study career path

Electrical engineering

2017-08-14T12:46:00.002+05:00

Electrical power station

Electrical engineers work on a extensive range of devices, systems and components, from huge power station generators to small microchips.

In early beginnings, the field of electrical engineering has developed and branched out into a number of specialized categories, including power generation and transmission systems, motors, control systems and batteries. Electrical engineering also includes electronics, which has itself branched into an even greater number of subcategories, such as radio frequency systems, telecommunications, digital circuits, instrumentation, audio, video and optoelectronics.

Easy to get job

Electrical Engineering students find their first job honestly easily because most employers search for fresh minds with good training. They are glad to get young people they can change to their own specific needs and turn them into experts. This is also the reason why Electrical Engineers are the most valued on the job in the world.

Why to choose Electrical engineering

The Bureau of Labor Statistics reports the median annual wage for electrical engineers was $91,410 in 2014.

Why to choose Electrical Engineering?

Electrical engineers study and apply the physics and mathematics of electricity, electronics, and electromagnetism to both large and small scale systems to process information and transmit energy. To do this, electrical engineers design computers, electronic devices, communication systems, test equipment, electric power networks, and improve systems through problem solving techniques.

Scope of Electrical Engineering

As an electrical engineer, you can work in the offices, labs, or industrial plants of various industries including: the manufacturers of electrical components and computer equipment, industrial machinery, medical and scientific instruments, transportation, communication, computer related sectors, the federal government, electric utility and engineering consulting firms.

Career of Electrical Engineering

Electrical engineers design, develop, test and supervise the manufacturing of electrical equipment, such as electric motors, radar and navigation systems, communications systems and power generation equipment,

An electrical engineer is someone who designs and develops new electrical systems solves problems and tests equipment. They study and apply the physics and mathematics of electricity, electromagnetism and electronics to both large and small scale systems to process information and transmit energy. They work with all kinds of electronic devices, from the smallest pocket devices to large supercomputers.

Electrical engineering basics

Basics of electricity generation technologies including conventional & non-conventional ways of electricity generation. Knowledge of different factors e.g. load factor, demand factor.

· Laws, theorems & basic rules

· Circuit analysis: Ohm’s law, Kirchhoff’s Current & Voltage law, Maximum Power Transfer Theorem. Electro-magnetism & electromagnetic induction: Dot & cross convention, right hand thumb rule, Fleming’s left & right hand rules, types of emf induction.

· Concept of impedance & admittance.

· Types of powers i.e. Active, Reactive, Apparent & complex power.

· Basics of single phase & three phase connections such as star & delta connections, voltage & current relations in balanced star & delta connected loads.

· Basic definition of electricity

· Deep knowledge of Electrons

· Mathematics is compulsory

Electrical engineering subjects

ENGG1100	2	Engineering Design
ENGG1200	2	Engineering Modeling & Problem Solving
ENGG1211	4	Engineering Design, Modeling & Problem Solving ^[1]

And 4 units for

Course Code	Units	Course Title
[ MATH1051	2	Calculus & Linear Algebra I ^[2]
[ or
[ MATH1071	2	Advanced Calculus & Linear Algebra I
[ MATH1052	2	Multivariate Calculus & Ordinary Differential Equations
[ or
[ MATH1072	2	Advanced Multivariate Calculus & Ordinary Differential Equations

And 4 units for

Course Code	Units	Course Title
CSSE1001	2	Introduction to Software Engineering
ENGG1300	2	Introduction to Electrical Systems

Year 1 or Year 2, Semester 1

Course Code	Units	Course Title
PHYS1002	2	Electromagnetism and Modern Physics

Year 2, Semester 1

Course Code	Units	Course Title
CSSE2010	2	Introduction to Computer Systems
ELEC2003	2	Electromechanics & Electronics
MATH2001	2	Advanced Calculus and Linear Algebra II

Year 2, Semester 2

Course Code	Units	Course Title
CSSE2310	2	Computer Systems Principles and Programming
ELEC2004	2	Circuits, Signals & Systems
ENGG2800	2	Team Project I
MATH2010	1	Analysis of Ordinary Differential Equations
STAT2202	1	Probability Models for Engineering & Science

Year 3, Semester 1

Course Code	Units	Course Title
CSSE3010	2	Embedded Systems Design & Interfacing
ELEC3004	2	Signals, Systems & Control
ELEC3400	2	Electronic Circuits

Year 3, Semester 2

Course Code	Units	Course Title
ENGG3800	2	Team Project II
ELEC3100	2	Fundamentals of Electromagnetic Fields & Waves
ELEC3300	2	Electrical Energy Conversion & Utilisation

