IT Engineer Job Description

  application systems engineer

IT Engineers are high-level IT personnel who design, install, and maintain a company’s computer systems. They are responsible for testing, configuring, and troubleshooting hardware, software, and networking systems to meet the needs of the employer. IT Engineers may also be required to train staff and manage projects.

IT Engineer Job Description 

We are looking to hire an experienced IT Engineer to manage our company’s computer systems. As an IT Engineer, you will be responsible for designing hardware configurations, installing software, managing network systems, and training staff on correct operating procedures.

To ensure success as an IT Engineer, you should have extensive experience maintaining large-scale computer systems, the ability to project manage, and excellent troubleshooting skills. Ultimately, a top-level IT Engineer can design and maintain a dynamic and stable system to perfectly meet the needs of the company.

IT Engineer Responsibilities:

• Meeting with the IT Manager to discuss system needs.
• Designing and installing computer hardware configurations.
• Installing software and networking systems.
• Troubleshooting network and software issues.
• Installing high-level software security systems.
• Training staff on newly installed hardware and software systems.
• Fixing hardware, software, and networking issues.
• Responding to general IT requests.
• Ensuring security software is kept up to date.
• Filing monthly reports for the IT Manager.

IT Engineer Requirements:

• Bachelor’s degree in Computer Science or a similar field.
• Extensive knowledge of computer hardware systems.
• Familiarity with general OS systems, Enterprise, programming languages, and Office software.
• Knowledge of LAN and wireless networks.
• Ability to project manage.
• Good communication skills.
• Ability to troubleshoot complex software and hardware issues.
• Knowledge of database and networking security systems.

What jobs are in a data center?

 data center technician salary google

Google Data Centers are the large data center facilities Google uses to provide their services, which combine large amounts of digital storage (mainly hard drives and solid-state drives), computer nodes organized in aisles of racks, internal and external networking, environmental controls (mainly cooling and dehumidification), and operations software (especially as concerns load balancing and fault tolerance).

There is no official data on how many servers are in Google data centers, but Gartner estimated in a July 2016 report that Google at the time had 2.5 million servers. This number is changing as the company expands capacity and refreshes its hardware.^[1]

As 2018 comes to a close and people start assessing their situations, some people who are data center professionals might consider getting new qualifications or otherwise preparing to fill some of the data center jobs that'll likely be among the most important in 2019. Here are five of them.

1. Data Center Project Manager

A look at the headlines shows that data centers are popping up all over the world, and that trend isn't likely to fade in 2019.

Many well-known companies — Google among them — hire people to oversee data center construction processes. These people must understand how to meet and set expectations, plus have future-oriented mindsets that ensure the new data centers are ready for 2019 and beyond.

It's also likely that data center project managers will be sent to building sites in cities that are gaining momentum as data center hubs. For example, analysts expect that 2019 will be the year Dublin surpasses London as the biggest data center market in Europe.

2. Compliance Officer

The role of a compliance officer is under the umbrella of data center careers that aren't yet well-known, but it's a career that'll become increasingly important as states and countries iron out how to treat different types of data to be in line with the respective laws. This role is especially crucial for people who work in on-premise data centers associated with major companies.

Not being aware of a lack of compliance is not an excuse any business can use to avoid fines or other repercussions. However, bringing a compliance officer on board lets companies proactively steer clear of problems related to improper data handling. Compliance officers can also communicate with the respective bodies that publish the minimum requirements for data center compliance, ensuring facilities stay abreast of updates.

IT compliance is a complex topic that will only become more detailed once states enact laws related to the treatment of data. The rollout of the GDPR happened in May 2018 and forced many companies to change their data storage practices, often by speaking to their data center providers. California will implement data protection measures in 2020, so 2019 is an ideal time for data centers to hire compliance officers.

evergreen branches of engineering

 engineering pays

Mechanical Engineering is one of the evergreen branches of engineering which over time, has contributed to several innovations. Considered to be one of the oldest branches of engineering, mechanical engineering deals with the concepts of thermodynamics, fluids, mechanics and structural analysis. The scope of mechanical engineering is vast even today. These concepts are used in designing some of the best and most efficient state-of-the-art motor vehicles, manufacturing units, aircrafts as well as other industrial machinery. Apart from the machinery and vehicles, mechanical engineers significantly contribute towards the development of power equipment, engines and complex machinery systems. Not only the design and manufacturing, even the maintenance and testing of such machinery and equipment are considered as responsibilities of mechanical engineers.

