Food Safety & Quality Management (Food1024) Assignment Sample

Ensuring Food Safety & Quality: Expert Strategies for Effective Management

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Introduction of Food Safety & Quality Management (Food1024) Assignment

Food safety or quality management, is the up-and-coming regulation that has gained much significance since the performance of a food safety and standards act, of 2006. The enforcement of a procedure has shaped a high-quality demand for capable food safety experts in a variety of areas like auditing, capacity building processing, testing, safety, regulation, risk management, etc. Food security is the tremendous substance of the individual's health. Assignment sample in UK Companies that do not follow the guidelines of food safety danger, the public can get ill from the consumption of food that was not handled correctly and can be able to even lead to death (Manning, 2018). The objective of the program is to look into profundity on a variety of aspects of the food safetyor quality management such asworldwidebenchmark, food standards, harmonization, superiority management systems, food investigation, instrumentation, risk management, traceability, and audit to transform the food ecology. It also aims to expandthe capable and skilled human resources in an area of the food safety or food quality management for industry, regulators, food trade, research institutions, certify and official approval bodies, food testing, and training. It focuses on looking after a positive and restricted food safety society among the experts and conducting investigation studies on rising food safety issues and formulation of a science-based rigid framework (Panghal, et. al. 2018).

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The report will discuss the training and preventive maintenance and how they are useful or helpful in food safety and quality management. The report will also highlight recent developmental activities in the food industry which help the food industry to maintain quality standards in their business and provide better services to its customers. The further report will discuss scientific management for food safety and how the companies are adopting these trends. The report will critically evaluate the importance of training and the preventive maintenance in food safety or in food quality management.

Meaning with their importance in food industry

Training: Appropriate food safety training is necessary to reduce the incidence and the whole rate of food-borne sickness, health issues, and outbreaks. Although many business restaurants should offer appropriate food safety training to food handler workers, this training is not for all time offered (Rosak-Szyrocka and Abbase, 2020). Hygiene and food safety is the key for both consumers and companies. The companies when producing food for customers, firms have a responsibility to be concerned to make sure safety during food storage, handling, cleaning, distribution, and preparation. Consequently, business employees must have a superior understanding of food safety principles and policies, which put into suitable work practice and constant improvement. For example, food industry workers are accountable for the managementof food, so it merely makes sense they are well-known for safety protocol. The finest way to do this is by enrolling firm staff in food and safety training and education course. There are enormous benefits of using training measures in food safety and quality maintenance such as:

  • Improve food safety: the main benefit of the place of work safety training is to prevent illness. Chemicals in pest control and cleaners products can present an undetected danger.
  • Reduces food wastage: companies lose wealth every year on food waste, frequently due to inappropriate storage in kitchens and warehouses. Food storehouse security training can reduce the amount of food wasted annually, improving companies' bottom line.
  • Boosts brand’s reputation: Foodborneillness is the main concern for customers. They are also not introverted about contributing to an unpleasant dining experience online. Negative reviews due to food sickness can damage the business’s brand and reputation.
  • Reduce workplace accidents and injuries: the chances of employees eating the food, and the companies don’t want them getting to get sick. It can negatively affect business when customers learn of the sickness. It may also be an infringement of local safety policy (Emond and Taylor, 2018).
  • Fulfillment with safety regulations: food safety and training program is a venture, but it is less costly than the cost associated with a safety breach. If a calamity or sickness occurs, businesses might be supposed lawfully responsible for health and other costs. As a result, it can with no trouble harm the company's bottom line. A harsh ill health or accident can even oblige a business to close its doors.
  • Improves employee productivity: security training programs create a strong workplace culture with workers invested in the program. The information they are given allows them to generate a secure work situation that boosts productivity.
  • Saves money and reduces stress: lawsuits from the workforce and consumers exaggerated by food illness are expensive. Firms also drop money from costly medical expenses and fines. The probable loss of customers can also give negatively impact a business's bottom line.

For example, in real life food industry uses the better and more efficient production methods embraced by the food industry includes performing product packaging on-line. "In the food-manufacturing industry they train employees to be vertically integrated” acknowledged by the scientist working in food industry. This includes performing finished product packaging at the end of the manufacture line because it gives more control over scheduling and class of the product (Ghaani,et.al2016) .

Preventive maintenance: it is not merely the preconditioning program, it is a region where the well-documented program can offer the corporation not just important cost savings however also information for the future savings (Mao, et. al. 2018). In the circumstance of food safety management, quality equipment has ensured works properly, the facility runs smoothly; helps make sure the manufacture of safe foods, and provides resources to document performance.

