undergraduate programme

Mechanical Engineering

Welcome to Mechanical Engineering Study Program, Universitas Sebelas Maret
(UNS).  Mechanical Engineering Study Program is such a wonderful and transformative place that provides a unique and thrilling environment for research and for advanced studies, and our students are a vital and valued part of the wider community of UNS. Our students along with the lecturers are at the forefront of the research done for development of Indonesia. 

Research achievements of Mechanical Engineering Program from year to year continues increasing. To assist in the development of this knowledge field, Ministry of Education gave various instruments of processing renewable source as grant to UNS, especially to Mechanical Engineering Program. Begun in 2012, Mechanical Engineering Program has been being a part of Nationwide electric car development project MOLINA. Two prototypes of electric cars had produced. Beside that, innovative creation of the lecturers and college students have been produced a lot such as composite materials with natural fiber, natural dyes, and many more. Mechanical Engineering Study Program was one out four study programs at UNS chosen to get International Certification from Asean Network University Quality Assurance (AUN_QA). Two International awards were obtained in Shell Eco Marathon Asia (SEM) held in Manila, Philippines. Furthermore, in 2017, Mechanical Engineering Study Program UNS achieved 1st position in SEM.  

Accreditation Certificate

Credits

144 SKS

Time to Complete

4-Year

The program educational objectives of Bachelor Program in Mechanical Engineering are to educate graduates to be capable of applying

PEO-1:

a.   Technical careers in industry, government,  research institution, educational institutions or engineering consultant.

b. Graduate school in engineering.

c.  Careers involving management or entrepreneurship.

 

PEO-2, Soft skill for:

a.   Adapting to world demands.

b.   Developing new knowledge and skills.

Students in the Undergraduate Programme in Mechanical Engineering are prepared to attain the program educational objectives by the time they are graduated based on the following expected learning outcomes such as:

  1. Able to apply the knowledge of fundamental mathematics, basic science, and basic engineering, to identify, formulate, and complete the field of mechanical engineering,
  2. Able to design components, operate, manage, and maintain machinery and systems related to machinery,
  3. Able to design, conduct experiments, analyze and interpret data obtained,
  4. Able to utilize methods, skills, and modern engineering tools required for engineering practice,
  5. Able to communicate effectively, not only with fellow engineering scholars but also with the wider community, including proficiency in foreign language ​​(English),
  6. Able to work effectively both individual and team,
  7. Having knowledge of entrepreneurship and processes to generate innovation
  8. Having knowledge of contemporary issues,
  9. Commitment to ethics & profession,
  10. Able to engage in life-long learning.

Student activity

There are student activities provided in Mechanical Engineering Study Programme. These activities also become UNS representation in some international competitions.

KMTM

KMTM (Family of mechanical engineering)

..

IMG_0308

FSAE (Formula student)

..

Copy of IMG_7913

bengawan Shell Eco Marathon

..

UAV

Bengawan UAV

..

quadcopter

Bengawan Quadcopter

..

curriculum

Curriculum is designed well to make students enjoy and understand the field of mechanical engineering comprising energy, advanced materials, manufacturing and controls. In order to get Sarjana Teknik (ST), students need to pass at least 144 SKS including undergraduate thesis and seminar. Normally, it would take 4 years or 8 semesters. The detailed curriculum is presented below.

Semester 1

Credits: 2 SKS

Learning gains: religion is divided into five: Islam, Budha, Christianity, Catholic and Hindu.

Credits: 2 SKS + Lab. 1 SKS

Learning gains: Materials properties (mechanics, chemicals and physics), mechanical testing, non-destructive evaluation, materials processing and so on. 

Lab: For lab activity, destructive and non-destructive tests are conducted by students.

RPS Engineering Materials

Credits: 3 SKS 

Learning gains: numeric system, linear equation and inequalities, function, limit, differential and integral.

RPS Calculus 1

Credits: 3 SKS 

Learning gains: units, Newton Law, particle movement, kinematics, dynamics, hydro statics, Bernoulli and energy.

RPS Physic 1

Credits: 3 SKS 

Learning gains: stoichiometry, atom structures and molecules, chemical bonding, phase, chemical reaction and electrochemistry. 

Credits: 2 SKS + Lab. 1 SKS 

Learning gains: geometry specification, conventional machine, deep drawing, stamping, forging, coining and assembling.

Lab: being able to draw engineering design and able to manufacture the product using turning machine and conventional milling based on engineering drawing

RPS Manufacturing Process 1

Credits: 2 SKS 

Learning gains: Introduction to engineering drawing, characteristics of engineering drawing, line and font in engineering drawing, drawing configuration, welding and joining drawing and part drawing.