Year 4

Course Code	Units	Course Title
[ ENGG4801	4	Thesis Project ^[1]
[ or
[ ENGG4802	4	Thesis Project ^[1]
[ or
[ ENGG4805	4	Thesis Project ^[3]

Year 4, Semester 2

Course Code	Units	Course Title
ENGG4900	2	Professional Practice and the Business Environment

Part B - Advanced Electives

Course Code	Units	Course Title
COMS4103	2	Photonics
COMS4104	2	Microwave Engineering
COMS4105	2	Communication Systems
CSSE4010	2	Digital System Design
ELEC4300	2	Power Systems Analysis
ELEC4400	2	Advanced Electronic & Power Electronics Design
ELEC4620	2	Digital Signal Processing
ELEC4630	2	Image Processing and Computer Vision
METR4201	2	Control Engineering 1
METR4202	2	Robotics & Automation

Part C - Coverage Electives

Course Code	Units	Course Title
COMP4702	2	Machine Learning
COMS3200	2	Computer Networks I
COMS4200	2	Computer Networks II
CSSE2002	2	Programming in the Large
CSSE4011	2	Advanced Embedded Systems
ELEC4000	2	Special Topics in Electrical Engineering 4A ^[4]
ELEC4001	2	Special Topics in Electrical Engineering 4B ^[4]
ELEC4302	2	Power System Protection
ELEC4320	2	Modern Asset Management and Condition Monitoring in Power System
ELEC4403	2	Medical & Industrial Instrumentation
ELEC4601	2	Medical Imaging
ENGG1400	2	Engineering Mechanics: Statics & Dynamics
ENGG4000	2	Introduction to Systems Engineering
ENGG4800	2	Project Management

Difference Between Software Engineering and Computer Science

2017-08-04T11:49:00.000+05:00

Difference between software engineering and computer science is i explain in following terms very easily.

Computer Science Major

It is the study of specific computer system its process input output memory hardware and software. Difference between software engineering and computer science is that

Computer science includes the theoretical study of design and development. Computer science program is aimed at the more theoretical parts of computing. while software engineering is different.

computer science

You'd mostly work in more outmoded languages (C/C++/Java) and you'd spend a lot of time planning data structures, algorithms, and efficiency. CS majors normally are vital to take a great deal of Math and Science.

We encourage our students to get a Math minor, because they're only one course away by the time they take our requirements. The focus on math and theory are good homework for certain kinds of game programming, say building game engines and creating lighting models. Read motivation for CS..

Software Engineering Major

While software engineering is the study of applying proper Principle, techniques of computer science and engineering, and mathematical analysis to the design, development, testing, and evaluation of the software and the systems that enable computers to perform their many applications.

Software Engineering

So the main difference between software engineering and computer science is that Software engineering is applying the real world measurement of different parameters in the software to design the same subject in soft. while computer science is the only theory and give deep backup.

In software engineering we develop, test, implement as well as passing quality of the software.

Software engineering has a different application. Software engineering programs are typically more focused on business applications. Games are a form of business application, so the skills would be applicable. The prominence is on working with large teams of developers and building large software projects. Read more about SE

Can a CS Major Move To SE Major?

Sufficiently of CS majors move into software engineering as they gain experience, but less people seem to move into CS after they've planned software engineering.

Which is better Software Engineering or Computer Engineering?

If you enjoy working on science and theory related to electronics, physics, and mathematics then computer science is best for you. But if you work practically on creating new application and code stuff and tools then software engineering is the best option.

software engineering VS computer science

Software Engineering vs Computer Science Salary

The computer science salary and software engineering salary are same. So there is some difference between the computer science careers and software engineering careers. Software engineering jobs are large in number then computer science jobs.

Software Engineering Degree vs Computer Science Degree

That was all difference between software engineering and computer science but the degree duration factor is same.

Computer science degree have four years duration and also software engineering degree have also four years duration but there will be big difference between the last project to be submitted. That is totally different software projects.

Why software called software engineering and computer science couldn't?

Software engineering take same measures and mathematical formulas like other engineering that is why called engineering and computer science is just science and knowledge that is not mostly applying but theory that is why computer science is not an engineering.

Every thing, learn with passion. Thank you and follow us.

Why to choose Software Engineering

2017-07-30T19:57:00.002+05:00

Career of student as software engineer

Software engineering is the field in which you can invent and create new world in code. If you like logic, creative and problem solver and accept the challenge then software engineering is the best program for you.

Why to choose Software Engineering

What is software engineering definition?

The application of a systematic, disciplined, quantifiable approach to the development, operation, and maintenance of software". "An engineering discipline that is concerned with all aspects of software production"

Software engineering course

It is consist of course from computer science plus software engineering books plus electrical engineering, electronics engineering and humanities and mathematics. Duration of software engineering is 4 years. We will enjoy after completing this four year. And all the subjects are so much interesting.

