Network System Administrator

The Engineering team of the Heart and Collection network (ICC) of Orange France wishes to modernize its pre-production environment made up of Cisco, Juniper and Nokia routers.

The mission is to review the physical architecture and automate the backups, restores and resets of configurations and software versions of our equipment.

Still in this perspective of automation, you will notably be required to design a tool base for: system administrator skills

automatically reinject the configurations on the routers every week / month,

allow automatic configurations,

change the software versions of the equipment,

save and restore users' personal configurations for a particular router,

produce a dynamic diagram of the platform,

have a material inventory.

Finally, in order to be able to use the new environment and your new tools, you must write up the “best practices” for using the platform and also a manual for the tools to train future users.

about you

You are preparing for a BAC + 5 level diploma (Engineer or Master), with a network option.

You know the basics of IP networks: IPv4, IPv6, routing protocols

You have absolutely acquired the basics of algorithms and programming .

In particular, you have already developed scripts (bash, Python). You worked on Linux

Ideally, you have some knowledge of automation tools (Ansible, AWX).

and also :

You show rigor and curiosity.

You have writing and synthesis skills.

additional information

The mission allows you to evolve in a cutting-edge technical environment (the largest routers on the market) and to develop and enhance your network and system skills.

You will become a real NetOps!

You have the opportunity to work in collaboration with the engineering and operations teams and to observe the concrete results of your work.

department

The role of the Networks and Services Technical Department is to design and deliver the technical architectures, equipment, offers / services of Orange France on time and on budget. It defines and builds the networks and infrastructures of tomorrow.

To achieve these ambitious goals, the DTRS relies on:

its central departments (8 in number):

Entry point for marketing departments to mature, qualify requests and carry the commitment of Orange France technical entities, they:

define the strategy of networks and services and steer the roadmap

define and monitor Orange France's investment programs, in the “fixed” and “mobile” networks, infrastructures and service platforms

ensure the engineering and security of network and IS infrastructures

ensure the integration of offers and services into the network and information systems

manage operations in a coordinated fixed / mobile approach

its network management units (5 UPRs) which:

plan operations and manage the construction of networks in compliance with quality, technical and budgetary requirements

deliver the best network, optimize engineering as part of the group's equipment policy

manage the implementation of programs and maintenance operations on the equipment

ensure interworking with other parts of the network and service platforms.

with the support of its transversal departments (HR, COM.)

HR Information System Expert

We are representing a well-known and independent law-firm in Luxembourg. They advise Luxembourgish and international clients on a wide range of subjects linux skills. 

To sustain their growth, they are looking to reinforce their HR team with an Expert in HR Information System, who will work hand to hand with the HR Director. 

Main responsibilities :

Participate in the maintenance, the development, and the improvement of the existing HR tools (HR access especially), 

Identify and analyze the system evolution needs, participate in the drafting of procedures, 

Contribute to identifying et solve any kind of problems with the systems, 

Be the key partner between HR, IT, and providers,

Develop and maintain dashboards allowing HR strategic management. 

Your profile:

Master's degree in an Engineer School or a Business School, focused on Information systems, 

About 3 to 5 years of experience in the HR Information systems, 

Solid knowledge of the HR Access system, 

Knowledge of databases and of SQL, 

Fluent in French and English, 

Team player, solutions-oriented, good communication skills, 

Analytical and synthetic mindset, rigorous, proactive and autonomous.

software engineering versus designing

 Software engineering 

Software engineering is offered by the Faculty of Mathematics instead of the other two, thus it includes more numerical courses and is more hypothetical than the designing projects. This implies no seminars on circuits or material science, yet more on programming and the hypothesis behind it. This implies much more math. Be readied. Software engineering doesn't have seminars on hardware or how the equipment frameworks work, and has less handy and hands on learning of programming than Software Engineering. So all in all, in the event that you like to find out about the calculations and thoughts behind programming, take Computer Science. Snap here for more data on Computer Science. 

