prospectus of undergraduate programme in physicsfisika.fmipa.unand.ac.id/images/prospectus... ·...

Prospectus of Undergraduate Programme in Physics

Faculty of Mathematics and Natural Sciences 2019

Universitas

Andalas

The department is well known for its accomplishments in basic and applied scientific research focusing in

Geophysics-Atmospheric Physics, Nuclear Physics, Photonic and Optoelectronics, Nanomaterials, Thin Films,

Device Physics, Material Science and a growing new interest in Biophysics and Medical Physics. This is very much

in line with our vision to become an internationally reputable physics department in the study and development

of physics to support science and technology innovation and disaster mitigation.

We hope that you will find information available on this website useful. Thank you for your interest on

us. However, information on a prospectus can only go so far and the best way to gain an insight into life at

Physics Department of Universitas Andalas is to visit us and experience it for yourself. Feel free to contact us! We

would be more than happy to talk to you, answer any of your questions and walk you through.

Welcome! I’m pleased to introduce you to Physics Department of Universitas

Andalas! Whether you are current or prospective students, alumni

of our programmes, parents, employers or simply just stopping by,

you will find information on this prospectus pertaining to one of

the leading physics programmes in Indonesia.

Our students at both the undergraduate and graduate level enjoy a broad range of opportunities that facilitate

them to engage in state-of-the-art research activities under the expert supervision of our faculty. In addition to

being able to co-author papers in scientific journals with our faculty, our graduate students are also able to take

part in invention disclosures and patents. The research activities at the department are performed in

collaborations with numerous world-class universities, national labs, government institutions and industries both

home and abroad. Together with conducive academic atmosphere and excellent facilities, we offer our students

a vibrant, research-based intellectual environment to prepare them for the scientifically and technologically

advanced careers of tomorrow.

Warm regards,

Dr.techn. Marzuki

Head of the Department

Contents

Vision, Missions and Objectives 2

Programme Specification 3

Course Structure 5

Course Distribution 6

Skills Matrix 8

Course Specification 14

Faculty and Staffs 18

Laboratory and Supporting Facilities 26

Student Services and Supports 30

Career and Employability 32

Students and Graduates Success Stories 35

Location - Campus Map 38

About this Prospectus 39

Further Information 40

1

Vision, Missions and Objectives

Vision

To become a reputable physics major at the international level in the study and

development of physics to support science and technology innovation and disaster

mitigation in 2028

Missions

Organizing education to produce high quality physics graduates

Carrying out research and development of science and technology in the

field of physics to support science and technology innovation, and disaster

mitigation in supporting sustainable national development.

Carrying out service and community service activities based on research

results to improve community welfare and disaster mitigation;

Carrying out institutional cooperation with various institutions at home and

abroad to improve the performance of education, research and community

service.

Objectives

Producing high quality graduates who receive recognition at the national and

international level.

Producing publications in reputable international journals and Intellectual

Property Rights (IPR) in the fields of science and technology innovation, and

disaster mitigation.

Improving the application of research results to improve community welfare

and safety.

Increasing the output of cooperation in the fields of education, research and

community service

2

Visio

n, M

ission

s, & O

bje

ctiv

e

Program Name Undergraduate Programme in Physics (UPP), Department of Physics,

Faculty of Mathematics and Natural Sciences, Andalas University

Year of establishment 1996

Address Jurusan Fisika, FMIPA, Universitas Andalas Kampus UNAND, Limau

Manis, Padang 25163

Phone: +6282170831700 Fax : 0751-73118

Homepage: http://fisika.fmipa.unand.ac.id/

Email: [email protected]

Accreditation level A , awarded by National Accreditation Board of Higher Education (BAN-

PT) Decree No.0985/SK/BAN-PT/Akred/S/VI/2016 for the period of 17th

of June 2016 to 17th

of June 2021.

Mode/type of study Full time/campus-based

Duration of study 4 years/8 semesters (maximum 14 semesters)

Minimum credit 144 credits (sks)

Degree Awarded S.Si (Sarjana Sains) / BS

Intake selection National selection (SNMPTN, SBMPTN)

Regional selection (SMMPTN)

Admission criteria High school graduates (or equivalent) majoring in natural science

Not color blinded

Passed the SNMPTN/ SBMPTN/ SMMPTN selection

Graduate Profiles Graduates of the programme can work as

1. Academics – Higher learning institutions (following pursuance of

their degree qualifications to Masters of PhD levels)

2. Research Officer – Research institutes, higher learning institutions

and industries

3. Science Officer - Research institutes, higher learning institutions and

industries

4. Physics Teacher - Schools and colleges (following pursuance of

teacher certification)

5. Quality Control/Assurance and Marketing Officers – Agencies and

industries

Programme Objectives The programme is designed to prepare graduates

1. To have strong knowledge and competency in physics to advance in

diverse career path or to pursue higher degree in physics.

2. To be professionals with appropriate softskills and excellent work

ethics

3. To demonstrate positive attitude, integrity and high responsibility to

the community and global society.

Programme Specification

3

Pro

gra

mm

e S

pecific

atio

n

http://fisika.fmipa.unand.ac.id/

Programme Learning

Outcomes

At the end of the study programme, students are

1. Able to master knowledge of fundamental laws and principles of

classical and modern physics (Keywords: Fundamental Knowledge)

2. Able to apply laws and principles of physics using experimental

methods, mathematical and computational techniques to solve

physical problems and related field. (Keywords: Application of

Physics Knowledge and Skills)

3. Able to conduct experiments in physics systematically as well as to

interpret data and to present result correctly. (Keywords:

Experimentation Skills)

4. Able to plan, perform and evaluate scientific studies and research

related to physics or broader areas specifically those related to the

innovation of science and technology and disaster mitigation.

(Keywords: Scientific Study and Research)

5. Able to identify, formulate, analyze and solve problem scientifically

(Keywords: Critical Thinking and Problem Solving)

6. Able to function effectively in multidisciplinary teams. (Keywords:

Team-working Skills)

7. Have fundamental capability in oral and written communication both

in Bahasa and in English. (Keywords: Communication Skills)

8. Able to continuously seek and acquire contemporary knowledge,

work independently and manage learning time effectively (Keywords:

Lifelong Learning and Information Management)

9. Able to practice ethical values and integrity in scientificand social

interaction (Keywords: Adaptability, ethics and integrity)

Teaching and learning

methods

Student-centered learning (SCL) approach includes Cooperative

Learning, Small Group Discussion, Contextual Instruction, Problem-

based learning, Project-based learning, Case Study, Collaborative

Learning, Discovery Learning and Simulation

Assessment methods Learning outcome assessment covers 1) knowledge (cognitive), 2)

specific skills (psychomotor), 3) softskills, core values and attitudes

(affective). Assessment method includes observation, participation,

writing test, practical exam and interview. Learning process are assessed

using rubrics, and learning outcomes are assessed using portfolios

Benchmark and

reference

1. SN-DIKTI Indonesian Qualification Framework (IQF)

2. Minimum curriculum for physics study programme set by Physical

Society of Indonesia (PSI)

3. ASIIN standard for Bachelor’s and Master’s degree programmes in

physics and related degree programmes orientated on physics

Date of Approval 4th

of December 2015

Year of last curriculum

review

2014

4

Pro

gra

mm

e S

pecific

atio

n

Course Structure

5

Co

urse

Stru

ctu

re

Course Distribution

Compulsory Courses

1st Semester Credit 2nd Semester Credit

Basic Physics I (Theory) 4 Basic Physics II (Theory) 4

Basic Physics I (Experiments) 1 Basic Physics II (Experiments) 1

Measurement Methods in

Physics 2

Introduction to Information

Technology 2

Calculus I 3 English I 2

Basic Chemistry (Theory) 3 Calculus II 3

Basic Chemistry (Experiments) 1 General Biology 2

Indonesian Language 2 Religious Instructions 2

Socio-Cultural Study 2 Pancasila and Civic Study 3

Total Credit 18 Total Credit 19

3rd Semester Credit 4th Semester Credit

Classical Mechanics 4 Research Methodology 2

Mathematics for Physics I 4 Computer Programming 4

Modern Physics 3 Mathematics for Physics II 4

Basic Electronics 4 Electromagnetic Theory I 3

Environmental and Natural

Disaster Physics 3

Physics of Wave 3

Elective Course 2 Elective Course 4


5th Semester Credit 6th Semester Credit

Experimental Physics I 1 Experimental Physics II 1

Quantum Physics 4 Nuclear Physics 3

Electromagnetic Theory II 3 Scientific Communication 2

Computational Physics 4 Solid State Physics 4

Thermal Physics 4



7th Semester Credit 8th Semester Credit

Undergraduate Thesis I 2 Undergraduate Thesis II 4

English II 2

Technopreneurship 2

Community Involvement

Programme

4



6

Co

urse

Distrib

utio

n

Further Information:

http://fisika.fmipa.una

nd.ac.id/academics/un

dergraduate-

studies/mata-kuliah-

wajib-s1.html

Course Distribution

Elective Courses

Nuclear and Theoretical Physics Material Physics

Odd Semester Credit Even Semester Credit Odd Semester Credit Even Semester Credit

