to develop entrepreneurial skills among its peers, it has also developed two domain courses (Intensive Aquaculture and Fish Processing Technology) where students practice the methodologies adopted in aqua/processing industries.

The School of Fisheries contributes to the Sustainable Development Goals of Life Below Water, No Poverty, No Hunger, Sustainable Cities and Communities, Responsible Consumption and Production, Climate Action and Partnerships to achieve the Goal. The School of Fisheries organises several training programs for fish farmers wherein scientific knowledge related to fish farming, new and advanced technologies in fish culture, post-harvest technologies and value added fish products is imparted. Further, community outreach programs for safe and sustainable fisheries is promoted through ‘Kisan Mela’s’ (Farmers Fairs). Recognising that fish farming can be integrated into the existing farms to create additional income and improve its water management, the School of Fisheries highlights the theme “Blue Economy: Better farming for better lives”, emphasizing sustainable and resilient technology interventions to increase fish production, thereby increasing job opportunities and reducing poverty and hunger. Fish health surveillance is undertaken at nearby community ponds and tanks reservoir to assess the state of the stock and for the prevention of antibiotics and chemical applications in ponds and reservoirs. Fisherfolk are also educated about good practices such as negative impacts of overfishing, unregulated fishing, destructive fishing, blast fishing, bottom trawling, and cyanide fishing. Several awareness programs on conservation and sustainable utilisation of the oceans were conducted. Sustainable maintenance of ecosystems and their biodiversity is pursued through various breeding programs and sustainable fishing practices. Fish waste and by-product valorization has been identified to augment incomes of fish farmers.

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School of Fisheries test

Overview:

The school supports students in developing their competency in Water Quality Management, Fish Health Management, Feed Management, Aquatic Environmental Management, and Fish Processing Technology, through skill-based learning. It has dedicated units such as 21 fishponds, fish feed mill, Biofloc unit, ornamental unit, aquaponic unit, Chinese circular hatcheries, fish processing unit, RAS system and dedicated laboratories. Students get hands-on practices for navigating trawlers, net webbing and repairing, preparation of value-added fish products, through various academic partners such as ICAR-CIFA, ICAR-CIWA, ICAR-CMFRI, NIPHATT, ICAR-CIFT, Growel Feeds, Tata Rallies, and many other fisheries institutes and companies. The school is also committed to use IoTs for developing smart intensive aquaculture for commercial production of fishes in earthen and RAS Units. In order to develop entrepreneurial skills among its peers, it has also developed two domain courses (Intensive Aquaculture and Fish Processing Technology) where students practice the methodologies adopted in aqua/processing industries.

The School of Fisheries contributes to the Sustainable Development Goals of Life Below Water, No Poverty, No Hunger, Sustainable Cities and Communities, Responsible Consumption and Production, Climate Action and Partnerships to achieve the Goal. The School of Fisheries organises several training programs for fish farmers wherein scientific knowledge related to fish farming, new and advanced technologies in fish culture, post-harvest technologies and value added fish products is imparted. Further, community outreach programs for safe and sustainable fisheries is promoted through ‘Kisan Mela’s’ (Farmers Fairs). Recognising that fish farming can be integrated into the existing farms to create additional income and improve its water management, the School of Fisheries highlights the theme “Blue Economy: Better farming for better lives”, emphasizing sustainable and resilient technology interventions to increase fish production, thereby increasing job opportunities and reducing poverty and hunger. Fish health surveillance is undertaken at nearby community ponds and tanks reservoir to assess the state of the stock and for the prevention of antibiotics and chemical applications in ponds and reservoirs. Fisherfolk are also educated about good practices such as negative impacts of overfishing, unregulated fishing, destructive fishing, blast fishing, bottom trawling, and cyanide fishing. Several awareness programs on conservation and sustainable utilisation of the oceans. Sustainable maintenance of ecosystems and their biodiversity is pursued through various breeding programs and sustainable fishing practices. Fish waste and by-product valorization has been identified to augment incomes of fish farmers.

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