Perkuliahan Technopreneurship

General Description of Class:

Nama Matakuliah/Course name	Technopreneurship
Nomor Matakuliah/ Course number	EE401
Semester	VII
Buku acuan/ rujukan Reference	1.  F.H. Mitchell, Jr., F.H. Mitchell, Introduction to electronics design, SrPrentice Hall, 1992, Upper Saddle River 2.  Norman B. Fuqua, Reliability engineering for electronic design, Marcel Dekker, 1987, New York 3.  A.P. Ambler ; M. Abadir ; S. Sastry, Economics of design and test for electronic circuits and systems : ed., Ellis Horwood, 1992, New York 4.  Acemoglu, D., Robinson, J., Why Nations Fail: The Origins of Power, Prosperity, and Poverty, Crown Business, 2012.

Tujuan Instruksional Umum	To understand apsects that are involved in the process of innovation to enter the spirit of entepreneurship based on technology Memahami aspek yang mendukung proses inovasi untuk membentuk spirit entrepreneurship yang berbasis teknologi.
Tujuan Instruksional Khusus	1.  Understanding the process of design and creation of product 2.  Understanding market need of products and to fulfill the need 3.  Considering the business aspect of fulfillment of the need for product

Deskripsi Kegiatan/ Weekly activities

Mgg	Topik bahasan	Tugas
1	Introduction to technopreneursip	Given in class
2	Case study of technopreneurship, product planning	Given in class
3	Prduct design and market need	Given in class
4	Theory of strategic marketing and product design	Given in class
5	Promotion, advertisement and distribution of product	Given in class
6	Motivation in business in electronic industry	Given in class
7	Implementation of guest lecture	Given in class
UTS

8	Creative thinking in the electronic industry	Given in class
9	Implementation of creative thinking in the electronic industry part 1	Given in class
10	Implementation of creative thinking in the electronic industry part 2	Given in class
11	Concept in sales, pricing and government regulation	Given in class
12	Implementation of sales	Given in class
13	Analysis of product sale-ability	Given in class
14	Product demo and sale	Given in class
UAS

Perkuliahan Arsitektur sistem Komputer (Computer Architecture System)

Perkuliahan Perkuliahan Arsitektur sistem Komputer (Computer Architecture System) diberikan dalam bahasa Inggris dan bahasa Indonesia.

• Yang menggunakan bahasa Inggris:
• Materi presentasi
• Handout presentasi
• Textbook matakuliah
• Assignment (tugas) matakuliah
• Soal ujian matakuliah

Yang diberikan dalam bahasa Indonesia:

• Penjelasan yang susah dimengerti oleh mahasiswa
• Pertannyaan oleh mahasiswa dan ulangan materi

General Description of Class:

Nama Matakuliah	Arsitektur Sistem Komputer Computer Architecture
Nomor Matakuliah	EE230
Semester	IV
Buku acuan/ rujukan	[1] William Stallings, Computer Organization and Architecture: Designing for Performance, 6th ed., Prentice Hall 2003 (wajib) [2] Hamacher, V Carl, Computer Organization, Fourth Edition, McGraw-Hill, 1996 [3] Hennesy, John L., David A. Patterson, Computer Architecture A Quantitative Approach, 2nd Edition, Morgan Kauffman Publishers, Inc., 1996

Tujuan Instruksional Umum	Memahami konsep dasar komputer, mengerti urutan dan pengendalian suatu instruksi serta mamahami karakteristik & hubungan antar komponen komputer
	Students understand the basic concept of a computer, sequence and control of computer instructions, characteristics and relationship among computer sub-system
Tujuan Instruksional Khusus	Mahasiswa mampu menyebutkan bagian dari sistem komputer, bagian dari ALU, set instruksi, struktur CPU, menyebutkan perbedaan RISC dan CISC, menyebutkan perbedaan Parallel Processing dan Superscalar Processors
	Students understand parts of a computer system, part of Arithmetic Logic Unit (ALU), instruction sets, structure of central processing unit, differentiate RISC from CISC, differentiate Parallel Processing from Superscalar Processing

