Food Industry Engineering
Food Industry Engineering (Soft Skills of a Food Industry Expert) is a subfield of Agricultural Engineering, related to the processing and transformation of agricultural and animal food products in accordance with the guidelines of the Food and Drug Administration, the Standards Organization, environmental standards, and international standards. The food industry is crucial, both locally and globally, due to the nature of food products and food security concerns. Not only does this industry process and consume a large portion of agricultural and animal food products, but it also plays a significant role in national food security and exports. As the industry develops, the demand for specialized professionals increases.
Knowledge and Skills
Due to the interdisciplinary nature of this field, students in Food Industry Engineering are required to learn knowledge and skills from areas related to this field, which include:
- Production Processes: Principles of fluid mechanics, chemical engineering, biotechnology
- Equipment: Principles of mechanical engineering, chemical engineering, electrical engineering
- Quality Control, Quality Assurance (Quality Systems in the Food Industry), and Production Planning: Principles of industrial engineering, basic standards
- Food Product Quality Control: Organic chemistry, inorganic chemistry, biology
- Packaging: Polymer science, biology, graphic
- Formulation Design and Process Methods: Knowledge of food preservation, biochemistry, biology
- Cost Control, Management, and Sales: Economics, management, marketing
The complexity and interconnection of this field with other disciplines necessitate the involvement of professors from various fields to teach related courses and enhance the foundational knowledge of graduates, enabling them to connect with relevant fields. This is reflected in the participation of food engineering graduates in industrial development activities, such as process improvement, quality enhancement, formulation R&D, packaging design and efficiency, management and sales participation, as well as collaboration in the design and development of food industry machinery. Graduates of this field must acquire skills in laboratory techniques, chemical and microbiological analysis, Technical drawing, and computer applications (image processing in the food industry), which also enhances employment opportunities in other sectors.
Employment Opportunities in Food Industry Engineering
Given the widespread food production units and the importance of product quality for food security and health concerns, the field of food engineering is highly significant in both production and regulatory aspects. Below is a summary of employment opportunities in Food Industry Engineering:
- Food and Drug Administration: As an expert in laboratory and industrial unit, monitoring the implementation of GMP, HACCP, and ISO 22000 standards
- Standards Organization: As an expert in monitoring the implementation of relevant standards and consumer rights
- Collaborating Laboratories of Standards and Food and Drug Organizations: As a laboratory expert
- Production Technical Manager: FDA supervisor in industrial units overseeing formulation and production processes
- Production Expert: Specialist in food product manufacturing units
- Quality Control Manager: Standards Organization representative for product licensing and quality control oversight
- Quality Control Expert: Experts working in laboratories, sampling, and production line monitoring
- Entrepreneurship: Obtaining necessary licenses to establish food industry units
- Sales Support: Sales support in companies dealing with raw materials and machinery for the food industry
- Teaching: As a teacher in food industry vocational schools or other related educational institutions
- Banks: As an expert in allocating loans for agricultural and food industry investment projects
Importance of Employment Share in the Food Industry Sector
According to data released by the Ministry of Industry, Mine, and Trade for 2022, the total number of active industrial units in the country was 71,325, with 6,085 units in the food industry. This represents 8.5% of all active industries. The high number indicates the significant role of the food industry in employment. From a specialized employment perspective, assuming an average of three food industry experts per food industry unit, this equates to the need for 18,255 food industry experts in production management, technical responsibility, quality control management, and laboratory positions. Additionally, considering replacement rates, it can be inferred that there is a favorable employment condition for food industry graduates.