1A:MATH 135 – Algebra for Honors Mathematics 

MATH 137 – Calculus 1 for Honors Mathematics 

CS 135 – Designing Functional Programs 

+ Additional courses of your choice 1B:MATH 136 – Linear Algebra 1 for Honors Mathematics 

MATH 138 – Calculus 2 for Honors Mathematics 

CS 136 – Elementary Algorithm Design and Data Abstraction 

+ Additional courses of your decision 

As a rule, these three projects are very computer science vs engineering comparable in that you will find out about PCs, however they have various specializations. In these projects you will likewise have the option to pick much more specific courses relying upon what you need to find out about the most. To emphasize, Computer Engineering depends on the equipment and programming, Computer Science depends more on the calculations and hypothesis behind programming, and Software Engineering is a blend of both, showing the uses of programming while as yet having an essential science background.

Computer Engineering 

PC Engineering shows you both the equipment and programming parts of PCs, as is a decent program to take on the off chance that you might want a more broad comprehension of PCs. As opposed to the next two projects, Computer Engineering is centered more around the planning and creating of PC frameworks and how the product communicates with the equipment. So you will find out about circuits, rationale doors, material science, yet additionally programming and Computer Engineering is significantly more hands on as well. In the event that you need to find out about how PCs function and furthermore find out about programming, at that point take Computer Engineering. Snap here for more data on PC designing.

PC data frameworks versus software engineering

 PC infThese days there are TOO numerous decisions for online Computer Science and IT degrees. Which well informed degree would it be advisable for you to pick? What's the distinction between a Computer Information Systems versus Computer Science major? IS there actually any distinction? Assuming this is the case, which one is best for which profession ways? 

Computer information systems vs Computer science 

In case you're experiencing difficulty picking an IT degree way, start by soliciting yourself which from the accompanying three vocation addresses intrigues you most: 

1. For what reason accomplishes the innovation work? 

2. How accomplishes the innovation work? 

3. What innovation would work the best? 

The inquiry you get yourself generally attracted to is a hint to which kind of online degree you'd favor with regards to Computer Information Systems versus Computer Science. 

A large number of the online IT degrees offered today are identified with Computer Science, Information Technology or Computer Information Systems. Each significant offers much in like manner, yet each additionally will in general zero in on responding to marginally various inquiries. These methodologies interpret, thus, into various vocation ways. 

Software engineering – (Why Does the Technology Work?) 

The Lowdown: Computer Science centers around showing programming and processing. It is intended to give experts central abilities that can be applied towards any profession in coding. It additionally gives an inside and out diagram of how PC working frameworks work. 

Why You Might Like It: Computer Science is principally about honing your programming capacities. You don't simply figure out how to compose code, yet in the exercise plans for some online IT degrees you additionally realize why the code takes a shot at your PC the manner in which it does. 

Why You Might Not: A Computer Science major frequently centers around programming and the hidden calculations that make code work. Thusly, a decent measure of *gasp* math is included (ex. Analytics, Discrete Mathematics, and so forth) This degree major is particularly math hefty at the undergrad level. Some consider all to be math as an or more, yet many don't. 

Likewise, because of the programming center, different subjects that might be of intrigue (ex. security, organizing, and so forth) are regularly just addressed softly in an unadulterated Computer Science qualification program. 

Data Technology – (How Does the Technology Work?) 

The Lowdown: Focuses more on the commonsense uses of PCs in a workplace than Computer Science does. Software engineering is more about growing new sorts of innovation, while Information Technology courses are more about figuring out how to take PC innovation and put it to use in business conditions. 

Why You Might Like It: This major requires fundamentally less numerical when contrasted with Comp Science degrees. It actually covers fundamental programming yet gives understanding into different features of IT. You can have practical experience in many applied tech territories, for example, systems administration, security, or information base administration in the event that you would prefer not to invest all your energy composing code. 

Why You Might Not: IT degrees for the most part spread definitely a greater number of points than Computer Science degrees, which could restrict your presentation to inside and out programming essentials. You may figure out how to compose for one sort of programming, yet it might be more hard to change and gain proficiency with another kind later. 

GetEducated's Picks 

Southern New Hampshire University Associate of Science in Information Technologies 

Great Canyon University Bachelor of Science in Information Technology 

Grantham University Master of Science in Information Technology 

Capella University 

To see all data innovation degrees, visit our degree postings. Likewise look at our most recent rankings reports. 