Preventive maintenance is significant for the following areas:

  • Operational competence:highly maintained machine is a top-performing machine that helps the company to increase its business operations. With better calibration, fresh lubricant, and cleaner systems, equipment will be able to maintain the plant running smoothly.
  • Functional presentation: to operate faster and with fewer interruptions, the superiority and constancy of the food produced will also improve, including a more reliable cooking period and temperatures.
  • Food safety:well-maintained equipment also provides higher safety principles for the food it process (Huang, al. 2020). Inadequately maintained equipment is more likely to crack down during the manufacturing process, compromising the reliability of the food and leading to a false reading of temperature and other important factors.

For example, The HACCP guidelines, it is an asset when dealing with the tremendously wet atmosphere of a food manufacturing service. Various food industries uses water and hygienic chemicals to keep equipment clean says scientist that makes it a very wet in harsh environment (De Oliveira, et.al 2016)

  • Documentation and tractability: remaining to a protection schedule helps the business to keep a better tab on the presentation of the facility, aids in root cause analysis should incredibly go wrong and give proof of protection in the event of a third-party review
  • Repair costs: Maintaining equipment on a fixed timetable can help the business to make the most of equipment investments.

Some serious problem

Foremost industry verticals have been unfavourably exaggerated on description of the global pandemic, as producer make every effort to keep their businesses in food industry in the middle of what is being hail by financial analyst as ‘a circumstances far-off worse than the economic upheaval of 2008-2009’. In the middle of the many sector that have witness a breakdown, the food and beverage industry seem to have engaged one of the worst hit. The years 2021 and 2020 portrayed the long-term impact of pandemic and its many variant on the manufacturing sector somewhat that will go on to stay on one of the main challenges of food industry and its quality management (Swinnen, and McDermott, 2020)

Basic structure of Training in Food Industry

The stipulation of scientific recommendations in the maintenance of setting global food standards is an initial constituent of global food safety supremacy. With no trustworthy and globally-relevant recommendation from the combined FAO and WHO specialist bodies, the setting of a lot of codex principles. Further, then that, members of countries and partners call on FAO for self-governing scientific opinion and counsel, regarding the food safety implication of innovative technologies (Membré, et. al. 2021).

Primary to food safety management is the education and training of the employees. Training and education are significant tools in food safety and quality management. A great number of professionals working in governmental agencies, food operations, the public health sector, and general inhabitants, lack the essential consideration of food safety and misperceive risks. New fashion in food utilization are the main motive that makes sure the safe food supply has developed more challenging for the greater diversity of foods from the repeatedly expanding the global supply and get through a growing quantity of foods arranged outside the home. It is for a reason that of continuing danger of the food-borne disease and raising difficulty of food supply that food and drug administration (FDA) and other organisations inside the department of health and human Services (DHHS) have believed the safety of the country's food provisions a high primacy. A successful and effective solution too many public health pressure modelled by the ever-changing food supply can be accomplished mostly done the expansion or submission of the sound scientific values.

Science has allowed the recognition of fresh technologies to become aware of fresh and varying public health threats in food. FDA has organized the accelerate reconsider procedure for the new technologies. It includes advances in the food biological techniques that are getting better with an ability to combat and detect the existence of food borne viruses. Scientific methods have formed effective and well-organized approaches to solving community health problems (Abe, et. al. 2020). The researchers devised manifold means for getting better safety of the sprouts as well as an assessment of the broad variety of possible agents as a means of disinfecting both finished sprouts and seeds.

Basic structure approved scientifically for Preventive maintenance in food Industry

The worldwide food supply chain is multifaceted and contains several stakeholders comprising processors, farmers, customers and retailers. A food contribution chain is likewise becoming more and more see-through as customers insist to know where their food comes from and how it is formed. Sustainability is one more vital element in a food supply chain. For example, Customers are fetching more involved in a way the food is made, or crave to be certain that their food choice is maintainable. It denotes to the capability of the system to gather all requirements of the current without cooperating with a capability of the future generations to meet requirements (Yavuz, et. al. 2019). The clearness, sustainability, and safety of a food supply chain are significant elements for food companies and customers alike. Contributing proof of ethics, carbon footmark and fair-trade follows become more common place.

Plant-based foods: These are healthier than the meat-based foods; also they have a lower ecological effect. Manufacturing meat needs a lot of resources, like land and water which subsidises to greenhouse gas releases. The plant-based foods necessitate considerably less land and water, and it creates fewer radiations. In adding up to being environmentally friendly or healthy, plant-based products are also reasonably priced. In 2022 food stuff firms are anticipated to produce further plant-based food substances which are intended for new food niches, like low in fat-option products.

Awareness of food choices: Trends have been on the augment in recent years, which consider by people to maintain good health. It boosts people to consume gently and take pleasure in flavours and texture of the food (Miranda, et. al. 2019). This style is mainly helpful for testers of the food safety who require being conscious of every move in the food preparation procedure inside the food industry.