RPS Engineering Drawing

Credits: 2 SKS 

Learning gains: Being able to understand english of mechanical engineering field from textbook, handbook, standards, and international article science and capable in writing abstract thesis report in English.

RPS English

Semester 2

Credits: 2 SKS + Lab. 1 SKS 

Learning gains: electricity, Gauss, Coulomb, electrical properties of materials, kirchoff, wave, optical devices and so on. 

Lab: mechanics (moment, Newton Law and so on), hydrodynamics, viscosity, electromotive force and so on.

Credits: 2 SKS 

Learning gains: indefinite limit, definite integral, indefinite integral and multilevel integral.

RPS Calculus 2

Credits: 3 SKS 

Learning gains: understanding of basic thermodynamics which involve energy, characters, condition level, process and cycle. 

Credits: 2 SKS

Learning gains: Drawing 2D and 3D with CAD.

RPS Machine Drawings

Credits: 2 SKS

Learning gains: Analytics of human as social, individual and cultural creatures with regard to moral, law, technology and science.

Credits: 3 SKS

Learning gains: being able to understand free body diagram and Newton laws, moment, block structure, structures and so on.

RPS Satics of Structures

Credits: 2 SKS

Learning gains: being able to understand automatic manufacturing process, CNC, CNC coding, powder metallurgy and surface treatment.

Lab: being able to manufacture certain products using CNC machine

Credits: 2 SKS

Learning gains: being able to analyse entrepreneurship activities.

Semester 3

Credits: 2 SKS

Learning gains: being able to implement the use of Bahasa effectively for communicating and writing with regard to academic report.

Credits: 3 SKS

Learning gains: being able to understand and apply aljabar and differential equation in mechanical engineering problems.

RPS Engineering Mathematics 1

Credits: 3 SKS

Learning gains: being able to understand mechanical displacement involving velocity and acceleration using graphic methods and fundamental of kinematics analytics using programming.

RPS Kinematics

Credits: 3 SKS

Learning gains: being able to understand the concept of young modulus, strain-stress, deflection, combination and transformation of stress, damage theory and buckling.

RPS Strength of Materials

Credits: 2 SKS

Learning gains: being able to understand and design flowchart and programming for solving mechanical engineering problems.

 

Credits: 3 SKS

Learning gains: being able to understand, analyse and solve the problem of steam engine, gas power plant, refrigeration, gas turbine, and thermal pump.

RPS Thermodynamics 2

Credits: 3 SKS

Learning gains: being able to understand fluid characteristics, fluid dynamics, and the law of fluid mechanics.

RPS Fluid Mechanics 1

Credits: 2 SKS

Learning gains: being able to understand statistics concept in Metrology, quality control, measurement tools and errors in forming.

RPS Industrial Metrology

Semester 4

Credits: 3 SKS

Learning gains: being able to implement advanced mathematics for solving mechanical engineering problems including partial differential equation.

Credits: 2 SKS

Learning gains: being able to analyse forces and moment applied in mechanical engineering areas.

RPS Dynamics

Credits: 3 SKS

Learning gains: being able to understand the methods and steps before designing machine elements and able to design threaded joint, pivot and springs.

RPS Machine Elements 1

Credits: 3 SKS

Learning gains: being able to understand and solve the fluid mechanics problem in different areas.

RPS Fluid Mechanics 2

Credits: 2 SKS

Learning gains: being able to understand and design the measurement technique to quantify physical quantities in Engineering.

RPS Measurement Engineering

Credits: 2 SKS + lab. 1 sks

Learning gains: being able to analyse metal micro structure and its relevance to mechanical properties after mechanical and heat treatment.

Lab: being able to understand atom structures and heat treatment on materials as well as able to implement the understanding on the expertise

RPS Physical Metallurgy

Credits: 3 SKS

Learning gains: being able to understand heat transfer concept, thermal properties of materials, steady one dimension and steady multi dimension, and transient heat transfer.

RPS Heat Transfer 1

Semester 5

Credits: 3 SKS

Learning gains: being able to understand research methods in the field of mechanical engineering.

RPS Research Methodology

 

Credits: 3 SKS

Learning gains: being able to understand and analyse structural vibration response and motion equation.

RPS Mechanical Vibrations

Credits: 3 SKS

Learning gains: being able to design machine elements and power.

RPS Machine Elements 2

Credits: 2 SKS

Learning gains: being able to understand forecasting, production planning and control, factory layout and cost calculation.

RPS Industrial Management

Credits: 2 SKS

Learning gains: being able to apply the concept of heat transfer to be applied in mechanical engineering problems.