Introduction to

Astrophysics

2 Introduction to Theory

of Relativity

2 Introduction to Material

Physics

3 Introduction to Polymer

Physics

2

Nuclear Fuel 2 Modern Optics 3 Dielectric Materials 2 Composite Materials 2

Introduction to Reactor

Physics

2 Nuclear Computation 3 Physics of Ceramic

Materials

2 Introduction to Thin

Films

2

Mathematical Physics III 2 Nonlinear Physics 2 Magnetic Materials 2 Optical Materials 2

Reactor Physics 2 Group Theory 2 Semiconductors 3 Advanced Materials 2

Particle Physics 2 Neutron Transport

Theory

2 Crystallography 2 Electronic Structure of

Solid State Material

2

Internship in Nuclear

Physics

3 Nuclear

Instrumentation

2 Spectroscopy &

Microscopy

2 Nanomaterial 2

Internship in Material

Physics

3

Earth and Atmospheric Physics Electronics and Instrumentation Physics

Odd Semester Credit Even Semester Credit Odd Semester Credit Even Semester Credit

General Geophysics 3 Earthquake Seismology 3 Digital Electronics 3 Advanced Electronics 3

Method of Geoelectric,

Geomagnetic, Gravity

3 Oceanography 2 Sensor System 3 Instrumentation System 2

Atmospheric Physics I 2 Volcanology 2 Digital Signal Processing 2 Microprocessors 3

Climate and Weather

Data Analysis

2 Atmospheric Physics II 2 Optoelectronics 2 Telemetry System 2

Geothermal Physics 2 Seismic Methods 3 Mechatronics 2 Artificial Neural Network 2

Internship in Earth and

Atmospheric Physics

3 Rock Magnetism 2 Introduction to

Biomimetics

2 Optical Communication

System

2

Internship in

Instrumentation

2

Biophysics and Medical Physics Odd Semester Credit Even Semester Credit

Odd Semester Credit Even Semester Credit

Biophysics 3 Physics of Radiation 2

Physics of Radiology 2 Dosimetry 2

Radiobiology 2 Physics of Radiotheraphy 3

Radiation Protection 2 Radiation Application in

Industry

2

Introduction to Medical

Instrumentation

2 Medical Imaging 2

Internship in Medical

and Biophysics

3

7

Co

urse

Distrib

utio

n

Further Information: http://fisika.fmipa.unand.ac.id/academics/undergraduate-studies/mata-kuliah-pilihan-s1.html

Info Corner: Undergraduate students who are able to have:

High academic achievement with a Grade Point Average

(GPA) of at least 3.25 (three point two five) with the lowest

grade B until the end of semester 6 (six) and

TOEFL score is equal to or equal to 450 (four hundred

and fifty)

can choose to attend a master's degree education as part

of an undergraduate program (combined)