However, this evergreen branch of engineering is facing an alarming question – whether it is still the right stream for students who love machines or not. Due to the lack of job offers or placement opportunities for the huge number of graduates, people have started doubting their decision to take up mechanical engineering as a stream.  So here, we are going to discuss the scope of mechanical engineering and its future prospects.

What is Mechanical Engineering?

Mechanical engineering is the branch of engineering which deals with the design, manufacturing, maintenance and testing of machines. It is also considered as one of the most diverse and versatile disciplines of engineering. Mechanical engineering also includes the application of mechanics, material science, applied mathematics and physics.

With the rise of modern technology, mechanical engineering has witnessed newfound importance with more and more students opting to learn less explored domains of robotics, mechatronics, nanotechnology, etc.

New trends and future scope

The scope of mechanical engineering no longer remains limited to just manufacturing and testing of huge machinery and equipment. With technology making new advancements, there are several new domains in mechanical engineering which are being taken up by passionate engineers. These domains include robotics, new materials, nanotechnology, computer-aided design, geomechanics, etc. The two highly pursued domains are robotics and mechatronics, both of which combine the knowledge of mechanical engineering with other streams to deliver state of the art products.

Robotics – Robotics is an interdisciplinary stream of engineering that combines mechanical engineering, electrical engineering and computer science with an aim to design and develop robotic systems along with computer systems to control them. With the AI revolution already started, Robotics as a stream has been on the rise and is expected to grow in both reach and demand in the coming decade.

Mechatronics – Mechatronics too, is an interdisciplinary branch of engineering which usually combines mechanical engineering, electrical engineering and Information technology. A mechatronic engineer is responsible for designing complex engineering systems, can assist in process automation and also test the systems in use in the processes.

From automobiles to heavy-duty lifting machines and even the modern aircrafts that defy speed barriers, a variety of modern systems are being designed under the supervision of expert mechanical engineers. You will not find mechanical engineers limiting themselves to the manufacturing industry anymore. Mechanical engineers are being welcomed in various industries with open arms and high compensation packages, provided that the candidates are skilled and proficient.

The current market scenario and scope

According to the portal payscale.com, the average salary of mechanical engineers falls below Rs. 3.4 lakhs per annum. A few skills are able to add value to this compensation package. For example, knowledge of robotics or robotics process automation and a sound understanding of electrical systems can make a recruiting firm provide you with a better pay package, as per their need. Even though the pay package is lower as compared to computer science, mechanical engineering is expected to rise again.

maintaining communications equipment.

  comm tech 2 salary

These days we take it for granted that we can be connected by phone and internet all the time! A communications technician is part of the labor force that keeps these systems connected and running smoothly. Earning an appropriate associate's degree or certificate will enable you to find a job building, installing, or maintaining communications equipment.

Essential Information

Communications technicians work in a broad array of settings to ensure that vital communication equipment operates properly. Earning a postsecondary education credential like a certificate or associate's degree can give aspiring communications technicians a leg up in finding employment.

Required Education	Postsecondary education, such as a certificate or associate's degree
Projected Job Growth (2018-2028)	-6% for Telecommunications Equipment Installers and Repairers*
Mean Annual Salary (2018)	$56,100 annually for Telecommunications Equipment Installers and Repairers*

Source: *U.S. Bureau of Labor Statistics

Job Description

Communications technicians maintain, construct, and repair the equipment used for electronic communications, cable televisions, satellites, wireless devices, phones, radio, and broadband equipment. They may work on fiber optic lines, transmitters, antennas, and signal processing equipment. They may also operate network analyzers, spectrum analyzers, power meters, and RF generators.