Software engineering degree

After successfully passing all the subjects with good marks and also complete the project in last and submit the thesis you were given the software engineering degree. This software engineering degree is not a piece of paper but it is your future. Skills are also important but without degree you are nothing.

Software engineering subjects

Following are subjects of software engineering.

Introduction to CS & Programming	4	None
CSE102	Computer Programming	4	None
ASC101	Calculus-I	3	None
ASC102	Applied Physics	3	None
HMT101	English-I (Functional English)	3	None

· Semester 2

Code	Course title	CrHr	Pre-Requisite
ASC203	Discrete Mathematics	3	ASC101
CSE205	Object Oriented Programming	4	CSE102
ASC201	Calculus-II	3	ASC101
ACT211	Principles of Accounting	3	None
HMT102	English-II (Communication Skills)	3	HMT101

· Semester 3

Code	Course title	CrHr	Pre-Requisite
CSE213	Introduction to Software Engineering	3	CSE205
CSE211	Data Structures and Algorithms	4	CSE205
CSE212	Digital Logic and Design	4	ASC203
ASC341	Linear Algebra & Complex Variables	3	ASC101

· Semester 4

Code	Course title	CrHr	Pre-Requisite
CSE342	Operating Systems	4	CSE211
CSE214	Software Construction	3	CSE213
HUM321	Software Engineering Economics	3	CSE213
HMT302	Psychology	3	None
CSE385	Introduction to Database Systems	4	CSE211
HMT311	English-III (Technical and Report Writing)	3	HMT102
	Total	20

· Semester 5

Code	Course title	CrHr	Pre-Requisite
CSE310	Software Requirement Engineering	3	CSE214
ASC304	Probability and Statistics	3	ASC101
CSE313	Computer Communication and Networks	4	None
CSE4xx	SE Elective I	3
MGT201	Principles of Management	3	None
HMT301	Sociology	3	None
	Total	19

· Semester 6

Code	Course title	CrHr	Pre-Requisite
CSE311	Human Computer Interaction	3	CSE213
CSE312	Software Quality Engineering	3	CSE310
CSE314	Software Design & Architecture	3	CSE310
CSExxx	SE Elective II	3
	SE Application Domain Elective –I	3	None
	Total	15

· Semester 7

Code	Course title	CrHr	Pre-Requisite
CSE498	Senior Capstone Project I	3	90 CrHr Completed
CSE315	Formal Methods in Software Engineering	3	CSE310
HMT401	RMS & Professional Practice	3
	SE Application Domain Elective –II	3
MGT431	Entrepreneurship	3	None
	Total	15

· Semester 8

Code	Course title	CrHr	Pre-Requisite
CSE499	Senior Capstone Project II	3	CSE498
CSExxx	SE Elective III	3
CSExxx	SE Elective IV	3
CSExxx	SE Elective V	3
CSE410	Software Project Management	3	CSE310
	Total	15

· Elective Computing & Software Engineering (The list below is by no means exhaustive. Institutions may add new course)

(Choose any five courses) : 15 CrHr
Code	Course Title	CrHr
CSE435	Software Metrics	3
MGT321	Information System Audit	3
CSE451	Business Process Automation	3
CSE450	Design Patterns	3
CSE415	Software Testing	3
CSE416	PSP and TSP	3
CSE452	Distributed Computing	3
CSE453	Introduction to Soft Computing	3
CSE454	Real-time systems	3
CSE455	Data Warehousing and Data Mining	3
CSE428	Artificial Intelligence	3
CSE457	Data Security and Encryption	3
CSE303	Discrete Structures – II	3
CSE311	Automata Theory and Formal Languages	3
CSE481	Microprocessor Interfacing	3
CSE441	Analysis of Algorithms	3
CSE459	Principles of Programming Languages	3
CSE432	Computer Graphics	3
CSE463	Artificial Neural Networks	3
CSE460	Advance Database Management Systems	3
CSE462	Web-Engineering	3
CSE475	Formal Methods	3

· Specialisation/Domain Electives

Code	Course Title	CrHr
IS 470	Enterprise System Engineering	6
NS 465	Net Centric Systems	6
IS 471	Enterprise Security Architecture	6
IS 472	Information System and Data Processing	6
IS 473	Financial and E-Commerce Systems	6
CE 440	Fault Tolerant and Survivable Systems	6
CE 449	Safety Critical Systems	6
CE 483	Embedded and Real Time Systems	6
SS 471	Scientific time systems	6
TE 461	Telecommunication Systems	6
AS 401	Avionic and Vehicular Systems	6
IE 451	Industrial Process Systems	6
ES 353	Multimedia, Game and Entertainment Systems	6
WN 351	Systems for Small & Mobile Platforms	6
AI 411	Agent Based Systems

Software engineering tutorial

So students I want to share my personal experience that I’m totally learned from tutorial on different online digital libraries, and also from different YouTube channels. So if you want any reference about the tutorials ask me in comment I will fully help you.