Co

urse

Distrib

utio

n

Skills Matrix

A. Compulsory Courses

No. CODE COURSES

DISCIPLINE SPECIFIC KNOWLEDGE AND COMPETENCIES TRANSFERRABLE SKILLS

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ELO

1

ELO

2

ELO

2

ELO

2

ELO

3

ELO

4

ELO

4

ELO

7

ELO

7

ELO

6

ELO

5

ELO

5

ELO

5

ELO

8

ELO

8

ELO

7

ELO

8

ELO

9

1 PAP1101 Basic Physics I (Theory) ● ● ● ● ●

2 PAP1103 Basic Physics I (Experiments) ● ● ● ● ● ● ●

3 PAP1105 Measurement Methods in Physics ● ● ● ● ● ●

4 PAM1101 Calculus I ● ● ● ● ●

5 PAK1101 Basic Chemistry (Theory) ● ● ●

6 PAK1103 Basic Chemistry (Experiments) ● ● ● ● ●

7 MPK1001 Indonesian Language ● ● ● ● ● ●

8 MBB1001 Socio-Cultural Study ● ● ●

9 PAP1102 Basic Physics II (Theory) ● ● ● ● ●

10 PAP1104 Basic Physics II (Experiments) ● ● ● ● ● ● ●

11 PAP1106 Introduction to Information Technology ● ● ● ● ● ●

12 PAP1108 English I ● ● ● ● ● ●

13 PAM1102 Calculus II ● ● ● ●

14 PAB1102 General Biology ● ● ●

15 MPK1002 Religious Instructions ● ● ●

16 MPK1004 Pancasila and Civic Study ● ● ●

17 PAP2101 Classical Mechanics ● ● ● ●

18 PAP2103 Mathematics for Physics I ● ● ● ● ●

19 PAP2105 Modern Physics ● ● ● ●

20 PAP2107 Basic Electronics ● ● ● ● ●

8

Sk

ills Matrix

Sk

ills Matrix

S

kills M

atrix

Sk

ills Matrix

A. Compulsory Courses (continued)

No. CODE COURSES


Mast

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of f

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3

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4

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4

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7

ELO

7

ELO

6

ELO

5

ELO

5

ELO

5

ELO

8

ELO

8

ELO

7

ELO

8

ELO

9

21 PAP2109 Environmental and Natural Disaster

Physics ● ● ● ● ● ● ● ●

22 PAP2102 Research Methodology ● ● ● ● ● ● ● ● ● ● ●

23 PAP2104 Computer Programming ● ● ● ● ● ● ● ●

24 PAP2106 Mathematics for Physics II ● ● ● ● ●

25 PAP2108 Electromagnetic Theory I ● ● ● ●

26 PAP2110 Physics of Wave ● ● ● ●

27 PAP3101 Experimental Physics I ● ● ● ● ● ● ●

28 PAP3103 Quantum Physics ● ● ● ●

29 PAP3105 Electromagnetic Theory II ● ● ● ●

30 PAP3107 Computational Physics ● ● ● ● ● ● ● ● ● ● ● ● ●

31 PAP3109 Thermal Physics ● ● ● ●

32 PAP3102 Experimental Physics II ● ● ● ● ● ● ● ● ●

33 PAP3104 Nuclear Physics ● ● ● ●

34 PAP3106 Scientific Communication ● ● ● ● ● ● ● ● ●

35 PAP3108 Solid State Physics ● ● ● ●

36 PAP4101 Undergraduate Thesis I ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

37 PAP4103 English II ● ● ● ● ● ● ●

38 PAP4105 Technopreneurship ● ● ● ● ●

39 AND4001 Community Involvement Programme ● ● ● ● ● ●

40 PAP4102 Undergraduate Thesis II ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

9

Sk

ills Matrix

B. Elective Courses

No. CODE COURSES


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1

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2

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2

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2

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3

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4

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4

ELO

7

ELO

7

ELO

6

ELO

5

ELO

5

ELO

5

ELO

8

ELO

8

ELO

7

ELO

8

ELO

9

1 PAP2201 Introduction to Astrophysics ● ● ● ● ● ● ●

2 PAP2203 Nuclear Fuel ● ● ● ● ● ● ● ● ●

3 PAP3201 Introduction to Reactor Physics ● ● ● ● ● ● ● ● ●

4 PAP3203 Mathematical Physics III ● ● ● ● ● ● ● ● ● ●

5 PAP4201 Reactor Physics ● ● ● ● ● ● ● ● ●

6 PAP4203 Particle Physics ● ● ● ● ● ● ●

7 PAP4205 Internship in Nuclear Physics ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

8 PAP2202 Introduction to Theory of Relativity ● ● ● ● ● ● ●

9 PAP3202 Modern Optics ● ● ● ● ● ● ●

10 PAP3204 Nuclear Computation ● ● ● ● ● ● ● ● ●

11 PAP3206 Non-Linier Physics ● ● ● ● ● ● ●

12 PAP4202 Grup Theory ● ● ● ● ● ● ●

13 PAP4204 Neutron Transport Theory ● ● ● ● ● ● ●

14 PAP4206 Nuclear Instrumentation ● ● ● ● ● ● ●

15 PAP2301 Introduction to Material Physics ● ● ● ● ● ● ● ● ●

16 PAP3301 Dielektric Material ● ● ● ● ● ● ● ● ●

17 PAP3303 Ceramics Science ● ● ● ● ● ● ● ● ●

18 PAP3305 Magnetic Material ● ● ● ● ● ● ● ● ●

19 PAP4301 Semiconductors ● ● ● ● ● ● ● ● ●

20 PAP4303 Crystallography ● ● ● ● ● ● ● ● ● ●

10

Sk

ills Matrix

B. Elective Courses (continued)

No. CODE COURSES


Mast

ery

of f

und

am

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ility

ELO

1

ELO

2

ELO

2

ELO

2

ELO

3

ELO

4

ELO

4

ELO

7

ELO

7

ELO

6

ELO

5

ELO

5

ELO

5

ELO

8

ELO

8

ELO

7

ELO

8

ELO

9

21 PAP4305 Spectroscopy & Microscopy ● ● ● ● ● ● ● ● ● ●

22 PAP4307 Internship in Material Physics ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

23 PAP2302 Introduction to Polimer Physics ● ● ● ● ● ● ● ● ●

24 PAP2304 Composit Material ● ● ● ● ● ● ● ● ● ●

25 PAP3302 Introduction to Thin Films ● ● ● ● ● ● ● ● ● ●

26 PAP3304 Optical Material ● ● ● ● ● ● ● ● ● ●

27 PAP3306 Advanced Material ● ● ● ● ● ● ● ● ● ●

28 PAP4302 Electronic Structure of Solid Material ● ● ● ● ● ● ● ● ● ●

29 PAP4304 Nanomaterial ● ● ● ● ● ● ● ● ● ●

30 PAP2401 General Geophysics ● ● ● ● ● ● ● ● ● ●

31 PAP3401 Geoelectric, Geomagnet, Gravity ● ● ● ● ● ● ●

32 PAP3403 Atmospheric Physics I ● ● ● ● ● ● ● ● ● ●

33 PAP4401 Climate and Weather Data Analysis ● ● ● ● ● ● ● ● ● ●

34 PAP4403 Geothermal Physics ● ● ● ● ● ● ● ● ● ●

35 PAP4405 Internship in Earth and Atmospheric

Physics ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

36 PAP2402 Earthquake Seismology ● ● ● ● ● ● ● ● ● ●

37 PAP2404 Oceanography ● ● ● ● ● ● ● ● ● ●

38 PAP3402 Vulkanology ● ● ● ● ● ● ● ● ● ●

39 PAP3404 Atmospheric Physics II ● ● ● ● ● ● ● ● ● ●

40 PAP3406 Seismic Methods ● ● ● ● ● ● ● ● ● ●

11

Sk

ills Matrix

S

kills M

atrix


No. CODE COURSES


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ELO

1

ELO

2

ELO

2

ELO

2

ELO

3

ELO

4

ELO

4

ELO

7

ELO

7

ELO

6

ELO

5

ELO

5

ELO

5

ELO

8

ELO

8

ELO

7

ELO

8

ELO

9

12

Sk

ills Matrix

41 PAP3408 Rock Magnetism ● ● ● ● ● ● ● ● ● ●

42 PAP2501 Digital Electronics ● ● ● ● ● ● ● ● ●

43 PAP3501 Sensor System ● ● ● ● ● ● ● ● ● ●

44 PAP3503 Digital Signal Processing ● ● ● ● ● ● ● ● ●

45 PAP3505 Optoelectronics ● ● ● ● ● ● ● ● ● ●

46 PAP4501 Mechatronics ● ● ● ● ● ● ● ● ● ●

47 PAP4503 Introduction to Biomimics ● ● ● ● ● ● ● ● ● ●

48 PAP4505 Internship in Instrumentation ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

49 PAP2502 Advanced Electronics ● ● ● ● ● ● ● ● ● ●

50 PAP2504 Instrumentation System ● ● ● ● ● ● ● ● ●

51 PAP3502 Microprocesors ● ● ● ● ● ● ● ● ●

52 PAP3504 Telemetry System ● ● ● ● ● ● ● ● ● ●

53 PAP3506 Artificial Neural Network ● ● ● ● ● ● ● ●

54 PAP3508 Optical Communication System ● ● ● ● ● ● ● ● ● ●

55 PAP2601 Biophysics ● ● ● ● ● ● ● ● ● ●

56 PAP3601 Radiology Physics ● ● ● ● ● ● ● ● ● ●

57 PAP3605 Radiobiology ● ● ● ● ● ● ● ● ● ●

58 PAP4601 Radiation Protection ● ● ● ● ● ● ● ● ● ●

59 PAP4603 Introduction to Medical Instrumentation ● ● ● ● ● ● ● ● ●


No. CODE COURSES


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Life

-lo

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learn

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Ad

ap

tab

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ELO

1

ELO

2

ELO

2

ELO

2

ELO

3

ELO

4

ELO

4

ELO

7

ELO

7

ELO

6

ELO

5

ELO

5

ELO

5

ELO

8

ELO

8

ELO

7

ELO

8

ELO

9

13

Sk

ills Matrix

60 PAP4605 Internship in Medical and Biophysics ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

61 PAP2602 Radiation Physics ● ● ● ● ● ● ● ● ● ●

62 PAP2604 Dosimetry ● ● ● ● ● ● ● ● ● ●

63 PAP3602 Radiotherapy Physics ● ● ● ● ● ● ● ● ● ●

64 PAP3604 Radiation Application in Industry ● ● ● ● ● ● ● ●

65 PAP4602 Medical Imaging ● ● ● ● ● ● ● ● ● ●

Course Specification

Compulsory Courses

Basic Physics I (Theory) Basic Physics I (Experiments)

Definition, Purpose & Application of Physics, and Scientific

Method. Work and Energy, Linear Momentum & Collision,

Rotational Motion, Statics and Dynamics of Rigid Bodies.

Statics and Fluid Dynamics, Vibrations, Waves & Sounds,

and Basic Thermodynamics.

Basics of Measurement, Force Vector, Free Falling Objects,

Simple Pendulum, Physical Pendulum, Friction Coefficient,

Pulley System, Liquid Density, Liquid Substance Voltage,

Newton Liquid Viscosity, Venturi Meter, Linear Expansion

Coefficient, Calorimeter, Lens, Diffraction Grating, Index

Liquid Bias Prisma, Polarimeter.

Measurement Methods in Physics Calculus I

Physical Measurement Basics: Physics and Measurement,

Uncertainty in Measurement, Rectification Propagation

Method, Presentation of Measuring Final Results and

Significant Numbers, Types of Uncertainty Evaluations,

Observation Chart and Data Analysis, Principal Quantity

Measuring Devices, Measurement of Lengths and Mass,

Measurement of Electrical Quantities, Reporting of

Measurement Results

Real Numbers, Inequality, Cartesian Coordinate System;

Functions and Graphs, Operations on Functions, Limits,

Derivative (Differential), Average value theorem, Integrals,

Logarithmic Functions, Exponents, Inversions, Exponential

Growth and Decay, Inverse Trigonometry and Hyperbolic

Tigonometry Functions, Linear Differential Equations

Basic Chemistry (Theory) Basic Chemistry (Experiments)

Stoichiometry, Atomic Structure, Periodic System,

Molecular Structure, Substance, Inter Molecular Interaction

and Phase Change in Chemical Energetics, Equilibrium,

Physical Properties of Solutions, Chemical kinetics, Acid-

Base concepts, Acid-base equilibrium, Solution

Equilibrium, Electrochemistry, Nuclear Chemistry and

Chemistry Radiation, Chemical Elements and Complex

Compounds, Organic and Biochemical Compounds.