Workplace

Communications technicians may be on call around-the-clock and work for telephone, cable, equipment repair, and research companies. Accordingly, some may work on new equipment in factory and manufacturing settings, while others may install or repair new or existing products in the field. Technicians may also work as cable systems installers, mobile radio technicians, electronic technicians, telecommunications specialists, wireless system supporters, and fiber optics systems specialists. To perform their duties, communications technicians may need to use ladders or bucket trucks to work on aerial lines. In some cases, these workers may also use underground equipment to complete their tasks.

Duti

Popular Employer Salaries for Cable Technician

 

Do cable technicians make good money?

 structured cabling technician salary

Comcast Cable, Inc.

$18

Spectrum

$19

AT&T Inc.

$24

Charter Communications, Inc.

$16

Time Warner Cable Company

$18

Mediacom Communications Corporation

$13

Wide Open West

$14

Cox Communications, Inc.

$22

The top respondents for the job title Cable Technician are from the companies Comcast Cable, Inc., Spectrum and AT&T Inc.. Reported salaries are highest at AT&T Inc. where the average pay is $23.95. Other companies that offer high salaries for this role include Spectrum and Comcast Cable, Inc., earning around $18.57 and $18.45, respectively. Mediacom Communications Corporation pays the lowest at around $13.34. Wide Open West and Charter Communications, Inc. also pay on the lower end of the scale, paying $14.34 and $16.33, respectively.https://www.fieldengineer.com/skills/network-cable-technician

10 Reasons Why You Should Pursue a Career in Information Security

 information security engineer jobs

The escalating number of data breaches and threats like ransomware has created a mad dash for information security help. Organizations are scrambling to fill jobs and to compete for top talent, and scores of positions go unfilled for months.

One would think that this kind of job-market frenzy creates big appeal for a person just entering college or considering a career. Especially since information security is one of the few fields where people get snatched up as soon as they walk out with their certificate or diploma 

Secure IT Infrastructure

 information assurance engineer job description

As new technologies are developed and cyber threats mount, information assurance engineers work in increasingly dynamic and challenging environments. The skills and knowledge of these information security professionals help keep data uncompromised and allow organizations to run smoothly.

What Does an Information Assurance Engineer Do?

Information assurance engineers function in a team of security specialists who protect an organization’s data. They design security systems that ensure the confidentiality, integrity, and accessibility of data. This means the system must keep private information out of unauthorized hands, safeguard it from improper modifications or destruction, and make it available to authorized users in a timely and dependable way. The primary focus of information assurance engineers is guaranteeing the security, quality, and retrievability of this data. Here is a breakdown of what information assurance engineers do to maximize the security of their organization’s IT systems.

Secure IT Infrastructure

Information assurance engineers perform many tasks to secure an organization’s technology infrastructure and information. They install firewalls, data encryption software, and anti-virus protections. They also conduct audits that can account for compliance lapses in security policies. These audits enable them to measure a system’s security and assess the effectiveness of individual security policies.

Penetration tests provide further insights on the actions that a company should take to keep its network safe. These simulated cyber attacks help identify vulnerabilities and locate issues that could make systems susceptible to breaches.

Keep Software and Hardware Up to Date

Another important responsibility of information assurance engineers is maintaining software and the hardware it runs on. Information assurance engineers must keep up-to-date on IT news to stay abreast of evolving security threats and trends. Because technology is constantly changing, new security threats arise frequently. Possessing current information helps information assurance engineers to make appropriate updates and patches to their systems.

Set Security Standards

Safeguarding information requires all of an organization’s members to behave in accordance with certain standards and best practices. Information assurance engineers often establish what those standards and best practices should be and communicate them to leadership. They might also be responsible for creating instructional material on their recommended security awareness policies and monitoring adherence to those policies.

