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Production Management is a main course for Material and Metallurgical Engineering students. The learning outcome of this course is students to understand how a production process is planned, implemented and controlled. This course was originally a combined course of 3 other courses, namely production management, operations research and engineering economics 

 Matakuliah Managemen Produksi adalah matakuliah wajib bagi mahasiswa teknik. Tujuan pembelajaran matakuliah ini adalah agar mahasiswa dapat memahami tentang bagaimana suatu proses produksi direncanakan, dilaksanakan dan dikontrol agar proses produksi dapat berjalan dengan baik.  Mata kuliah ini pada awalnya merupakan mata kuliah gabungan dari 3 matakuliah yang lain yaitu manajemen produksi sendiri, research operasi dan ekonomi teknik.

Learning Outcome Production Management

1. Student able to know the basic concept of production management

2. Student able to explain the basic concept of production management

3. Student able to solve the problem of production application

Course plan

1. Introduction ( Learning outcome,  Basic Concept of Production Management, Course Contract etc)

2. Operation Management

3. Manufactur capacity planning

4.Demand forecasting

5.Machine Capacity Planning

6. Operation schedule and Quality Control

7.Manufactur Maintenance

8. Mid test

9. Time Value of Money

10. Cash Flow diagram

11. Metode Komparasi ( Present Worth Method,  Future Worth Method, 

12.Annual Equivalent Method

13.Rate of Return Method

14. Problem Solving Case Study

15. Presentation

16. Final Test

Transportation and Warehousing Management

Learning Outcome

Students are able to:

·     Explain the strategic roles of transportation and warehousing.

·     Explain the typical processes of transportation and warehousing.

·     Have the capability of analyzing transportation and warehousing data for identifying problems and finding improvement opportunities.

·     Aware of the technological development surrounding transportation and warehousing.

This class covers all of the basic topics of mechanics of materials, presented at a level suitable for sophomore and junior engineering students. The principal topics are the analysis and design of structural members subjected to tension, compression, torsion, and bending, including such fundamental concepts as stress, strain, elastic behavior, inelastic behavior, and strain energy. Other topics of general interest are the transformations of stress and strain, combined loadings, stress concentrations, deflections of beams, and stability of columns. More specialized topics are thermal effects, dynamic loading, non prismatic members, beams of two materials, shear centers, pressure vessels, and statically indeterminate beams. For completeness and occasional reference, elementary topics such as shear forces, bending moments, centroids, and moments of inertia are also presented.

Training and Development or HRD course represents one of chapters in human resources management (HRM) that discusses the different aspects of staff development in dynamic organisations. This course provides an in-depth understanding how HRD is designed, executed, and evaluated, particularly in the form of training and other people development programmes. Furthermore, the HRD course introduces the training techniques and methods, the factors which contribute to successful training and the criteria and methods in assessing the multiple objectives of staff development activities.

This design course is intended for developing design skill and knowledge within specific building’s issue (i.e sustainable architecture). This course will provide fundamentals of good, common-sense green building design principles from many point of views (technically, socially and culturally) including the quantification of the impact of passive bio-climatic design strategies, followed by more active options. The EDGE software application will be used as a tool to demonstrate the impact of the strategies. At the end of this course, students will be able to develop and apply design knowledge into a profitable, built-able, and sustainable architecture as well as be able to integrate efficiency into design, evaluate its impact, and learn how to posit themselves as champions of sustainability.

Production planning and inventory control is a central functions in any manufacturing company. It deals with optimizing the use of production resources in order to satisfy customers’ demand. The objective of this course is to introduce to students various concepts, techniques, methods, and practical issues related to production planning and control.

WEEKLY PLAN

Week 1: Introduction to PPIC
Week 2-3: Demand Forecasting 
Week 4: Sales and Operations Planning 
Week 5: Master Production Schedule (MPS)
Week 6-7: Material Requirements Planning (MRP)
Week 8: Midterm  Exam
Week 9-11: Inventory Control
Week 12-13: Capacity Planning
Week 14: Guest Lecture or Quiz 
Week 15: Production Activity Control 
Week 16: Final Exam

NOTE -- The guest lecture will be conducted between week 10-15 as the topics delivered in week 10-15 do not always need to be sequential. The details about the guest lecture will be provided later before the midterm exam. Please stay updated in the WhatsApp group and My ITS Classroom.

TUTOR: Dr Niniet Indah Arvitrida (NIA)

Teaching assistants: Althoff and Alicia

Mata kuliah Proposal Tugas Akhir bertujuan untuk membekali mahasiswa dengan keterampilan yang diperlukan dalam menyusun proposal tugas akhir yang meliputi abstrak, pendahuluan, studi literatur, dan metodologi dengan struktur dan penulisan yang baik dan benar. Mahasiswa juga akan dibimbing dalam mengidentifikasi bidang minat, memilih topik penelitian yang relevan, dan menentukan dosen pembimbing yang sesuai.

Selain itu, mahasiswa diharapkan mampu mempresentasikan proposal tugas akhir mereka di hadapan kelompok, menerima dan menerapkan umpan balik yang diberikan untuk memperbaiki proposal, hingga finalisasi yang akan diunggah ke MyITS Thesis.

Proses pembelajaran mencakup penulisan dan penyusunan komponen proposal, teknik presentasi, serta komunikasi efektif dengan dosen pembimbing. Materi akan disampaikan melalui kelas dan studi kasus yang berfokus pada penerapan logika, strategi pencarian literatur, penggunaan alat bantu seperti Mendeley dan Scopus, serta penyusunan abstrak dan metodologi yang baik.

Mata kuliah ini menjadi landasan penting bagi mahasiswa untuk memulai tugas akhir mereka dengan metode yang sistematis, logis, dan inovatif, serta mampu berkontribusi nyata dalam menyelesaikan masalah di bidang informatika.