Experiment object is determined by UNAND Central Lab.

with reference to the lectures on the theory of Basic

Chemistry

Indonesian Language Socio-Cultural Study

Emphasizing on skills in using Indonesian as national

languages properly and correctly. The course is focused

on academic writing (papers, summaries of books or

chapters, book review), reading scientific papers, speaking

for academic purposes (Presentation and speech in formal

situations).

Introduction: Nature and Scope, Humans as Cultural

Beings; Humans as Individual and Social Beings; Humans

and Civilizations; Humans, Diversity and Equality; Human,

Values, Moral, Law; Human, Science, Technology and Art

(IPTEKS); Humans and the Environment.

Basic Physics II (Theory) Basic Physics II (Experiments)

Electrostatics (Coulomb’s law, electric potential, capacitors

dielectrics), Direct Current (electric current, Ohm’s law,

Resistivity, EMF, electric circuit, Kirchoff’s Law, RCcircuit),

Magnetic Field (magnetic source, magnetic materials,

magnetic force, Biot-Savart’s law), Electromagnetic

induction, Faraday’s law, Lenz’s law, inductance,

generators, transformers), Alternating current, light and

optics:

Wheatstone Bridge, Resistance Temperature Coefficient,

Electric Heat Tara, Ohm's Law, Kirchhoff's Law,

Characteristics of RLC Circuits, Transformers, Lenses,

Diffraction Grating, Prismatic Refractive Index, Polarimeter.

Introduction to Information Technology English I

The history of the development of information technology,

hardware, software, utilization, information technology

trends, basic principles of analog and digital signal

communication, database functions, file and database

Vocabulary (Greek roots and lation roots), phrases,

grammar (passive voice, participle, compound sentence);

reading techniques of for academic purposes, writing

(applying preposition into sentences, summary writing,

14

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ecific

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n

management, the role of information technology in

human life

note-taking, writing application), speaking (language of

interview).

Calculus II General Biology

Standard form integral & substitution techniques (Partial

Integration), Trigonometric Integration and Rational

Functions; Indeterminate form; Unlimited Row and Series;

Series test; Taylor and McLaurin series; Cone Slices; Polar

Coordinate System; Cross and Dot Product; Tangents in

Space; Function of two or more variables; Limit and

continuity; Derivative Function of Two Variables,

Directional Derivatives; Lagrange Method; Multiple

Integral; Homogeneous and non-Homogeneous 2nd

order

Linear Differential Equations.

Life characteristics, cell biology, inheritance, evolution,

diversity of living beings, structure and function of animals,

structure and function of plants, Indonesian biodiversity,

and human interaction with other living things and the

environment

Religious Instructions Pancasila and Civic Study

God Concept (Theology); Human nature and

responsibility; Law and moral in science, technology, and

Art; The role of religion in the life of society, culture and

politics

Pancasila philosophy; National Identity; Politics and

Strategy; Indonesian Democracy; Human Rights and Rule

of Law; Rights and Obligations of Citizens; Indonesian

Geopolitics; Indonesian Geostrategy.

Classical Mechanics Mathematics for Physics I

Single Particle Mechanics: Particle Kinematics, Particle

Dynamics, and Central Force; Multi-Particle Mechanics:

Particle and Rigid Body System; Non-commercial System;

Langrange Mechanics.

Basic mathematics skill needed to solve physics problems.

This course covers Infinite Series and Power Series;

Complex Numbers; Linear Algebra; Partial Differentiation;

Multiple Integrals; Vector Analysis; Fourier Series and

Transforms

Modern Physics Basic Electronics

Relativity; Particle-Wave Dualism; Atomic Structure; Atomic

Core; Radioactivity and Core Reactions; Introduction to

Quantum Physics (Schrodinger's Equation, Value

Expectations, Tunneling Effects); Quantum Atom

Hydrogen Theory; Many Electron Atoms; Elementary

Particles; Bonds and Energy in Molecules

Basic electronic theory covers Capacitors; RC Circuit:

(Integrator, Differentiator, Series, Low Passive and High

Pass Passive RC Filter); Semiconductors; Diode; Transistor;

Amplifier Emitter, Base and Collector grounded;

Phototransistor and Photodiode; Transistor Amplifiers For

Alternating Current Signals (AC), Field Effect Transistors

(FET), Understanding and Types of FETs and the symbol,

JFET, MOSFET. This course includes Lab. Sessions.

Environmental and Natural Disaster Physics Research Methodology

The causes of natural and environmental disasters will be

discussed in this course in terms of physical systems, such

as: earthquakes, landslides, tornadoes, tsunamis, droughts

and floods and environmental disasters such as global

warming, irregular seasons, pollution, etc. Management of

how to prevent and overcome these disasters are also

covered.

Introduction: Inductive and Deductive Methodology;

Scientific Method; Research Types and Design: Research

Process: The Role of Statistics in Research; Classification of

Scientific Work; Anatomy and Writing Scientific Papers;

Computer Programming Mathematics for Physics II

Computer History: (Use of Computers in Physics);

Computer Parts; Programming Languages, Algorithms and

Flow Charts; Environment, General Structure and Basic

Elements of Turbo Pascal; Process Selection: IF, CASE;

Repetition Process: FOR TO DO, WHILE DO, REPEAT

UNTIL; Function and Procedure; Structured Data Types:

Array, Record; Working with Files; Graphic Modes: Simple

Graphic Plots, Animations and Physical System Simulations;

and Computer Programming Practicum.

In this course students learn about mathematics skill

needed to solve physics problem. This course covers

Ordinary Differential Equations; Calculus of Variations;

Tensor Analysis; Special Functions; Series Solutions of

Ordinary Differential Equations; Partial Differential

Equations; Functions of a Complex Variable;

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Electromagnetic Theory I Physics of Wave

Introduction of Field; Electrostatic; Special Techniques in

Calculating Potential; Electrostatics in Material;

Magnetostatic; Magnetic Field Material;

Waves in a medium of more than one dimension,

reflection and refraction, stationary waves, transverse

mechanical waves, longitudinal mechanical waves,

electromagnetic waves, medium impedance, wave

kinematics and energetics, dispersion links, Doppler

effects, propagation at the border of two mediums,

coherence, interference, diffraction (Fraunhofer and

Fresnel)

Experimental Physics I Quantum Physics

This course will give knowledge and ability for students to

conduct experiment on Optical Spectrometer,

Interferometry, X-Ray Characterization and Material

Absorption Coefficient, Photoelectric Effect, Franck-Hertz

Experiment; Geiger Muller's experiment; Oil Drops; e / m

Thomson.

Quantum phenomena, classical views, old quantum

theory, Heisenberg uncertainty principle, state functions,

wave packages, Hamiltonian operators, vectors and

eigenvalues, Schrodinger's equations, central force fields,

stationary states, scattering theory, transition probabilities.

Electromagnetic Theory II Computational Physics

The course will disscuss about: Electrodynamics;

Electromotive Force, Electromagnetic Induction, Maxwell's

Equations, Conservation Laws: Charge and Energy,

Momentum, Electromagnetic Waves; Waves in One

Dimension, Electromagnetic Waves in Vacuum,

Electromagnetic Waves in Matter, Absorption and

Dispersion, Guided Waves, Potentials and Fields; The

Potential Formulation, Continuous Distributions, Point

Charges, Radiation: Dipole Radiation, Point Charges.

Root of Equation, Numerical Integration, Numerical

Differentiation, Curve Fitting, Matrix and Linear Equation

System, Ordinary Differential Equation, Finite Difference

Method, Partial Differential Equation, Finite Element

Method. The course also engange students in

Computational Physics Practicum.

Thermal Physics Experimental Physics II

Review on concepts related to the conservation of energy

(the first law) as applied to thermodynamics. Introduction

of quantities such as temperature (T), internal energy (U),

work (W) and heat (Q) will be introduced. Introduction of

accessible states ideas; multiplicity (Ω) and entropy (S).

The connection between the multiplicity and the second

law of thermodynamics. Precise relation between

temperature and entropy will be given by considering

interactions between two macroscopic systems. The first

and second laws are then applied to the discussion of

engines and refrigerators. Phase transitions and

equilibrium between states of matter will be the next main

topic. Finally, introductions to classical Boltzmann statistics

and quantum statistics wrap up the course.