Software engineering jobs description

Software engineer can work in area of software developments, networks, operating systems, databases and applications. So you have to expert in any of this field and do best work and give the correct output.

Software engineer job requirements:

If you have skills with deep study of software engineering then it is so much better. Maximum job requirements are of using your expertise with your skills. When you have different tools to apply your logic and solve any problem then this is the best requirements for job.

Software engineering tools

There are many languages that software engineers use for developing. Languages used so much are php, java script, c#, python, Ajax, .net, COBOL, .asp etc. There are also many diagrams and graph use for collecting requirements from user and different software developing processes. This knowledge is called requirement engineering. So tools are techniques to use.

Free engineering software programs

Government provides this free program so avail the opportunity and take admission to start career as software engineering. You have to pass entry exam as you know.

Why to choose computer science?

2017-07-28T20:05:00.000+05:00

Dear students, parents, cheerleader and all respectful, today I am going to discuss that why to choose computer science field. If you have these qualities computer science field is worthy for you. Following are some true reality and motivations for you people that will explain why to study computer science.
As, the world is going to be digital, All the things nearby us are working under the human. It is going to be automatic. So programming play very important role to start any machine. If the machine is communicating with any other device then the machine will also use a network. So it this we study in computer science.

Why to choose computer science

Reasons for studying computer science:

Solve complexity:

In this pitch we always to think that how to solve our physical problem. We really enjoy going step by step and gaining the solution in sachets. We slowly solve the sachets and push the boat out it. How is good if u solve a complex problems and see positive result.

Challenging and Inspiring problems

When somebody asks for help and that person is for example your boss then you challenge the problem until it solves. Sometime the problem is not easy to elucidate then it will also become a challenge for you people. Competition in solving a problem is also making a challenging business. Challenging problem duration time may be some days or years to complete a project.

Creativity and innovation in computer science field:

Computer science is the preeminent in the world in the field of creativity and innovation. Daily thousands of program are develops, different intelligent languages are created; hundreds of application are develop by professionals and sell their services. Computer technology is change day by day. New technologies are developed. So student have great opportunities to revolutionise and create something new.

Computing offers many types of profitable careers

Computer science field is the only field in which you can also earn during your student life. But after the graduation, you are assured to get top salaries, you can also work for yourself. You can work with your friends; you can apply for Gov. Jobs, private organisations. You will never be free after graduation.

Computing jobs are here to stay, irrespective of where you are located

In computer science field you can get projects from all over the world and it will not important to go for labour. Even you can go it in your home. Just like getting a project on freelancer, up work, fiverr etc. you can get work definitely if you have the right skills.

Computing has space for both joint work and individual effort

Computer professional are working in the form of groups meant for a big project. But if an individual is interested to work alone then there are also opportunities for singles. You have to work with your laptop in the field of design or can develop an application. So it this is the field if somebody is not social so he can work alone.

Qualities in computer science student:

Code lover

You must be code lover. Because large slice of computer field consist of code. So the student must enjoy the coding with passion.

Live in technology

The student have interest in, and familiar with new technologies and inventions. If you have the passion to live in new fashion and feel good to adopt technologies in your daily life then computer is your friend.

Web development

Web development and spending much time on Internet is also the feature of computer science student.

So the computer science student love riddles and strive to be the best damn developer. You can also, as a software developer; a computer is the only thing that will do exactly what you ask it to do

You didn't choose computer science. Computer science chose you. Always respond to bullshit w/ bullshit

What will you really do after the selection of computer science?

Some of the terms that I am going to discuss with you people that you will study in future. All the study will flow around these terms which are following.

Computability

In the term you will learn in so much detail about the functions of different hardware and connection among the hardware. You will study the input, processing, and output. Different stages of a process. Different buses etc.

Abstraction

Abstraction means that to analysis of complex process to make it simple for the user. So you have to really work hard on complexities. And make a good user interface.

Algorithms

It is step by step solution of a problem. In algorithms you will study that how to solve a complex problem and step by step way to make it simple and achieve the solution.

Logic

In logic you will put on different decisions making formula's. That is something is true or false. That will depend on your code. So all the software is working on logic. If the logic is wrong then you will not get the necessary result.

Carrier opportunities

You can get the skill of programming, in c++ and java, after that many languages, web development, designing, analyst, developer, working on networking, basic of electronics, and electrical engineering get learned

You can get all software and computer job in Gov. as well as in private origination's. You can work alone, or make software house and work in group of few, you can do also work as entrepreneur.

There are much more opportunism that I don’t exist in my head this time.