Topik bahasan/ sub topik bahasan

1.1    General description of computer 1.1    Computer Evolution and Performance 1.2    Computer interconnection Structure 1.3    Cache memory 1.4    Internal memory 1.5    Input and Output 1.6    Operating System Support

2.1    Computer Arithmetic 2.2    Instruction set: Characteristics and function 2.3    Instruction set: addressing mode and format 2.4    Structure and function of Central Processing Unit (CPU) 2.5    Control Unit 2.6    Microprogramming Control

3.1   RISC (Reduced Instruction Set Computers) 3.2   CISC (Complex Instrustion Set Computers) 3.3   Superscalar and superpipeline

Perkuliahan Sistem Instrumentasi Elektronika (Electronic Instrumentation System)

Perkuliahan Sistem Instrumentasi Elektronika (Electronic Instrumentation System) diberikan dalam bahasa Inggris dan bahasa Indonesia.

Yang menggunakan bahasa Inggris:

• Materi presentasi
• Handout presentasi
• Textbook matakuliah
• Assignment (tugas) matakuliah
• Soal ujian matakuliah

Yang diberikan dalam bahasa Indonesia:

• Penjelasan yang susah dimengerti oleh mahasiswa
• Pertannyaan oleh mahasiswa dan ulangan materi

General Description of Class:

Nama Mata Kuliah	Sistem Insrumentasi Elektronika Electronic Instrumentation System
Semester	VI
Buku acuan/Rujukan	1.     Wobschall, Darold; Circuit Design for Electronic Instrumentation; McGraw-Hill; 2.     Pallas-Areny, Ramon; Webster, John G; Signal and Sensor Conditioning; John Willey & Sons; 3.     Couhlin, Robert F; Driscoll, Frederick F.; Operational Amplifiers & Linear Integrated Circuits; 4th ed; Prentice Hall 4.     Tompkins, Willis J; Webster, John G; Interfacing sensors to IBM PC; Prentice Hall 5.     Barney , George; Intelligent Instrumentation, Prentice Hall 6.     Austerlitz, Howard; Data Acquisition Techniques Using Personal Computer; Academic Press, Inc 7.     Sumber-sumber lain dari internet

Tujuan Instruksional Umum	·      Memberikan pengetahuan tentang unjuk kerja sistem instrumentasi dan komponen pendukungnya ·      Memberikan pengalaman merancang sebuah sistem instrumentasi
	·      Provide knowledge about instrumentation system performance and its supporting components ·      Provide design experience  of an instrumentation system

Topik bahasan

Perkenalan dan aturan-aturan perkuliahan ·  Penjelasan tentang gambaran mata kuliah dari awal sampai akhir pada mahasiswa ·  Diskusi tentang hal-hal yang dianggap perlu untuk tercapainya kesepakatan Introduction to course rules and regulations ·  Introduction about the course from the beginning to the end of the semester to the students ·  Discussions about any materials that need further clarification and compromise

·  Pengertian tentang Sistem Pengukuran ·  Intellegent Instrumentation Vs Dumb Instrumentation ·  Understanding about measurment system ·  Intellegent Instrumentation Vs Dumb Instrumentation

Mendisain sebuah Sistem Instrumentasi Elektronika, Pemahaman awal Basic understanding of the design of electronic instrumentation system

OpAmp Sebagai komponen dasar Rangkaian Pengkondisi Sinyal OpAmp as the basic component of signal conditioner

Sensor suhu, RPS dan teknik interfacing-nya ·         Thermistor ·         Resistance Thermal Detector (RTD) Temperature sensor, signal conditioner and interface technique ·         Thermistor ·         Resistance Thermal Detector (RTD)

Sensor suhu, RPS dan teknik interfacing-nya ·         Thermocouple ·         Diode sebagai Thermosensor Temperature sensor, signal conditioner and interface technique ·         Thermocouple ·         Diodes as Thermosensors