RPS Heat Transfer 2

Credits: 2 SKS + Lab. 1 SKS

Learning gains: being able to understand and analyse electric power plant including, motor, generator and transformer. 

Credits: 2 SKS + Lab. 1 SKS

Learning gains: being able to understand types of welding and function of welding to manufacture a product.

RPS Casting and Welding

Lab: being able to manufacture a product using welding technology.

RPS Casting and Welding Laboratory

Credits: 2 SKS

Learning gains: being able to think and behave as described and shown in Pancasila.

Semester 6

Credits: 2 SKS

Learning gains: being able to explain and implement management system, operation or production, and knowledge obtained from mechanical engineering department in Industry.

RPS Internship Programme

Credits: 2 SKS

Learning gains: being able to understand linear equation, polynomial, and differential equation based on numerical methods.

RPS Computational and Numerical Methods

Credits: 2 SKS

Learning gains: being able to select the materials and process in engineering design or the manufacturing of products based on requirement.

RPS Material and Process Selection

Credits: 2 SKS

Learning gains: being able to communicate actively with people regarding the problems in society and to implement knowledge they know in mechanical engineering for society.

Credits: 2 SKS

Learning gains: being able to explain the basic concept of energy conversion machine in conventional and non-conventional power plant as well as refrigeration. 

RPS Energy Conversion Machine

Credits: 1 SKS + Lab. 1 SKS

Learning gains: being able to design pneumatic and hydraulic systems.

Lab: 

Credits: 2 SKS

Learning gains: being able to determine and analyse basic phenomenon in mechanical engineering.

RPS Basic Machine Phenomenon

Credits: 2 SKS

Learning gains: being able to design product with regards to mechanical engineering area.

RPS Mechanical Engineering Design

Credits: 3 SKS

Learning gains: Students can choose elective course based on their research interest.

Semester 7

Credits: 2 SKS

Learning gains: being able to understand obligation and right as Indonesian related to national defence.

Credits: 2 SKS

Learning gains: being able to analyse characterisation of dynamic system and the response.

RPS Control Engineerings

Credits: 2 SKS

Learning gains: being able to determine the performance of energy conversion machine.

RPS Mechanical Performance Lab.

Credits: 2 SKS

Learning gains: being able to determine the idea, problems and the borders of the problems and to plan the data obtained.

 

Credits: 2 SKS + Lab. 1 SKS

Learning gains: being able to analyse and design mechatronical systems.

Credits: 3 SKS

Learning gains: Students can choose elective course based on their research interest.

Credits: 3 SKS

Learning gains: Students can choose elective course based on their research interest.

Credits: 3 SKS

Learning gains: Students can choose elective course based on their research interest.

Semester 8

Credits: 1 SKS

Learning gains: being able to implement communication technique, teamwork, leadership and mechanical engineering expertise.

Credits: 4 SKS

Learning gains: being able to analyse and write the results of their research as well as to present and to publish in academic journal.

ELECTIVE courses

Welding Technology (3 SKS) RPS Welding Technology

Biomaterials Engineering (3 SKS)

Heat and Surface Treatment (3 SKS) RPS Heat and Surface Treatment

Metal Forming (3 SKS) RPS Metal Forming

Casting Technology (3 SKS)

Powder Technology (3 SKS)

Composite Technology (3 SKS) RPS Composite Technology

Machining Process and Technology (3 SKS)

Design for Manufacturing (3 SKS)

Advanced Finite Element Method (3 SKS)

Product Design and Development (3 SKS)

Predictive Maintenance (3 SKS)

Mechanics of Robot (3 SKS)

Rheology (3 SKS)

Shock Absorbers Technology (3 SKS)

Internal Combustion Engines (3 SKS) RPS Lab  dan RPS Combustion Engines

Engineering refrigeration (3 SKS)

Aerodynamics (3 SKS) RPS Aerodynamics

Turbine (3 SKS) RPS Turbine

Computational Heat Transfer (3 SKS)

Two-phase Flow(3 SKS)

Computational Fluid Dynamics (3 SKS) RPS CFD

 Solar Energy (3 SKS)

Pumps and Compressors (3 SKS)

Heat Exchanger (3 SKS)

Energy Management (3 SKS) RPS Energy Management

Nano Generator (3 SKS) RPS Nanogenerator 

Nano Fluids (3 SKS) RPS Nano Fluids

Piping Systems (3 SKS) SISTEM Piping Systems 

Technopreneurship (3 SKS)

Contact Us:

Address :  Ir Sutami no 36 A

Phone    :  +6271632163

Email: mesin@ft.uns.ac.id | unsmesin@gmail.com

© 2019 Teknik Mesin UNS.

Close Menu