Subject · Chemical engineering

Fundamentals of organic synthesisCLO↔PLO matrix

İFS-3070y7 creditsAutumn semesterElective2025-2026

CLO ↔ PLO matching table

How this subject's course outcomes map onto the programme's learning outcomes.

6 CLO × 7 PLO
Course outcomePLO 1PLO 2PLO 3PLO 4PLO 5PLO 6PLO 7
CLO 1CLO-84546It explains the basic concepts, methodology, strategy and tactics of organic synthesis.matchesdoes not matchdoes not matchdoes not matchdoes not matchdoes not matchdoes not match
CLO 2CLO-26519It applies the principles of retrosynthetic planning of mono- and polyfunctional organic compounds and develops synthesis routes.does not matchmatchesdoes not matchdoes not matchdoes not matchdoes not matchdoes not match
CLO 3CLO-14480Analyzes organic synthesis reactions according to the influence of reagents, catalysts and reaction conditions and chooses the optimal synthesis method.does not matchdoes not matchmatchesdoes not matchdoes not matchdoes not matchdoes not match
CLO 4CLO-57042Evaluates the synthesis processes of pharmaceuticals, flavorings, food and flavor compounds, plant protection agents, pheromones, dyes and fluororeagents and justifies their application areas.does not matchmatchesdoes not matchdoes not matchdoes not matchdoes not matchdoes not match
CLO 5CLO-76035Evaluating organic synthesis processes in terms of safety, productivity, economic efficiency and environmental protection, it offers suitable technological solutions.matchesdoes not matchdoes not matchdoes not matchdoes not matchdoes not matchdoes not match
CLO 6CLO-45679Apply theoretical knowledge of organic synthesis to solve chemical engineering problems, analyze synthesis results and make scientifically based decisions.does not matchmatchesdoes not matchdoes not matchdoes not matchdoes not matchdoes not match

Programme learning outcomes

  1. PLO 1

    Plo 1 apply fundamental knowledge of mathematics, physics, chemistry, and engineering to solve complex chemical engineering problems.

    Supported by: CLO 1, CLO 5

  2. PLO 2

    Plo 2 analyze, design, and optimize chemical processes and systems within technical, economic, and environmental constraints.

    Supported by: CLO 2, CLO 4, CLO 6

  3. PLO 3

    Plo 3 design and maintain, interpret and evaluate data related to chemical processes and materials.

    Supported by: CLO 3

  4. PLO 4

    Plo 4 use modern engineering tools, software and computational methods to model, simulate and control chemical processes.

    No contribution from this subject

  5. PLO 5

    Plo 5 identify and solve engineering problems related to chemical production, including process safety, risk assessment, and environmental protection.

    No contribution from this subject

  6. PLO 6

    Plo 6 work effectively, both independently and as a member of multidisciplinary teams, demonstrating communication and project management skills.

    No contribution from this subject

  7. PLO 7

    Plo 7 demonstrate awareness of principles of professional ethics, responsibility and sustainability in chemical engineering practice.

    No contribution from this subject