Food trying: The purpose of nanotechnology in the food testing is accepted to develop at the considerable amount and nanotechnology-based strategy which will be used for broad variety of presentations such as DNA sequencing and recognition of allergies in the food products (Dora, et. al. 2020). The rising demand for handiness testing processes, clearness in supply chain organization, and appearance of nanotechnology in the food testing are now a few issues that expert believes will present an opportunity for the food industry (Nile, et. al. 2020).

Immunity booster: higher demand for the healthy ingredient is forecast to enlarge. This demand is superior for the food industry for the reason that customers are more and more looking for good health foods. The tendency for healthy consumption is nothing new, however it is being enlarged by the Covid-19 global pandemic (Galanakis, et. al. 2021). Customers are looking for a way to increase their immune system and keep on healthy. They are also alarmed about the security of food deliver.

The following trends are seen to increase as a response to the constant stress of the pandemic and other crises which include food safety digitalization, automation to resolve labour crises, and pressure on hygiene and cleaning leads to preventive maintenance with regards to food industry.

Critical analyses

Training: Pitiable food handling preparations are a foremost cause of food-borne diseases. Such indecent practices contain well-recognized and characteristically include cross-stain of cooked and raw food, insufficient cooking, and storage at unsuitable temperatures. Food handlers may also be the transporter of food poison organisms, helping as a potential foundation of stains to food. Though, sufficient training and relocation of such training to performance, in particular, can help reduce such inappropriate food handling practices which reduce the resultant effects of stain on the economy and health. The food processing and food service industries require offering food safety training to its food trainers which is uncompleted, that willassist to lessen the risk of food flattering tainted. Provided that food safety training to workers from time to time is also a product statement that builds the company’s reputation as an organization that cares for customers' health and well-being. Unless food handlers appreciate the requirement for individual hygiene, maintenance and cleanliness they could be offended. Giving continuous training to employees in food firms can increase their awareness, knowledge, and acceptance of food safety and reduce food safety risks. An effectual food safety plan will facilitate food handlers to relate storage, hygiene training, and tidiness methods to everyday functioning operations and efficiently support food safety norms (Reynolds and Dolasinski, 2019). A plan for implementing, planning, and evaluating a well-being training program suitable for employees in the organization is essential.

For example, Scientific techniques have facilitated the development of authoritarian methods to replicate the existing state of the Training. FDA is a first centralized organization to concern a science-based obligatory hazard analysis critical control point (HACCP) system, in the seafood. In adding up, FDA has planned to make a bigger HACCP for vegetable and fruitlet juices and this policy has included an obligatory performance standard (Kotsanopoulos and Arvanitoyannis, 2017). The enlargement of the new ways to extent the public health influence of avoidance and control efforts, which includes the consumer study to recognize the food safety performs that customers are retaining and where trends occur.

Preventive maintenance: Food safety is the major accountability of any food producer company. Without programs that assure the safety of the food pretend, firms cannot survive. Entirety Preventive maintenance can be achieved by a variety of plant programs including chemical control, pest control, sanitation, and many other safety majors. Every food plant center, despite size and age, requires a well-planned and appropriately implemented preventative protection program. Inadequately maintained facilities and equipment contribute to product defects and the ability to resourcefully produce safe quality goods (Kandari, et. al. 2019). The objective of the preventive maintenance program is to sustain the process surroundings to optimize manufacture and diminish food safety risk and equipment failure The program has to be extremely hostile to meet that goal. The companies should take inventory of all the equipment they currently use in food production, and at the same time measure the risk of each piece of equipment preteens (Panghal, et. al. 2018). The majority of equipment will approach with a manufacturer’s channel on how to maintain it. This will frequently be broken down into monthly, daily, and annual categories. There should be a solitary location, easy to get all workforces, which hold comprehensive descriptions of how each mechanism should be serviced (Jasiulewicz-Kaczmarek and ?ywica, 2018). Diverse machines necessitate specific tools and items to be correctly maintained, such as particular types of lubricants, and spare parts the business can only get through a single manufacturer.

Conclusion

The report has discussed preventive maintenance and training and their usefulness in food safety relates to quality management in food industry. The report has highlighted recent trends and developmental performance in the food industry which help the companies to maintain quality standards and norms in their business and as long as better services to their customers. The report has also discussed scientific management for food security and how companies are taking on these trends. The report has significantly evaluated the significance of training and preventive maintenance in food safety and quality management.

References

Abe, A., Koyama, K., Uehara, C., Hirakawa, A. and Horiguchi, I., 2020. Changes in the Risk Perception of Food Safety between 2004 and 2018. Food Safety, pp.D-20.

