Laboratory of Production Engineering

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“Welcome to Laboratory of Production Engineering, Mechanical Engineering Department ITS!”

Laboratory of Production Engineering is a combination of 2 laboratories, namely Product Design and Development Laboratory and Manufacturing Process Laboratory, Department of Mechanical Engineering, FTIRS-ITS. Since 2018, the Product Design and Development Laboratory had been certified as Laboratory Based Education (LBE).

Laboratory of Production Engineering is manufacturing major. The objectives of Production Engineering Laboratory are

To create product design with qood quality and economic,
To support Mechanical Engineering Department in Production Engineering group development,
To establich cooperation relationship with industry by carrying out an active role in the development and cooperation with the industry,
To provide learning, guidance, consultation, training, and distributing of technology for off-campus organizations and communities.

VISION AND MISSION

VISION

Menjadi pusat pembelajaran dan penelitian dalam perancangan dan pengembangan produk di mana mampu mendukung pertumbuhan pengembangan industri

MISSION

Menciptakan pendidikan yang berkualitas baik
Meneliti dan mengembangkan produk industri
Menjadi media pembelajaran bagi lingkungan dalam kampus atau luar kampus dengan penelitian dan pelatihan

LABORATORY RESEARCH

Since 2020, the Production Engineering Laboratory was composed of 2 focus Research Groups namely Manufacturing Research Group and Product Design and Development Research Group which are having the general research theme of each research group.

1. Manufacturing Research Group

Manufacturing

Manufacturing

Research Topic :

1. ARTIFICIAL INTELLIGENCE ON COMPUTER VISION

Choice of Topics offered :

Face and Mask Detection – Colaborate with MBP Laboratory
Surface Roughness Measurement using non-contact method (ESP)
Stress Displacement based on Moire pattern

2. OPTIMIZATION ON MANUFACTURING PROCESS

Choice of Topics offered :

Forging – Colaborate with MBP Laboratory
Drilling Composite – Colaborate with Metallurgy Laboratory

3. OPTIMIZATION ON DESIGN

Choice of Topics offered :

Airless Tire – Colaborate with MBP Laboratory
Leg Prosthesis – Colaborate with MBP Laboratory, DEPRO Department, RS. Sumber Glagah

Research Team : M. Khoirul Effendi ST, MSc.Eng, Ph.D

2. Product Design and Development Research Group

Conventional Transportation

CONVENTIONAL BIKE RESEARCH

2001-2013

Research Results :

Flexible Bike
Mountain Bike
Foldable
ITS Campus Bike
Multi Gender Bike

Research Team : Prof. I Made Londen Batan

Post-Stroke Tricycle

Research Topic :

1. TADPOLE TRICYCLE

Research Topics that have been conducted in 2014-2016

Tricycle with feet and hands pedal-Prototipe 1 (2014)
Tricycle foldable-Prototipe 2 (2015)
Tricycle with feet pedal and hand rotation tool-Prototipe 3 (2016)

2. DELTA TRICYCLE

Research Topics that have been conducted in 2017-2019

Tricycle with feet pedal-Prototipe 1 (2017)
Tricycle with feet pedal-Prototipe 2 (2018)
Tricycle with feet pedal-Prototipe 3 (2019)

3. AUTONOMOUS BIKE FOR STROKE REHABILITATION

Choice of Topics offered :

Elektrik Tricycle
Statig Rig
Medical Record Sensor System and Bicycle Dashboard
Bicycle Development and Bike Dashboard Monitoring
Implementation of Digital Medical Record on Electric Tricycles using Mobile Phones / Tablets
Advanced Testing with stroke patients for digital medical record applications and Data Mining (Aritificial Intelligent Optimization (AI))

Research Team : Prof. I Made Londen Batan

Unmanned Aerial Vehicle

Research Topic :

UNMANNED AERIAL VEHICLE

Topics offered :

Optimization of Aircraft Tail Section (Fin)
Optimization of Aircraft Tail Section (Elevator)
Analysis of Aircraft Wing Structure with Dihendral
Analysis of Aircraft Wing Structure with Winglets

Research Team : Arif Wahyudi ST., MT., PhD.

Injection Molding

Research Topics :

1. STUDY ON ALTERNATIVE NATURAL MATERIAL FOR HELMET

2. INJECTION MOLD

3. BIOCOMPOSITE

Research Team : Dinny Harnany ST., MT.

Industrial Tool

Research Topics :

1. FRICTION STIR WELDING

2. DEEP DRAWING PROCESS

Research Team : Prof. I Made Londen Batan

Powerplant Optimization

Research Topic :

POWERPLANT OPTIMIZATION

Research Team : Arif Wahyudi, ST., MT., PhD.