Data Systems – (What Technology Would Work Best?) 

The Lowdown: Information Systems as a significant is precarious. This region is frequently known as Information Systems (IS), Computer Information Systems (CIS), Business Information Systems (BIS), and Management Information Systems (MIS). These online degrees spread similar themes as "IT" degrees, yet each has a more business-related core interest. Rather than learning exactly how innovation functions, IS understudies likewise figure out how to solicit what type from innovation ought to be utilized to tackle a business issue. 

Why You Might Like It: Where Computer Science dives deep into writing computer programs, IS degrees go expansive and spread the "10,000 foot view". Since individuals are important for some "frameworks", these degrees regularly incorporate business courses like venture the board or administrative interchanges. 

Why You Might Not: The way that it can cover so a wide range of regions has a disadvantage, as well. Data Systems-related degrees won't give you the inside and out coding experience a CS degree will. PC Information Systems degrees are offered by both specialized schools and business universities the nation over, so one IS program may not resemble the other. 

In certain schools, Information Systems is educated through the business college, similar to Florida State University's Online College of Business.In others, similar to Nova Southeastern University Online, is instructed as a Computer Science qualification. 

What are the different engineering jobs?

Engineering works

Engineering is a very broad field that employs professionals with very different skills and experience. There are many different types of engineering jobs where experts assist in the invention, research, development, planning, and construction of various products and systems. Engineering jobs are occupied by specialists in mechanical engineering, electrical engineering, civil engineering, biomedical and chemical engineering, among many other fields salaries for computer engineers.

Individuals with detailed knowledge of the principles of physics of engineering firms. Mechanical engineers create different types of machines and motors that are used in thousands of different capacities. Professionals can specialize in the design of automobiles, industrial equipment, and robotic devices. Several experts, known as marine engineers, develop complex systems for various types of watercraft.

Electrical engineers design electrical systems that are used in various industries. They can introduce residential and commercial power plants, create efficient electric motors and systems for cars and large equipment, or create consumer electronic devices. Many electrical engineers supervise the installation of power lines and electrical wires in various types of buildings.

Civil engineers design and implement public structures such as roads and streets, bridges, dams, large buildings, water storage and drainage systems, and sewer networks. They create blueprints for structures based on geological surveys, safety measures, health and safety codes, and available city budgets. Many engineers work closely with construction teams to ensure that structures and systems are built exactly to specifications.

Many engineering jobs can be found in biochemical and medical research laboratories. Chemical engineers use their knowledge of biology and chemistry to create chemical production and test equipment. Biomedical engineers can create sophisticated equipment, as well as artificial organs, prostheses, and other medical devices.

To get most engineering jobs, people must have a bachelor's degree from accredited universities. Many practicing engineers, especially those related to research, have master's or doctoral degrees in specialties. Typically, professionals must pass licensing exams administered by their particular state or country before they control their trade. Some employers require new workers to obtain additional certification to reaffirm their expertise with specific engineering principles.

There is generally a very high demand for qualified engineers in all specialties. As technology continues to advance in industry and manufacturing, the nature of engineering is changing significantly. Professionals with knowledge of computer programming and project drafting tend to enjoy the greatest opportunities for the job as more and more design systems use digital drawings and models.

Computer Engineering Online

Computing and Data Structure

This course studies data structures and algorithms in computer science. Includes dynamic tracking, sequential storage, groups, rows, graphs, detailed tables, internal and external search systems, data classification. Emphasizes, develops, implements and evaluates the concept of algorithms computing system definition.

Academic Supervisor: Abdo Miled Abou Jaoude

Computing Systems

This course examines the organization of computer systems, the performance of information systems, instruction set architecture, computer arithmetic, interface and peripheral processors. Students will also explore and analyze the performance of multiprocessor architectures and simulation of computer systems.

Academic Supervisor: Abdo Miled Abou Jaoude

Internet Technology

This course offers the study of architecture, engineering networks, services, protocols, and the Internet (World Wide Web). Course topics include code languages ​​(such as HTML), resource location data (such as search engines), web page management, scripting, TCP / IP, IP routers, servers, security control, e-commerce, and virtual worlds.

