This lecture introduces the Chemical & Food Engineering career roadmap, helping you understand the full range of roles and industries you can pursue and how your engineering background connects to real-world career paths.

This lecture introduces scientific and academic career paths in Chemical & Food Engineering, explaining the roles, skills, and long-term approach required to succeed in research- and academia-focused careers.

This lecture introduces production and operations careers in Chemical & Food Engineering, focusing on core responsibilities, required skills, and how engineers contribute to efficient and reliable manufacturing operations.

This lecture introduces business and supply chain careers in Chemical & Food Engineering, explaining how engineers contribute to procurement, logistics, and ERP-driven business processes.

This lecture introduces sales and marketing careers in Chemical & Food Engineering, focusing on how engineers apply technical expertise to customer-facing roles and create commercial value through SAP-supported sales processes.

This lecture introduces digital and analytics careers in Chemical & Food Engineering, focusing on how engineers use data, ERP/SAP systems, and artificial intelligence to drive digital transformation and data-driven decision-making.

This lecture introduces sustainability and compliance careers in Chemical & Food Engineering, explaining how engineers contribute to environmental protection, regulatory compliance, and value creation through SAP EHS–supported processes.

This lecture brings together all Chemical & Food Engineering career paths covered in the course and helps you evaluate which direction best aligns with your strengths, interests, and long-term goals.

They will understand how Chemical, Food & Industrial Engineers play roles in the basic, specialty, and industrial chemicals sectors, how production dynamics change based on process scale, and how sustainable manufacturing trends influence career opportunities.

They will learn how Chemical & Food Engineers assume technical leadership in the process solutions sector, the role of core equipment and automation systems, and how energy efficiency and sustainability objectives are integrated into engineering practices.

They will learn how Chemical & Food Engineering graduates take active roles in quality, safety, and digital process integration across the packaging, equipment, and laboratory industries.

They will learn how Chemical & Food Engineering graduates can specialize in digital systems, environmental sustainability, and quality consulting, and how ISO standards, calibration systems, and software validation processes are integrated into an engineering career.

They will learn how Chemical & Food Engineering graduates take on technical, safety, and environmental responsibilities in supply chain management, and how raw material selection, hazardous substance and food safety control, quality audits, and traceability systems are integrated.

In this lesson, students will learn fundamental technical terminology used by Chemical & Food Engineers in production, quality, logistics, and digitalization contexts.

In this lesson, you will learn the core terminology used in SAP logistics modules within the chemical and food industries, enabling you to confidently understand and operate digital business processes.

In this lesson, you will learn how to select the most suitable sector based on your strengths in Chemical & Food Engineering and how to create your own personalized career roadmap.

In this lesson, you will learn how technical knowledge in Chemical & Food Engineering is transformed into digital business processes through SAP, and why this creates a significant advantage in your career.

In this lesson, you will learn how ERP works, how it integrates departments such as production, quality, food safety, logistics, and finance through a single data structure, and why it plays a critical role in chemical and food manufacturing.

In this lesson, you will learn how SAP’s integrated architecture connects production, quality, food safety, and logistics processes, and how a digital manufacturing plant operates end to end.

You will learn how production, quality, logistics, and cost processes are planned, executed, and digitally integrated within SAP for Chemical & Food Engineering–driven manufacturing environments.

You will learn how material, quality, production, and logistics processes work in an integrated manner within SAP, and how data flow drives and controls factory operations.

You will learn how SAP knowledge provides career advantages for chemical and food engineers, how to read processes digitally, and the path that opens up global opportunities.

For chemical and food engineers, the SAP End-User role is the first step in their career journey, where they digitally manage production, quality, warehouse, sales, and procurement processes.

In this lesson, students will learn how SAP’s technical infrastructure operates and how the system is managed behind the scenes by exploring the ABAP, BASIS, and Security areas.

In this lesson, students will learn the core logic of SAP functional consulting, the main SCM modules, and how end-to-end business processes are digitally designed.

In this lesson, you will learn the SAP Solution Architect role, the logic of cross-module integration, and end-to-end digital solution design.

In this lesson, you will learn the key steps in the SAP career path, from End-User to consulting and onward to the Solution Architect role, and how this transformation takes place.

Students will learn how SAP modules manage production, procurement, quality, warehousing, and sales processes in an integrated manner in Chemical, Food & Industrial manufacturing companies, and how end-to-end data flow is unified across the enterprise.

Students will learn how to log on to an SAP system, understand system landscapes, client selection, and user authentication basics before starting SAP operations.

Students will learn how the SAP MM module manages raw material procurement, supplier management, purchase orders, inventory tracking, and the flow of materials into production in chemical and food manufacturing.

In this course, you will learn the core MM business flow in SAP, from material demand to purchasing, goods receipt, and inventory visibility. The focus is on clearly understanding how the process flows in the system.

In this course, you will learn the core master data used in purchasing processes within the SAP MM module.

You will learn the differences between Process and Discrete manufacturing approaches, the formula–BOM structures, and their impacts on SAP PP and SAP PP-PI.

Students will learn how the SAP PP module digitalizes production planning, process management, production orders, and factory operations in chemical and food manufacturing.

Students will learn how the SAP QM module digitalizes the planning, monitoring, and reporting of raw material, semi-finished, and finished product quality in chemical and food manufacturing.

Students will learn how SAP EWM manages material flow, forklifts, cranes, and robotic systems with RF-supported operations, and how it integrates batch, serial number, and shelf-life (SLED) management in chemical and food manufacturing.

Students will learn how the SAP SD module manages the entire sales process—from quotation to billing—through customer relations, delivery, and SAP EWM integration in chemical and food manufacturing.

Students will learn how the SAP TM module manages the transportation of products leaving production, transportation planning, shipment optimization, and integration with SAP EWM in chemical and food manufacturing.

Students will learn how the end-to-end process—from raw material to customer—is managed through SAP modules in chemical and food manufacturing, using a real-life scenario.

Students learn how specialization in SAP modules creates global career opportunities for chemical and food engineers, which areas they can deepen in, and how SAP certifications can be obtained.

You will learn how to read SDS and CoA documents, interpret quality criteria, and understand their basic relationship with ISO 9001.

Learn ISO and GMP standards, their real factory use, and how quality, safety, and compliance are managed in production.

Students will learn hazardous material classes, storage requirements, DG transport rules, and critical safety checks required during audits.

They will learn, at a basic level, hazardous material class compatibility, segregation rules, HazMat zoning used in warehouse layouts, and storage logic in SAP/EWM.