CPL

LEARNING ACHIEVEMENTS OF GRADUATES BASED ON KKNI

Knowledge Learning Outcomes

  1. Able to master the theoretical concepts of natural science, engineering mathematics applications; engineering fundamentals, engineering science, and engineering design required for the analysis and design of integrated systems
  2. Able to master the principles and techniques of integrated system design with a systems approach
  3. Able to master the latest principles and issues in economics, social, ecology in general
  4. Able to master knowledge of communication techniques and the latest and latest technological developments

General Skills Learning Outcomes

  1. Able to apply logical, critical, systematic, and innovative thinking in the context of developing or implementing science and/or technology that pays attention to and applies humanities values by their field of expertise
  2. Able to show independent performance, make decisions and be responsible according to the profession and aspects of professional ethics
  3. Able to study the implications of the development or implementation of science and technology by their expertise, and communicate them in writing and orally effectively
  4. Able to collaborate effectively in a workgroup both internally and externally, across disciplines and cultures

General Skills Learning Outcomes

  1. Able to apply logical, critical, systematic, and innovative thinking in the context of developing or implementing science and/or technology that pays attention to and applies humanities values by their field of expertise
  2. Able to show independent performance, make decisions and be responsible according to the profession and aspects of professional ethics
  3. Able to study the implications of the development or implementation of science and technology by their expertise, and communicate them in writing and orally effectively
  4. Able to collaborate effectively in a workgroup both internally and externally, across disciplines and cultures

Special Learning Outcomes

  1. Able to apply mathematics, science, and engineering principles to solve complex engineering problems in integrated systems (including people, materials, equipment, energy, and information)
  2. Able to identify, formulate and analyze complex engineering problems on integrated systems based on analytical, computational, and experimental approaches
  3. Able to research and investigate complex engineering problems on integrated systems using basic engineering principles and by carrying out research, analysis, data interpretation, and information synthesis to provide solutions
  4. Able to formulate solutions for complex engineering problems in integrated systems by taking into account economic, public health and safety, cultural, social, and environmental factors (environmental considerations)
  5. Able to design integrated systems according to applicable technical standards, safety, and environmental health by considering aspects of performance and reliability, ease of application and sustainability, and taking into account economic, social and cultural factors
  6. Able to choose resources and utilize appropriate information technology and computing-based engineering design and analysis tools to carry out engineering activities

Attitude Learning Achievements

  1. Able to show piety, diligence, skilled
  2. Able to show honing, nurturing attitude
  3. Able to show chivalry, loyalty, sportsmanship
OPERATIONAL LEARNING ACHIEVEMENTS
Describe the explanation of Operational CPL, namely KKNI CPL which is summarized or adapted to the CPL of similar study programs, international standards.
TABLE: Mapping of Operational CPL against KKNI CPL
 

CPL Operasional

 

CPL KKNI

S.a S.b P.a P.b P.c P.d KU.a KU.b KK.a KK.b KK.c KK.d KK.e KK.f
S1  

S2  

S3  

S4  

S5  

S6  

S7  

S8  

S9  

S10  

S11  

P1  

P2  

P3  

P4  

KU1  

KU2  

KU3  

KU4  

KU5  

KU6  

KU7  

KU8  

KU9  

KK1  

KK2
KK3
KK4
KK5
KK6
KK7  

The sign √ indicates the relationship between KKNI CPL and Operational CPL. Can be related to the degree of relationship R (low), S (medium), and T (high)
TABLE: Learning Outcomes (CPL), Study Materials (BK), Lectures (MK)
CPL