Academic Supervisor: Ricardo Miralles Damm

Computer Architecture

The purpose of this course is to analyze architecture with a particular focus on the principles of computer design, instruction set design, memory architecture, design and interconnection of main CPU units, multiprocessor systems, multi-level computer networks, I / O devices, and peripheral systems. The trainees will learn in detail the technical and architectural principles of assembly.

Academic Supervisor: Abdo Miled Abou Jaoude

Analog Circuit Design

This course explores the process of analog circuit design, from planning, analysis, and control to final design and manufacturing. It also includes keys for interpreting manufacturing instructions.

Academic Supervisor: Higinio Menendez Milanes

Software and Hardware Management

This course examines the use of software and hardware solutions to meet the needs of the user and the functioning of applications that are found in information technology systems, computing environments, databases, computer networks, peripherals and telecommunications systems.

Academic Supervisor: Humayun Bakht Dr.

Digital Circuit Design

This course explores the digital circuit design process. Shows various circuit models, implementation technologies, monitoring mechanisms, fault detection and fault tolerance, logic simplification, and other techniques to maximize system performance.

Academic Supervisor: Higinio Menendez Milanes

Microprocessor Design

This course introduces the design and programming of specialized or embedded systems based on microprocessors and controllers. Helps to define these systems, interpret their circuits and apply them in production. Also explains the modeling and programming tools for microprocessors.

Academic Supervisor: Higinio Menendez Milanes

Computer System Performance

The aim of this course is to explore the performance of computer systems in terms of design, manufacture and life cycle. It offers analysis of computer systems testing methods, health checks, quality control and assurance, reliability measurement and prediction, maintenance and reuse.

Academic Supervisor: Abdo Miled Abou Jaoude

Optimizing Digital Circuits

This course provides a detailed and systematic approach for optimizing electronic circuits, ranging from high-performance hardware models, architecture level synthesis, sequential logic level optimization, scheduling algorithms, resource sharing, to collaborative design systems and hardware / software.

Academic Supervisor: Higinio Menendez Milanes Software

Systems Integration

The goal of this course is to solve software and hardware integration problems. It offers an analysis of the engineering integration of hardware and software systems, including software design, testing, documentation, maintenance, error detection, version control, portability and reusability.

Academic Supervisor: Javier Fernandez Salgado

Computer Engineering

This course covers architecture, design, organization, performance, instruction set architecture, computer arithmetic, processor design, data control and routing, memory organization, interface processors and peripherals, as well as multiprocessor architectures.

Academic Supervisor: Humayun Bakht Dr.

Software engineering

This course examines the stages of the software life cycle, comparing development models to structured and object-oriented programming techniques. In addition, students will explore topics such as software documentation, internal and external verification, quality assurance, testing methods, maintenance, project management, organizing a development team, and the various tools available.

Academic Supervisor: Humayun Bakht Dr.

Computer engineering majors earned

A CNN Money report claims that in 2011, computer engineering majors earned the highest wages among all students. Moreover, according to the Bureau of Labor Statistics, the demand for software engineers is expected to increase by almost 36% by 2016. You may have just stumbled upon your new career!

Computer engineer salary what does computers mean

Computer engineers are divided into two types - hardware engineers and software engineers. The former work with the physical components of a computer. They study, design and test devices such as printed circuit boards, chips, and keyboards. Software engineers (developers) create custom programs to solve problems. They develop software that translates commands from an application into a language that the hardware can understand. They create operating systems and computer interfaces for desktops and consumer electronics.

95% of jobs are concentrated in large cities. There are positions in research and production laboratories. They also work for computer systems design companies, research and development companies, or the federal government. There are a number of potential jobs that you might end up in, and many tasks for which you can write programs. Computer engineers design for computers, mobile phones, video games and so on. If you are creative, love computers and do not mind making a lot of money, then this job may be just for you!

Some of the highest-earning fresh-graduate students are graduates in computer engineering. It's a great incentive to get down to business and focus on all that nightly study in your dorm. They will pay off in full. A huge success! The average salary for computer engineers in job postings is 29% higher than the average for any other job. Sounds good, doesn't it? Let's take a look at the specifics.