This course will give knowledge and ability for students to

conduct experiment on Nuclear Physics Measurements,

Earth Physics Measurements, Material Physics

Measurements, and Instrumentation Measurements.

Nuclear Physics Scientific Communication

In this course students learn about nuclear properties,

nuclear models, nuclear force, radioactivity, Alpha decay,

Beta decay, Fission and Fusion.

The course engange students to understand various forms

and objectives of scientific communication, techniques for

writing scientific articles such as topic selection, searching

for literature, preparing drafts, revising drafts, finalizing

scientific articles and posters. Oral presentation practices

include; effective communication techniques, use for

supporting media, time management and how to respond

to every question.

Solid State Physics English II

This course covers Crystal structure, bonding between This course will give knowledge and ability for students to

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16

atoms, electrons in metals, electrons in solids,

semiconductors, magnetic properties, magnetic

resonance, introduction of superconductivity,

understand the Structure: Articles, Prepositions, Tenses,

Modal Auxiliaries, The Passive, Gerunds and Infinitives;

Reading; Writing Essays and Experiment Reports; English

For Presentation; Listening and Speaking Skills.

Community Involvement Programme Technopreneurship

This is compulsory for all UNAND students. The rules and

procedures for implementation are governed by the

university or the designated institution.

This course makes practical use of understanding and skills

in business fields based on industry trends. In this lecture,

the internal aspects of human resources in terms of

concepts, mental attitude, motivation and ways of thinking

of entrepreneurs are discussed

Undergraduate Thesis I Undergraduate Thesis II

The Undergraduated thesis 1 is in the form of scientific

papers based on the results of field research, laboratory

research, and / or literature review prepared under the

supervision of a lecturer who acts as a supervisor. The final

project is part of the obligation of students to be declared

graduated from the physics study program. The

prerequisites, procedures and complete rules refer to the

Final Project Implementation Manual and Final Project

Writing Guideline.

The Undergraduated Thesis II is in the form of scientific

papers based on the results of field research, laboratory

research, and / or literature review prepared under the

supervision of a lecturer who acts as a supervisor. The final

project is part of the obligation of students to be declared

graduated from the physics study program. The

prerequisites, procedures and complete rules refer to the

Final Project Implementation Manual and Final Project

Writing Guideline.

Elective Courses

Nuclear and Theoretical Physics

Nuclear Fuel; Introduction to Reactor Physics; Reactor Physics; Nuclear Computation; Internship in Nuclear Physics

Neutron Transport Theory; Nuclear Instrumentation, Introduction to Astrophysics; Introduction to Theory of Relativity;

Modern Optics; Mathematical Physics III; Nonlinear Physics ; Particle Physics; Group Theory;

Material Physics

Introduction to Material Physics; Dielectric Materials; Physics of Ceramic Materials; Magnetic Materials; Semiconductors;

Spectroscopy & Microscopy; Crystallography; Internship in Material Physics; Introduction to Polymer Physics; Composite

Materials; Introduction to Thin Films Optical Materials; Advanced Materials; Electronic Structure of Solid State Material;

Nanomaterial

Earth and Atmospheric Physics

General Geophysics; Method of Geoelectric, Geomagnetic, Gravity; Atmospheric Physics I; Climate and Weather Data

Analysis; Geothermal Physics; Internship in Earth and Atmospheric Physics; Earthquake Seismology; Oceanography;

Volcanology; Atmospheric Physics II; Seismic Methods; Rock Magnetism;

Electonics and Instrumentation Physics

Digital Electronics; Sensor System; Digital Signal Processing; Optoelectronics; Mechatronics; Introduction to Biomimetics;

Internship in Instrumentation; Advanced Electronics; Instrumentation System; Microprocessors; Telemetry System;

Artificial Neural Network; Optical Communication System

Biophysics and Medical Physics

Biophysics; Physics of Radiology ; Radiobiology; Radiation Protection; Introduction to Medical Instrumentation; Internship

in Medical and Biophysics; Physics of Radiation; Dosimetry; Physics of Radiotheraphy; Radiation Application in Industry;

Medical Imaging.

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urse

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ecific

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17

Further Information: http://fisika.fmipa.unand.ac.id/academics/undergraduate-studies/silabus-mata-kuliah-s1.html

Faculty and Staffs

18

Man

ag

em

en

t of U

PP

Quality Assurance Task

Force

Head of Department

Head of Undergraduate

Programme

Head of Postgraduate Programme

Student Coordinator

Head of The Laboratory

Head of Administrative

Affairs

Educational Personnel

Lecturer

Secretary of Department

Secretary of

Department Dr.rer.nat. Muldarisnur

Head of

Department Dr.techn Marzuki

Further Information: http://fisika.fmipa.unand.ac.id/profil/organizational-structure/manajemen-baru.html

19

Man

ag

em

en

t of U

PP

Heads of Quality Assurance Task Force

Graduate

Programme

Dr. Dahyunir Dahlan

Undergraduate

Programme

Nini Firmawati, M.Sc.

Heads of Study Programmes

Graduate

Programme

Dr. Dian Fitriyani

Undergraduate

Programme

Mutya Vonnisa, M.Sc.

Heads of Laboratories

Electronics and

Instrumentation Lab.

Drs. Wildian, M.Si

Advanced Physics Lab.

Dr. Harmadi

Geophysics Lab.

Dwi Pujiastuti, M.Si

Nuclear Physics Lab.

Dian Milvita, M.Si.

Material Physics Lab.

Dr. Elvaswer

Computer Lab.

Afdal, M.Si.

20

Facu

lty

Earth and Atmospheric Physics

Dr.techn. Marzuki

NIP : 197909082002121002

NIDN : 0008097903

Functional : Associate Professor

Research

Topic : Atmospheric Physics and

Remote Sensing

[email protected]

Education :

B ; Physics Dept. – Andalas University (1998)

M; Graduate School of Science & Engineering –

Shimane University; (2005)

D ; Graz University of Technology: Radar and tropical

meteorology, EM propagation (2011)

Further Information: http://fisika.fmipa.unand.ac.id/people/faculty.html

Elistia Liza Namigo, M.Si

NIP : 198209042003122003

NIDN : 0004098202

Functional : Assistant Professor

Research

Topic : Seismic and Exploration

Education :


M; Physics Dept. - University of Indonesia ; Earth

Physics (2012)

elistializanamigo @sci.unand.ac.id

Arif Budiman, M.Si.

NIP : 197311141999031004

NIDN : 0014117305


Research

Topic : Paleomagnetics and

Magnetic Materials

Education :

B ; Physics Dept. – Sriwijaya University (1998)

M; Physics Dept. – Bandung Institute Technology; Earth

Physics (2003)

[email protected]

Afdal, M.Si.

NIP : 197601062000031001

NIDN : 0006017604


Research

Topic : Environmental Physics

and Rock Physics

Education :

B ; Physics Dept. - Bandung Institute Technology (1998)

M; Physics Dept. - Bandung Institute Technology; Earth

Physics (2005)

[email protected]

Dwi Pujiastuti, M.Si

NIP : 196908021994122002

NIDN : 0002086904


Research

Topic : Earthquake, Seismic

and Exploration

Education :

B ; Geophysics and Meteorology Dept. – Bandung

Institute Technology (1993)

M; Physics Dept. – Bandung Institute Technology; Earth

Physics (2015)

[email protected]

Ardian Putra, M.Si

NIP : 198304222005011002

NIDN : 0022048301


Research

Topic : Geothermal

Education :


M; Physics Dept. - Bandung Institute Technology;

Earth Physics (2010)

[email protected]

21


Mutya Vonnisa, M.Sc

NIP : 198508122012122001

NIDN : 0112088502


Research


Remote Sensing

[email protected]

Education :


M; Shimane University; Remote Sensing Atmosphere (2010)

Ahmad Fauzi Pohan, M.Sc.