Al-Kandari, D., Al-abdeen, J. and Sidhu, J., 2019. Food safety knowledge, attitudes and practices of food handlers in restaurants in Kuwait. Food control, 103, pp.103-110.

De Oliveira, C.A.F., Da Cruz, A.G., Tavolaro, P. and Corassin, C.H., 2016. Food Safety: Good manufacturing practices (GMP), sanitation standard operating procedures (SSOP), hazard analysis and critical control point (HACCP). In Antimicrobial food packaging (pp. 129-139). Academic Press.

Dora, M., Wesana, J., Gellynck, X., Seth, N., Dey, B. and De Steur, H., 2020. Importance of sustainable operations in food loss: evidence from the Belgian food processing industry. Annals of operations research, 290(1), pp.47-72.

Emond, B. and Taylor, J.Z., 2018. The importance of measuring food safety and quality culture: results from a global training survey. Worldwide Hospitality and Tourism Themes, 10(3), pp.369-375.

Foster Refrigerator, 2022. Training Staff on Food Hygiene Regulations. [Online]. [Available on]. :<https://www.fosterrefrigerator.com/en-gb/information/food-safety/food-hygiene-staff-training-guide>. [Assessed on 14/11/2022].

Galanakis, C.M., Rizou, M., Aldawoud, T.M., Ucak, I. and Rowan, N.J., 2021. Innovations and technology disruptions in the food sector within the COVID-19 pandemic and post-lockdown era. Trends in Food Science & Technology, 110, pp.193-200.

Ghaani, M., Cozzolino, C.A., Castelli, G. and Farris, S., 2016. An overview of the intelligent packaging technologies in the food sector. Trends in Food Science & Technology, 51, pp.1-11.

Huang, J., Chang, Q. and Arinez, J., 2020. Deep reinforcement learning based preventive maintenance policy for serial production lines. Expert Systems with Applications, 160, p.113701.

Jasiulewicz-Kaczmarek, M. and ?ywica, P., 2018. The concept of maintenance sustainability performance assessment by integrating balanced scorecard with non-additive fuzzy integral. Eksploatacja i Niezawodno??, 20(4).

Kotsanopoulos, K.V. and Arvanitoyannis, I.S., 2017. The role of auditing, food safety, and food quality standards in the food industry: A review. Comprehensive Reviews in Food Science and Food Safety, 16(5), pp.760-775.

Manning, L., 2018. Triangulation: effective verification of food safety and quality management systems and associated organisational culture. Worldwide Hospitality and Tourism Themes.

Mao, D., Wang, F., Hao, Z. and Li, H., 2018. Credit evaluation system based on blockchain for multiple stakeholders in the food supply chain. International journal of environmental research and public health, 15(8), p.1627.

Membré, J.M., Farakos, S.S. and Nauta, M., 2021. Risk-benefit analysis in food safety and nutrition. Current Opinion in Food Science, 39, pp.76-82.

Miranda, J., Ponce, P., Molina, A. and Wright, P., 2019. Sensing, smart and sustainable technologies for Agri-Food 4.0. Computers in Industry, 108, pp.21-36.

Nile, S.H., Baskar, V., Selvaraj, D., Nile, A., Xiao, J. and Kai, G., 2020. Nanotechnologies in food science: applications, recent trends, and future perspectives. Nano-micro letters, 12(1), pp.1-34.

Panghal, A., Chhikara, N., Sindhu, N. and Jaglan, S., 2018. Role of Food Safety Management Systems in safe food production: A review. Journal of food safety, 38(4), p.e12464.

Panghal, A., Chhikara, N., Sindhu, N. and Jaglan, S., 2018. Role of Food Safety Management Systems in safe food production: A review. Journal of food safety, 38(4), p.e12464.

Reynolds, J. and Dolasinski, M.J., 2019. Systematic review of industry food safety training topics & modalities. Food Control, 105, pp.1-7.

Rosak-Szyrocka, J. and Abbase, A.A., 2020. Quality management and safety of food in HACCP system aspect. Production Engineering Archives, 26.

Saipriya Iyer, 2022. Food Industry managers to deal with fresh challenges in the wake of COVID-19 & its variants(Online). < https://www.gminsights.com/blogs/challenges-in-food-and-beverage-industry#:~:text=Another%20environment-related%20constituent%20that%20forms%20a%20part%20of,the%20raw%20material%20to%20food%20retailing%20and%20distribution> Accessed on 18.11.2022.

Swinnen, J. and McDermott, J., 2020. COVID?19 and global food security. EuroChoices, 19(3), pp.26-33.

Yavuz, O., Do?an, E., Carus, E. and Görgülü, A., 2019. Reliability centered maintenance practices in food industry. Procedia Computer Science, 158, pp.227-234.

 

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