CPL DESCRIPTION

STUDY MATERIAL SUBJECT
Sa Able to show piety, diligent, skilled Information engineering (BK11), ●Drawing Techniques and Practicum,
Design and Manufacturing Engineering (BK12), ● Computer Programming and Practicum,
Ilmu Bahasa (BK15), ● Material Technology,
Ketuhanan/Ketaqwaan (BK17) ● Manufacturing Industry Planning I,
● Manufacturing Industry Design II, Research Methodology,
● Religion education,
● Indonesian
Sb Able to show honing, nurturing attitude Design and Manufacturing Engineering (BK12), ●Introduction to Industrial Engineering,
Linguistics(BK15), ● Pancasila Education,
Character Education and Patriotism (BK18) ● Manufacturing Industry Planning I,
● Industrial psychology,
● Research methodology,
● English
● Manufacturing & Service Industry Design
● Indonesian
Sc Able to show chivalry, loyalty, sportsmanship Engineering Management (BK9), ● Pancasila Education
Character Education and Patriotism (BK18) ● Computer Programming and Practicum
● Manufacturing Process and Practicum
● System Modeling
● Enterprise Design Analysis
● Practical work
● Citizenship Education & Kadeham
● Supply Chain System
● Final Project
● Introduction to Profession
Pa Able to master the theoretical concepts of natural science, engineering mathematics applications; engineering fundamentals, engineering science, and engineering design required for the analysis and design of integrated systems Operation Research and Analysis (BK2), ● Calculus I,
Engineering Economic Analysis (BK3), ● Physics I,
Facilities Engineering & Energy Management (BK4), ● Physics practicum,
Quality & Reliability Engineering (BK5), ● Introduction to Industrial Engineering,
Ergonomics & Human Factors (BK6), ●Chemical,
Design & Manufacturing Engineering (BK12) ● Computational Thinking,
● Calculus II,
● Physics II,
● Drawing Techniques and Practicum,
● Statistics,
● Practicum Statistics,
● Linear Algebra,
● Human Anatomy and Physiology,
● Optimization Mathematics,
● Industry Statistics,
● Manufacturing Process and Practicum,
● Mechanical Mechanics,
● Material Technology,
● Quality Control and Assurance,
● System Modeling,
● Operational Research II****
● Experimental Design
● Control Theory and Introduction to Automation*
● Manufacturing Industry Design II
● Manufacturing and Service Industry Design
● Final Project
Pb Able to master the principles and techniques of integrated system design with a systems approach Work Design & Management (BK1), ● Introduction to Industrial Engineering****
Ergonomics & Human Factors (BK6), ● Ergonomics and Work System Planning I****
Design & Manufacturing Engineering (BK12) ● Manufacturing Industry Design I
● Ergonomics and Work System Planning II
● Production Planning and Control****
● System Modeling****
● System Simulation
● Manufacturing Industry Design II
● Industrial psychology *
● Industrial Company Organization and Management****
● Cost Analysis
● Production System*
● Facility Layout Design****
● Manufacturing Industry Design III*
● Product Planning and Development****
● Enterprise Analysis and Design
● Information System Analysis and Design & Practicum
● Technology-Based Entrepreneurship*
● Manufacturing and Service Industry Design
● Industrial Environment System
● Final Project*
Pc Able to master the latest principles and issues in economics, social, ecology in general Supply Chain Management (BK8), ● Introduction to Economics
Engineering Management (BK9) ● Practicum Statistics*
● Decision Analysis
● Industrial Company Organization and Management****
● Cost Analysis
● Economics Technology
● Technology-Based Entrepreneurship*
● Manufacturing and Service Industry Design
● Industrial Environment System
● Supply Chain System*
● Final Project*
● Introduction to Profession
Pd Able to master knowledge of communication techniques and the latest and latest technological developments Supply Chain Management (BK8), ● Computer Programming and Practicum
Design & Manufacturing Engineering (BK12) ● Manufacturing Industry Design II
● Enterprise Analysis and Design
● Information System Analysis and Design & Practicum
● Research methodology
● Technology-Based Entrepreneurship*
● English
● Practical work
● Manufacturing and Service Industry Design
● Indonesian*
● Supply Chain System*
● Final Project*
● Introduction to Profession
KUa Able to apply logical, critical, systematic, and innovative thinking in the context of developing or implementing science and/or technology that pays attention to and applies humanities values by their field of expertise Operation Research and Analysis (BK2), ● Calculus I*
Engineering Economic Analysis (BK3), ● Introduction to Industrial Engineering****
Facilities Engineering & Energy Management (BK4), ● Introduction to Economics
Quality & Reliability Engineering (BK5), ● Calculus II*
Engineering Management (BK9) ● Statistics*
● Linear Algebra*
● Industry Statistics
● Quality Control and Assurance****
● System Modeling****
● Control Theory and Introduction to Automation*
● System Simulation
● Cost Analysis
● Facility Layout Design****
● Manufacturing Industry Design III*
● Enterprise Analysis and Design
● Research methodology
● Manufacturing and Service Industry Design
● Final Project*
KUb Able to show independent performance, make decisions and be responsible according to the profession and aspects of professional ethics Operation Research and Analysis (BK2), ● Drawing Techniques and Practicum
Facilities Engineering & Energy Management (BK4), ● Linear Algebra*
Ergonomics & Human Factors (BK6), ● Computer Programming and Practicum
Information Engineering (BK11), ● Ergonomics and Work System Planning I****
Design & Manufacturing Engineering (BK12) ● Manufacturing Process and Practicum****
● Ergonomics and Work System Planning II
● Production Planning and Control****
● Operational Research II****
● Manufacturing Industry Design II
● Industrial psychology*
● Decision Analysis
● Production System*
● Economics Technology
● Manufacturing Industry Design III*
● Practical work