NIP : 199001122019031011

NIDN : -

Functional : Lecturer

Research

Topic : Seismic and Exploration

Education :

B ; Physics Dept. – State University of Medan (2012)

M; Physics Dept. – Gadjah Mada University; Geophysics

(2015)

[email protected]

Material Physics

Dr. Dahyunir Dahlan

NIP : 196811281995121002

NIDN : 0028116803


Research

Topic : Thin Films and

Nanomaterials

Education :

B ; Physics Dept. – Riau University (1994)

M; Physics Dept. - University of Indonesia ; Material

Physics (2000)

D; Kebangsaan Malaysia University; Material Science

(2009)

[email protected]

Alimin Mahyudin, M.Si.

NIP : 196106031989011001

NIDN : 0003066112


Research

Topic : Electronic Materials and

Composite Materials

Education :



Material Physics (1994)

[email protected]

Afdhal Muttaqin, M.Si.

NIP : 197704292005011002

NIDN : 0029047705


Research

Topic : Material Biophysics and

Medical Instrumentation

Education :

B ; Physics Dept. – University of Indonesia (2001)

M; Physics Dept. - University of Indonesia ; Material

Physics (2005)

[email protected]

Sri Handani, M.Si

NIP : 196907141995122001

NIDN : 0014076903


Research

Topic : Thin Films and

Nanomaterials

[email protected]

Education :


M; Physics Dept. – University of Indonesia; Material

Physics (2002)

Facu

lty

22


Astuti, M.Si.

NIP : 198108142005012002

NIDN : 0014088103


Research

Topic : Nanophotonics,

Nanomaterials and

Magnetic Materials

Education :

B ; Physics Dept. – State University of Padang (2004)

M; Physics Dept. – Bandung Institute Technology;


[email protected]

Mora, M.Si

NIP : 196204161994021001

NIDN : 0016046208


Research

Topic : Electronic Materials and

Composite Materials

[email protected]

Education :

B ; Physics Dept. – University of Sumatera Utara (1982)



Dr. Elvaswer

NIP : 197005121998021001

NIDN : 0012057007


Research

Topic : Electronic Materials

Education :


M; Kebangsaan Malaysia University; Material Science

(2003)

D ; Kebangsaan Malaysia University; Material Science

(2008)

[email protected]

Dr. Dwi Puryanti

NIP : 196904191997022001

NIDN : 0019046905


Research

Topic : Environmental Physics

and Magnetic Materials

Education :


M; Kebangsaan Malaysia University; Material Science

(2002)

D ; Kebangsaan Malaysia University; Material Science

(2010)

[email protected]

Dr.rer.nat. Muldarisnur

NIP : 198103292008011014

NIDN : 0029038103


Research

Topic : Nanophotonics and

Nanomaterials

[email protected]

Education :




D; Max Planck Institute; Ruhr Universitat Bochum (2012)

Sri Rahayu Alfitri Usna, M.Si

NIP : 198905252019032020

NIDN : 0025058905


Research

Topic : Nanomaterials

[email protected]

Education:




Facu

lty

23

Nuclear and Theoretical Physics


Dr. Dian Fitriyani

NIP : 197012151999032001

NIDN : 0015127003


Research

Topic : Modeling of Nuclear

Reactor

Education :

B ; Physics Dept. – Padjadjaran University (1995)


Nuclear Physics (2000)

D ; Physics Dept. – Bandung Institute Technology;


[email protected]

Dr. Mohammad Ali Shafii

NIP : 197006121997021002

NIDN : 0012067007


Research


Reactor

[email protected]

Education :

B ; Physics Dept. – Gadjah Mada University (1996)

M; Physics Dept. – Gadjah Mada University; Theoretical

Physics (2002)

D ; Physics Dept. – Bandung Institute Technology; Nuclear

Physics (2011)

Dr. Imam Taufiq

NIP : 196904231997021001

NIDN : 0023046906


Research


Reactor, Neuro Fuzzy

and Artificial Neural

Networks

[email protected]

Education :

B ; Physics Dept. – Gadjah Mada University (1996)

M; Physics Dept. – Bandung Institute Technology; Nuclear

Physics (2002)

D ; Physics Dept. – Bandung Institute Technology; Nuclear

Physics (2010)

Dr. Zulfi

NIP : 196803031997031002

NIDN : 0003036805


Research

Topic : Theoretical High Energy

Physics, Nonlinear Physics,

Neuro Fuzzy and Artificial

Neural Networks

[email protected]

Education :

B ; Physics Dept. – Bandung Institute Technology (1996)


Theoretical Physics (2003)

D ; Chemistry Dept. – Andalas University; Theoretical of

Physical Chemistry (2014)

Feriska Handayani Irka, M.Si

NIP : 198702162012122003

NIDN : 0016028701


Research


Reactor

Education :




[email protected]

Trengginas Eka Putra Sutantyo, M.Si

NIP : 199307302019031010

NIDN : 0030079302


Research

Topic : Quantum Thermodynamics

and Nonlinear Physics

[email protected]

Education :

B ; Physics Dept. – State University of Jakarta (2015)


Theoretical Physics (2018)

Facu

lty

24

Medical Physics and Biophysics

Dian Milvita, M.Si.

NIP : 197401081999032001

NIDN : 0008017406


Research

Topic : Radiation Protection

and Dosimmetry

Education :

B ; Physics Dept. – Syiah Kuala University (1997)

M; Physics Dept. - University of Indonesia; Medical

Physics (2004)

[email protected]


Dr. Sri Oktamuliani

NIP : 198910032019032016

NIDN : -


Research

Topic : Medical Imaging

Education :




D; Tohoku University; Medical Image Processing (2019)

[email protected]

Facu

lty

Electrical and Instrumentation Physics

Dr. Harmadi

NIP : 197112221999031001

NIDN : 0022127103


Research


Remote Sensing, Sensors,

Detectors and Actuators,

Telemetry, Medical

Instrumentation

[email protected]

Education :

B ; Physics Dept. – Syiah Kuala University (1997)

M; Physics Dept. – Sepuluh Nopember Institute

Technology; Optoelektronic Physics (2005)

D ; Physics Dept. – Airlangga Univesity; Instrumentation

Physics (2011)

Drs. Wildian, M.Si

NIP : 196108121994031001

NIDN : 0012086113


Research

Topic : Sensors, Detectors and

Actuators, and Telemetry

[email protected]

Education :

B ; Physics Dept. – University of Sumatera Utara (1992)


Instrumentation Physics (2002)

Rahmat Rasyid, M.Si

NIP : 196711031998021002

NIDN : 0003116707


Research


Actuators

[email protected]

Education :


M; Physics Dept. – University of Indonesia;


Rico Adrial, M.Si

NIP : 198803212019031007

NIDN : 1021038802


Research

Topic : Biohysics and Dosimmetry

[email protected]

Education :


M; Physics Dept. – University of Indonesia; Medical

Physics (2013)

25

Sta

ffs

Wilmas Syarif, A.Md

NIP : 196904152000031002

Job Desc. : Head of Administrative

Affairs

Education:

Diploma ; Electro Dept. – State

Polytechnic of Padang

Superli Dermanto, ST

NIP : 198503032010121004

Job Desc. : Laboratory Technician

Education:

B ; Electro Engineering Dept. – Andalas

University

[email protected] [email protected]

Staffs

Lusi Niarti, S.Si

Job Desc. :

Administrator of

Undergraduate and

Postgraduate Thesis

Education :

B ; Physics Dept. – Andalas

University

[email protected]

Vita Nova Rullis, S.Sos

Job Desc. :

Librarian

Education :

B ; Library Dept. – University of

Sumatera Utara

[email protected]

Vamellia Sari Indah Negara M.Si

Job Desc. :

Analyst of Material Physics Laboratory

Education :

B ; Physics Dept. – Andalas University

M; Physics Dept. – Sepuluh Nopember

Institute Technology

[email protected]

Further Information: http://fisika.fmipa.unand.ac.id/people/staff.html

Meqorry Yusfi, M.Si

NIP : 198305312006042001

NIDN : 0031058302


Research

Topic : Mechatronics and

Telemetry

[email protected]

Education :




Nini Firmawati. M.Sc

NIP : 198805062015042003

NIDN : 0006058802


Research


Actuators, and Medical

Instrumentation

[email protected]

Education:


M; Physics Dept. – Gadjah Mada University;

Instrumentation (2014)

Laboratories and Supporting Facilities

Basic Physics Lab.