Cervical and Lumbar Traction

Research Topic :

CERVICAL AND LUMBAR TRACTION

Research Team : Prof. I Made Londen Batan

Partnership

Global Partnership

Bosch Sprang (NX Siemens) – Netherland
Kodama, Co.Ltd. (Topsolid) – Japan

Domestic Partnership

PT. BIIS GRIYA NADI (Application Creation Services, Website, ERP Implementation Video Profile, Documentation, and Animation) – Surabaya
CV. SMARTECH 2007 (Manufacturing Workshop) – Sidoarjo

Patent

2009 – Flexy Knock Down Bike

2011 – Climbing wheelchair

2012 – Flexible bike frame

2012 – Measuring Instrument and Sudu – Cross Flow Turbine Dimension Measurement Method Based Imaging

2012 – Wheelchair Seat with Horizontal Adjustable

2013 – Measurement for turbine blade angle using image processing

2014 – Bike Frame with Low pedals energy

2015 – Tricycle Folding Frame

2018 – Post-Stroke Tricycles and Tricycle Usage Procedures

ORGANIZATION OF LABORATORY

Head of Laboratory

ARIF WAHYUDI, ST., MT., PhD

sinta | scopus | google scholar

Members of Laboratory

I MADE LONDEN BATAN, Ir. M.Eng., Dr-Ing. Prof

sinta | scopus | google scholar

DINNY HARNANY, ST. MT

sinta | scopus | google scholar

SAMPURNO,Ir. MT

sinta | scopus | google scholar

BOBBY OEDY PRAMUDYO, Ir. MSc. PhD

sinta | scopus | google scholar

SUHARDJONO, Ing. M.Sc., Dr-Ing. Prof

sinta | scopus | google scholar

M. KHOIRUL EFENDI, ST, MSc.Eng, Ph.D

sinta | scopus | google scholar

Active Students

Undergraduate Students (S1)

Jamaludin As’ad (Coordinator of Laboratory)
Teduh Adi
Giovanni
Syamsul Arifin
Reynaldi
Brillian
Hasan
Andika
Zakaria

Magister Students (S2)

Rosadila Febritasari (Laboratory assistant)
Fitriana Firdausi
Fungky Dian
Adi Susanto
Niko Adrisena

Doctoral Students (S3)

Bapak Mulyadi, S.T, M.T
Bapak Kabib, S.T, M.T
Bapak Faizin, S.T, M.T

ACADEMIC ACTIVITY

Undergraduate (S1)

Compulsory Courses

1st Manufacturing Process (3 sks)
2nd Manufacturing ProcessI (3 sks)
Industry Metrology (3 sks)
Statistics & Design Experiment (4 sks)

Elective Courses

Engineering Quality (3 sks)
Machine Tools Vibration (3 sks)
Machining Process (3 sks)
CNC Machine Tools (3 sks)
Product Design and Development (3 sks)
Desing Machine Tools (3 sks)
Mould Design (3 sks)
Geometry Tolerance (3 sks)
Precision Measurement (3 sks)
Computer Aided Design & Manufacturing (CAD/CAM) (3 sks)

Magister (S2)

Compulsory Courses

Design of Experiments (3 sks)
Quality and Risk Management (3 sks)

Elective Courses

Product Design (3 sks)
Dynamics of Machine Tools (3 sks)
Engineering Quality (3 sks)
Design of Experiments (3 sks)

Doctoral (S3)

Elective Courses

Product Design (3 sks)
Dynamics of Machine Tools (3 sks)
Machining Process (3 sks)
Design of Experiments (3 sks)

LABORATORY ACTIVITIES

Study and Discussion

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In Laboratory, there are comfortable rooms those are used by students to learn together and discusse or meeting with lecturers

CAD Training

Computer Aided Design (CAD) training is conducted to support courses especially in 2D/ 3D drawing in Mechanical Engineering. CAD training includes Solidwork, TopSolid, Catia, Moldflow and Inventor.

PRACTICE

Industrial Metrology
Welding

Industrial Metrology

The practice of Industrial Metrology is given to Undergraduate Students and aims to learning measurement methods using basic measuring instruments and image processing.

A. Measurement Practice

The purposes of this practice are to

Know how to use measuring instruments such as: micrometers, trusses, and bevel protactors
Know the precision and accuracy of measurement results
Know the factors that affect measurement results

B. Measurement practice with image processing

The purposes of this practice are to

To find out how to measure linear dimensions based on camera capture image
To know the precision of the measurement results using the principle of image processing
To find out the factors that affect the measurement results using the principle of image processing

Welding

Electric welding and Carbit welding

Welding is a fabrication process that joins materials, usually metals or thermoplastics, by using high heat to melt the parts together and allowing them to cool, causing fusion. There are 2 methods that will be used in this welding process, namely Electric Welding and Carbide Welding (Asetiline)

Student Activities

Open House ITS Tricycle for Post Stroke (SERAITS)

Vacation and Communal Work in Laboratory

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