● Manufacturing and Service Industry Design
● Final Project*
● Introduction to Profession
KUc Able to study the implications of the development or implementation of science and technology by their expertise, and communicate them in writing and orally effectively Quality & Reliability Engineering (BK5), ● Material Technology*
Design & Manufacturing Engineering (BK12), ● Quality Control and Assurance****
Product Design and Development (BK13), ● System Simulation
Ilmu Bahasa (BK15) ● Manufacturing Industry Design II
● Product Planning and Development****
● Information System Analysis and Design & Practicum
● Research methodology
● English
● Practical work
● Manufacturing and Service Industry Design
● Indonesian*
● Industrial Environment System
● Final Project*
KUd Able to collaborate effectively in a workgroup both internally and externally, across disciplines and cultures Engineering Management (BK9), ● Physics Practicum
Information Engineering (BK11), ● Linear Algebra*
Product Design and Development (BK13), ● Manufacturing Industry Design I
● System Simulation
● Manufacturing Industry Design II
● Industrial psychology*
● Industrial Company Organization and Management****
● Product Planning and Development****
● Information System Analysis and Design & Practicum
● Technology-Based Entrepreneurship*
● Manufacturing and Service Industry Design
● Industrial Environment System
KUe Able to understand needs and manage lifelong self-learning, including access to knowledge related to relevant contemporary issues. Work Design & Management (BK1), ● Practical work
Operation Research and Analysis (BK2), ● Final Project*
Engineering Economic Analysis (BK3), ● Introduction to Profession
Facilities Engineering & Energy Management (BK4),
Quality & Reliability Engineering (BK5),
Ergonomics & Human Factors (BK6),
Operation Engineering & Management (BK7),
Supply Chain Management (BK8),
Engineering Management (BK9),
Safety (BK10),
Information Engineering (BK11),
Design & Manufacturing Engineering (BK12),
Product Design & Development (BK13),
System Design & Engineering (BK14)
KKa Able to apply mathematics, science, and engineering principles to solve complex engineering problems in integrated systems (including people, materials, equipment, energy, and information) Operation Research and Analysis (BK2), ● Calculus I*
Engineering Economic Analysis (BK3), ● Calculus II*
Facilities Engineering & Energy Management (BK4), ● Practicum Statistics*
Quality & Reliability Engineering (BK5), ● Industry Statistics
Engineering Management (BK9), ● Manufacturing Process and Practicum****
● Quality Control and Assurance****
● System Modeling****
● Experimental Design
● Manufacturing Industry Design II
● Production System*
● Facility Layout Design****
● Manufacturing Industry Design III*
● Product Planning and Development****
● Enterprise Analysis and Design
● Supply Chain System*
● Final Project*
KKb Able to identify, formulate and analyze complex engineering problems on integrated systems based on analytical, computational, or experimental approaches Operation Research and Analysis (BK2), ● Operational Research I
Design & Manufacturing Engineering (BK12), ● Optimization Math*
System Design & Engineering (BK14) ● Industry Statistics
● Production Planning and Control****
● System Modeling****
● Operational Research II****
● System Simulation
● Manufacturing Industry Design II
● Industrial Company Organization and Management****
● Product Planning and Development****
● Research methodology
● Practical work
● Manufacturing and Service Industry Design
● Supply Chain System*
● Final Project*
KKc Able to research and investigate complex engineering problems on integrated systems using basic engineering principles and by carrying out research, analysis, data interpretation, and information synthesis to provide solutions Design & Manufacturing Engineering (BK12), ● Statistics*
System Design & Engineering (BK14 ● Operational Research I
● Material Technology*
● System Simulation
● Research methodology
● Practical work
●  Final Project*
KKd Able to formulate solutions for complex engineering problems in integrated systems by taking into account economic, public health and safety, cultural, social, and environmental factors (environmental considerations) Engineering Management (BK9), ● industrial psychology*
Technopreneurship (BK16) ● Decision Analysis
● Industrial Company Organization and Management****
● Cost Analysis
● Economics Technology
● Facility Layout Design****
● Enterprise Analysis and Design
● Technology-Based Entrepreneurship*
● Manufacturing and Service Industry Design
● Industrial Environment System
● Final Project*
KKe Able to design integrated systems according to applicable technical standards, safety, and environmental health by considering aspects of performance and reliability, ease of application and sustainability, and taking into account economic, social and cultural factors Facilities Engineering & Energy Management (BK4), ● Manufacturing Industry Design I
Engineering Management (BK9), ● Facility Layout Design****
Design & Manufacturing Engineering (BK12), ● Manufacturing Industry Design III*
Technopreneurship (BK16) ● Product Planning and Development****
● Technology-Based Entrepreneurship*
● Manufacturing and Service Industry Design
● Introduction to Profession
KKf Able to select resources and utilize appropriate engineering design and analysis tools based on information technology and computing to carry out engineering activities Quality & Reliability Engineering (BK5), ● Computer Programming and Practicum
Information Engineering (BK11), ● Manufacturing Industry Design I
Design & Manufacturing Engineering (BK12), ● Control Theory and Introduction to Automation*
Technopreneurship (BK16) ● Manufacturing Industry Design III*
● Information System Analysis and Design & Practicum
● Technology-Based Entrepreneurship*
● Manufacturing and Service Industry Design
Deriving subjects from study material, study material sourced from Learning Outcomes