Department of Physics has several laboratories to accommodate educational and

research activities

Computer Lab.

Electronics and Instrumentation Lab.

The Basic Physics Laboratory facilitates Basic

Physics experimental courses. The courses are not

only for physics students, but also for all study

programmes that have Basic Physics courses in

their curriculums.

The Electronics and Instrumentation Laboratory is supported by

various equipments such as: Oscilloscopes, Signal Generators,

Computers, Curve Tracers, Pressure Meters + Transducers,

Voltage Current Calibrators, Microcontroller Trainer Kits + CD.

The main function of the Computer Laboratory is as an

educational laboratory (serving practicum). Currently the

Computer Laboratory has 23 computers (20 of them are

connected to a LAN). The Computer Laboratory will be

developed into three divisions namely: Education Unit (with the

task of serving practicum related subjects for students majoring in

physics), Research Unit (as a place for lecturer research and

student final assignment), and Training Unit / Commercial (this

unit serves as an income source for laboratories through training

services, product sales, and other professional services).

26

Nuclear Physics Lab.

The Nuclear Physics Laboratory supported by various equipment

such as: Computer (PC) for nuclear computing research, Aloka

PDM 122 Digital dosimeter and Aloka PDM 127 Digital dosimeter

for research in the field of Medical Physics. Research activities in

the field of nuclear physics in collaboration with Batan, Pertamina

Hospital, M. Djamil Hospital, and other agencies.

Further Information: http://fisika.fmipa.unand.ac.id/research/facilities/laboratorium.html

Lab

ora

torie

s

Advanced Physics Lab.

Earth Physics Lab.

The Earth Physics Laboratory is supported by various equipment such

as Resistivity Meter (Geoelectric), MS2 Bartington Susceptibility Meter

with dual frequencies, MS2B sensor, Computer (PC), Seismograph +

VSAT (Collaboration with BMKG), Parseval (Collaboration with Kyoto

University), Computers (PC) PC), GPS Garmin GPS 60 12 channel,

Digital Conductivity Meter, Lutron CD-4303, Digital Humidity Meter,

Lutron HT-3006 HA, Digital Multimeter with Thermocouple, Digital

Anemometer (Lutron AM-4206), Altimeter (Suunto E203 Black) ,

Pressure Meter (Lutron PS 9302), Pressure Transducer (Lutron Ps100-

50BAR), Moisture Meter (Lutron MS-7003), Digital Humidity /

Temperature Meter (TES 1360A), Digital Multimeter (Sanwa CD 800a),

12 Volt Dry Battery, Wireless Modem Router (TP-LINK TD-W8961ND),

Digital Stop Watch, Thermometer, Telescope Model No. 9TE-5. For

seismic research, earthquake data are obtained from BMKG and USGS.

For atmospheric research, data are obtained from Equatorial

Atmosphere Radar (EAR) observation center in Kototabang via

collaboration with Kyoto University (RISH) and LAPAN. In addition to

this data, atmospheric research is also supported by observations

made by JMA, JAXA, NASA, NOAA, JAMSTEC and BMKG.

The Advanced Physics Laboratory is an educational laboratory that carries

out Physics Experiments I and II. This lab is equipped by several tools such

as Pasco Scientific Workshop 750 Interface, h / e Apparatus (photoelectric

effects), Spectro photo-meter (Atomic Spectra), Geiger Muller Counter,

Rotary Motion Sensor, High Sensitivity Light Sensor, Sound Sensor,

Spectrum Tube Power Supply Model SP200V, Hg Lamp, Computer (PC),

Lock-In Amplifier, Optical Chopper, Synthesized Function Generator, Dual

Trace Oscilloscope, Laser Helium Neon, Microscope, Variable Resistors, Oil

Drop Apparatus, Radioactive Source, Torsion Balance, Oscilloscope,

Mercury Lights , Sodium Lamps, Galvanometers, Digital Geiger Counter.

27

Lab

ora

torie

s

Material Physics Lab.

The Material Physics Lab is equipped by various instruments

such as Magnetic Stirrer, LCR Meter, DC Triple Output

Power Supply, Precision Balance, Oven (Furnace),

Computer (PC), Digital Multimeter Sanwa CD 800a, Beaker

Glass, Wireless Access Point (TP-LINK) . In addition, the

Research Group is supported by equipment found in other

laboratories at Andalas University such as: AAS (Atomic

Absorption Spectrophotometer), Spectrophotometer UV-

VIS Genesys 20 (at Central Lab.), Scanning Electron

Microscope (Mechanical Engineering).

Further Information: http://fisika.fmipa.unand.ac.id/research/facilities/laboratorium.html

Spectrophotometer

UV /VIS Shimadzu,

Biotech Lab. -

Animal Science

S-3400n Scanning

Electron Microscope

Metallurgy Lab. –

Mechanical

Engineering

Spectrophotometer

Atomic Absorption

Water Lab. -

Environmental

Engineering

Tablet Printing Machine,

Natural Material

Formulation Lab. -

Pharmacy

Supporting Facilities

28

Rese

arc

h R

oad

map

Further Information: http://fisika.fmipa.unand.ac.id/research/research-roadmap.html

Research Roadmap

Dorm Campus Bus Convention Hall

Lecture Hall Business Center Student Center Building

Conference Hall Library Biological Research Forest

Mosque Chemistry Laboratory IT Center

Hospital Sport Facilities Futsal Pitch

Supporting Facilities

29

Su

pp

ortin

g F

acilitie

s

• Bidikmisi Scholarship

(http://bidikmisi.dikti.go.id/)

• PPA (Improved Academic

Achievement) Scholarship

• BBM (Student Learning

Support) Scholarship

• KSE (Karya Salemba Empat)

Scholarship

• ETOS Andalas University

Scholarship

• BAZNAS Scholarship

• Toyota Astra Foundation

Scholarship

• Supersemar Scholarship

Scholarship

Student Services and Supports

30

Stu

den

t Serv

ices

Training & Development

• HIMAFI (Physics Student Association)

• Electronic Club

• Computer Club

• English Club

• Student Leadership Training

• TOEFL training

• Programming Training

• Training on Writing Scientific Papers

(Guidance on PKM proposal).

• TAC (Training for Andalasian

Character)

• AMT (Achievement Motivation

Training)

• Soft skill integration with lectures

Student Activities at Department Level

Extracurricular at University Level

Counseling Services

• Andalas University Student

Counseling Center

• TBK (Faculty’s Guidance and

Counseling Team)

• ACC (Andalasian Character

Center)

• Unand Career Center

Extracurricular at Faculty Level

• UKPM (Student Press Activity Unit)

Genta Andalas

• UKS-AU (Art Activity Unit Andalas

University)

• Rabbani Student Activity Units

• AIESEC University Local Committee

• UKO (Sports Activity Unit)

• Menwa (AU Student Regiment)

• AU Scout

• MAPALA (Student Association for

Environmental and Adventure

Activity)

• Swordsman Student Activity Units

• Neo-Telemetry

• KSR PMI (Indonesian Red Cross

Voluntary Corps

• KOPMA (Student Cooperative

Store)

• Cinematography

• PIKA Student Activity Units

Foreign Language Services

• KCA-LH Rafflesia

• LP2I (Islamic Library and

Publishing Institute)

• KMT Zenerics

• KCI (Scientific Intelligent

Creation)

• KKO (Sports Activity Group)

• FSI (Islamic Study Forum)

• Language Center

• American Corner

• French Corner

Further Information: https://lc.unand.ac.id/

HIMAFI Info:

https://www.instagram

.com/himafiunand/

Earthquake monitoring equipment placed

by BMKG at Andalas University

Field lecture at the Atmospheric Radar Center (LAPAN)

Guest Lecture by Prof. Flatau Piotr

(University of California San Diego, USA)

31

Su

pp

orts

Collaborations

Further Information: http://fisika.fmipa.unand.ac.id/research/kerjasama.html

Guest lecture by Prof. Mamoru Yamamoto (Kyoto University, Japan)

Intergovernmental Panel on Climate

Change, United Nations – Economic

Commission for Africa

PTKMR BATAN and Physics

Department Held Public Lecture

and Radiation Safety Practicum

Department of Physics established several collaborations with various universities, research institutes and

Industries to facilitate the knowledge and abilities needed by the students. The collaborations have been

established with

• Universities: Shimane University, Kyoto University, Okayama University, Kobe University, Ibaraki

University, Osaka City University, Universiti Kebangsaan Malaysia (UKM).