Sensor suhu, RPS dan teknik interfacing-nya ·         IC Sensor ·         Sensor suhu lain Temperature sensor, signal conditioner and interface technique ·         IC sensors ·         Other temperature sensors

Displacement Sensor dan RPS Displacement Sensor and signal conditioner

Flowmeter dan Fluid Measurement Sensor dan RPS Flowmeter, fluid measurement sensor, and signal conditioner

Digital Transducer Digital transducer

Teknik grounding dan isolasi Grounding technique and electric isolation

Teknik Interfacing ke sistem bus pada PC Interfacing technique to bus system on a personal computer

Teknik Interfacing ke sistem bus pada PC Interfacing technique to bus system on a personal computer

Digital/Analog Conversion Digital to Analog Conversion

Analog/Digital Conversion Analog to Digital Conversion

Catu daya listrik Power Supplies

Sistem pengambilan data Data Aquisition Systems

Perkuliahan Pemrosesan Sinyal Digital (Digital Signal Processing)

Perkuliahan Pemrosesan Sinyal Digital (Digital Signal Processing) diberikan dalam bahasa Inggris dan bahasa Indonesia.

Yang menggunakan bahasa Inggris:

• Materi presentasi
• Handout presentasi
• Textbook matakuliah
• Assignment (tugas) matakuliah
• Soal ujian matakuliah

Yang diberikan dalam bahasa Indonesia:

• Penjelasan yang susah dimengerti oleh mahasiswa
• Pertannyaan oleh mahasiswa dan ulangan materi

General Description of class:

Nama Matakuliah/Course name	Pemrosesan Sinyal Digital/ Digital Signal Processing
Nomor Matakuliah/ Course number	EE333
Semester	V
Buku acuan/ rujukan Reference	[1].  E.C. Ifeachor & B.W.Jervis, Digital Signal Processing, A Practical Approach 2nd ed., 2002 [2].  Sanjit K. Mitra, Digital Signal Processing, A Computer-Based Aproach 2nd Ed., 2001 [3].  http://www.dspguide.com

Tujuan Instruksional Umum	Learn about processing discrete signal and capable of processing that signal for special application Mempelajari pemrosesan sinyal diskrit dan mampu mengolah sinyal diskrit untuk suatu aplikasi khusus
Tujuan Instruksional Khusus	1.  Differentiate many digital system with Z domain and its characteristics Membedakan berbagai sistem digital dengan domain Z dan karakteristiknya 2.  Compute and analyze sistem using FFT Menghitung dan menganalisa sistem dengan FFT 3.  Capable of designing digital filters and realizing them using computer programs Mampu membuat filter digital dan merealisasikannya dalam bentuk program komputer

Topik yang diajarkan di dalam matakuliah tersebut:

Topik bahasan

1.1  Introduction to DSP 1.2  DSP system

2.1 Discrete transform and Fourier transform 2.2 Discrete Fourier transform and properties

3.1 Fast Fourier Transform and Discrete Cosine Transform 3.2 Worked example of FFT

4.1 Discrete Time Signal and Z-transform 4.2 Power Series Method

5.1 Partial Fraction Method 5.2 Residue Method

6.1 Frequency response calculation 6.2 Stability and difference equation

7.1 Filter digital (simple system) 7.2 Example of digital filter

8.1 Introduction to digital filters 8.2 Filter FIR and design characteristics

9.1 FIR design using windows method 9.2 Worked example of windows method

10.1 FIR design using frequency sampling method  10.2 Worked example of frequency sampling

11.1 Worked example of FIR-filter 11.2 Filter IIR and design characteristics

12.1 IIR design using pole-zero placement 12.2 IIR design using Impulse Invariant method

13.1 Worked example of IIR-pole-zero and impulse 13.2 IIR design using bilinear Z-transform

14.1 Worked example of IIR-bilinear Z-transform 14.2 Review