• Research Institutions: LIPI, BATAN, BAPETEN, BMKG, LAPAN.

• Industries: PT. Pertamina EP, PT. Semen Padang, PT. PT Supreme Energy Muara Laboh (PT SEML).

Cooperation in the form e.g. student exchanges, joint research, student final assignments, field studies

and general lectures.

Field Trip - Camp

General Lecture by Regional Disaster Management Agency (BPBD)

Medical physics student goes to Unand Hospital

Fiqi Diyona

Andalas University

Hospital

Helen Raflis

BAPETEN (Nuclear

Energy Regulatory

Agency)

Azharie Wibowo

Datascrip Ltd. - Branch

Head of Jambi

Selly Remiandayu

Accenture Malaysia

Community Operation

Analyst

32

Gra

du

ate

s Pro

file

Career and Employability

• Data Analysts

• Electronic Data Processors

• Researchers

• Metrologists

• Instrument Analysts

• Health Facility Security Center (BPFK)

staffs

• Radiotherapists

Graduates Profile

Around 744* Physics Undergraduate

Programme alumni and 55* Physics

Postgraduate Programme alumni spread

across various countries with various types

of careers

• Medical Physicists

• Nuclear Energy Regulatory Agency

and National Nuclear Power Institute

personnels

• Educators (Teacher/Lecturers)

• Material quality control engineers

• Entrepreneurs

• Sales engineers

*Per graduation I year 2019

Further Information: http://fisika.fmipa.unand.ac.id/alumni/kiprah-alumni.html

Fadli Nauval

LAPAN – (National

Institute of

Aviation and

Space)

Deasy Arisa

Geotechnology

Research Center

LIPI

Devi Marisa

Supreme Energi, Ltd.

Muara Labuh

Liza Lidiawati

Physics Lecturer at

Bengkulu University

Melda Taspika

LIPI - Physics Research Center

of Indonesian Institute of

Sciences

Hamdy Arifin

BMKG – (Institution of

Meteorology

Climatology and

Geophysics)

Dorisno

Sarihusada Ltd.

(Danone)

Ade Saputra

HSE Officer di PT. Petro

Jasa Energi

Heru Sagito

Product Engineer at

Infineon Technologies,

Ltd. -Batam

33

Care

er a

nd

Em

plo

yab

ility

Hafizur Rizki

Instrument Analyzer,

Riau Andalan Pulp

and Paper Ltd.


Asrizal Deri Futra

Lecturer in State

Polytechnic of Batam

Rudi Pratama Putra

Safety Inspector at

CSK Insulation

Engineering, Ltd.

Muhammad

Faisal

Metrologist in

Ministry of

Industry

Sri Oktamuliani

Physics Lecturer at

Andalas University

Yosi Sudarsi Asrill

Mayapada

Hospital - Jakarta

Ledyva Depinta

Cipta Persada

Anugerah Nusantara,

Ltd. - Bandung

Heldo Aura

Commissioner of the

KPU (General Election

Commission)

Bukittinggi

Laila Katriani

Physics Lecturer in

State University of

Yogyakarta

Suci Miza Marta

Ulfia

Semen Padang

Hospital - Padang

34

Care

er a

nd

Em

plo

yab

ility Jakaria Usman

PSTNT (Center of

Science and

Applied Nuclear

Technology) –

BATAN (National

Nuclear Power

Institute)


2015: 5 Students to Ibaraki

University, Japan

2017: 2 Students to Kyoto

University, Japan 2015: 4 Students to Kyoto University,

Japan

2016 & 2018: 2 Students to

Ibaraki University, Japan

2016: 1 Student to Leicester

University, UK

2016: 1 Student to Beijing

University, China

Ilham Perdana

2019: 3rd

Champion in MIPA

EXPO XIII national

level

2018: General

Champion of

Student

Physics

Olympiad

(OFM) in West

Sumatra

2018: Gold medal at 31st National

Student Science Week (PIMNAS)

2018 (2019): 17 (14) PKM proposals

funded by the Ministry of Research,

Technology and Higher Education

2018: National

Finalist ONMIPA

2018: General Champion of Student

Physics Olympiad (OFM) in Sumatra

Students & Graduates Success Stories

35

Stu

den

ts Su

ccess S

torie

s

Further Information: http://fisika.fmipa.unand.ac.id/news-events/prestasi-dosen-mahasiswa.html

Students Exchange

Championship Winners

Name: Arsal Chayri Iby, S.Si

Student Batch : 2007

Profession: QC (Welding Inspector) at Quamaxindo Utama

Ltd.

Testimony: "Physics is a universal science that has many

applications in various fields. Believe in the capabilities we

have is how we can be the best. Develop your capabilities

and expand your links and friendship. Don't think about it,

just do it! Your best efforts will bring you success "

Name: Ade Saputra, S.Si


Profession: HSE Officer at Petro Energy Services Ltd.

Testimony: "Physics is a field that studies about everyday

life. Everything that happens in nature is a physical event.

So, without physics the day that we go through is nothing".

Name: Azharie Wibowo, S.Si

Student Batch : 2007 (Basic Science)

Profession: Datascrip Ltd. (Branch Head of Jambi)

Testimony: "Physics teaches many concepts for me, starting

from the concept of thinking, the concept of working, to the

concept of character which are very compatible in any field of

work even in economic and business world. As a physics

alumni, I have managed to excel in the company I am

currently working in by applying these concepts".

36

Gra

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ate

s Su

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s

Graduates


Name: Mike Ritaliah, M.Si

Student Batch : 1998 (Undergraduate), 2016 (Postgraduate)

Profession: Teacher at SMAN 2, Harau (Boarding School),

Limapuluh Kota, West Sumatra.

Testimony: "Physics had always been a scourge for my

students. With the knowledge I gained at Physics

Department of Andalas University Insya Allah and

Alhamdulillah my students begin to like and to enjoy

experimenting with Physics".

Name: Rudi Pratama Putra, S.Si


Profession: Safety Inspector at CSK Insulation Engineering Ltd.

Testimony: "In the working world we must have specific

soft skills, so we can focus on the fields that we pursue.

Physics is a collection of several fields of science. Develop

your Physics in order to be able to compete in an

increasingly tight working world. Fighting!"

Name: Hafizur Rizki, S.Si


Profession: Instrument Analyzer, Engineer Development

Trainee, PT. Riau Andalan Pulp and Paper

Testimony: "Physics is very applicative in the working

world. The key to being able to apply physics is only one,

namely learning honestly".

37

Gra

du

ate

s Su

ccess S

tory


38

Cam

pu

s Map

Location – Campus Map

Further Information: https://bit.ly/2PSlhgi

Department of Physics

- Andalas University

Ab

ou

t this P

rosp

ectu

s

About this Prospectus

© Andalas University, 2019. All rights reserved.

39

This prospectus may subject to changes over time. The information will always be updated every academic year e.g., information about fees, courses, staff, and various services available in Universitas Andalas. Any changes on curriculum needs approval from the Universitas Andalas Education Committee.

To ensure that you have all the essential and updated information required to enable you to make any decisions, please check-out the Department of Physics’ website at http://fisika.fmipa.unand.ac.id/.

Editors • Trengginas E P Sutantyo, M.Si

• Elistia Liza Namigo, M.Si

Content Creators • Elistia Liza Namigo, M.Si

• Dr. techn. Marzuki

• Dr. rer.nat. Muldarisnur

• Dr. Dian Fitriyani

• Mutya Vonnisa, M.Si Design and illustrations • Trengginas E P Sutantyo, M.Si

The Department of Physics of Andalas University would like to thank the contributors, students and collaborators involved in this prospectus content making.

Acknowledgement

Remarks

Further Information

Universitas Andalas. Kampus Limau Manis, Pauh, Kota Padang,

Sumatera Barat, 25163

(0751) 71181, 082387463421

[email protected]

http://fisika.fmipa.unand.ac.id/

https://www.facebook.com/fisikaunand/

Info on student admission selection & criteria: https://pmb.unand.ac.id/

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