Monitoring Threats

Information assurance engineers work with a variety of tools that can alert them to vulnerabilities or breaches. IDS and IPS — intrusion detection and prevention systems — alert them to malicious activities or the violation of security policies. Reviewing a network’s activities through event log analysis allows information assurance engineers to track network anomalies, system downtime, or events that do not follow industry standards. Such data makes it possible to locate patterns that expose weaknesses in a system’s security.

When security breaches occur, information assurance engineers must resolve them as quickly as possible by patching their systems and taking action to mitigate the damage. After a security incident, information assurance engineers analyze how the system was breached and then prepare reports that assess the damage. Based on their findings, they adjust their systems and update procedures to detect and respond to future threats.

How do I become a cyber security engineer without a degree?

  security engineer requirements

This article is about the factors that can enable you to get into cybersecurity without having a degree.  You can also check out our complete guide on how to get into cybersecurity, our advice on how to learn cybersecurity on your own, and how computer science degrees play into cybersecurity.

A lot of people wonder if they can get a cybersecurity job without having a degree. That’s probably because there are so many people out there that haven’t gone to college, but would be interested in getting into the cybersecurity field.  Plus the fact that college is a lot of work and a lot of money (see our guide on how much cybersecurity training and education costs for proof). Whether you can get a job in cybersecurity without having a degree depends on a number of factors, which we will take a look at here.https://www.fieldengineer.com/skills/information-security-engineer

information security engineer job description

  information security engineer job description

System Security Engineer responsibilities include:

• Engineering, implementing and monitoring security measures for the protection of computer systems, networks and information
• Identifying and defining system security requirements
• Designing computer security architecture and developing detailed cyber security designs

• Job brief

  We are looking for a capable System Security Engineer, who enjoys security work and possesses both deep and wide expertise in the security space.

  You will make things more secure by protecting system boundaries, keeping computer systems and network devices hardened against attacks and securing highly sensitive data. Qualified candidates will have a background in Security or Systems Engineering.

  Responsibilities

  • Engineer, implement and monitor security measures for the protection of computer systems, networks and information
  • Identify and define system security requirements
  • Design computer security architecture and develop detailed cyber security designs
  • Prepare and document standard operating procedures and protocols
  • Configure and troubleshoot security infrastructure devices
  • Develop technical solutions and new security tools to help mitigate security vulnerabilities and automate repeatable tasks
  • Ensure that the company knows as much as possible, as quickly as possible about security incidents
  • Write comprehensive reports including assessment-based findings, outcomes and propositions for further system security enhancement

What is the difference between a security analyst and a security engineer?

  security engineer jobs

Security Analyst vs Engineer: Where to Start

The Armed Forces typically have corporals and privates, who serve necessary but different roles in battle. The corporal has more experience, deploys the tactical work, and is close to the action. Newcomers start off as privates, sometimes they observe rather than act, and they can be a step or two from the action.A security engineer (corporal), whose salary is typically $5,000 to $15,000 higher, and a security analyst (private) are in similar positions. They both work on corporate defense systems doing the bulk of the work to ensure that data is protected. They differ in responsibilities, their positions on the corporate hierarchy, and how close there are to the front battle lines.

Defending the Perimeter

Like demarcation lines on battlefields, corporations establish various defense perimeters, layers of protection, on top of their computer systems. In the past, they fortified the entry points, the network entrances and exits. In many cases, they created a Demilitarized Zone (DMZ), a buffer zone between where their systems ended and the information coming from the outside into the enterprise network began. The idea was to check all the newcomers and make sure that they were not bringing any malware into the organization. Most businesses invested a lot of time, money, and manpower into fortifying this area.

What is a Network Security Engineer?

  information security engineer jobs

What is a network security engineer? If you've ever been in need of someone who can quarantine viruses, malware, spyware and other harmful computer maladies, you might find them handy. A network security engineer protects your network from attacks by erasing bugs that are already existing, and protecting your network from future threats.

Network Security Engineer | Duties and Responsibilities

A network security engineer does a multifaceted job. They are responsible for many different tasks on the IT spectrum. Most of these tasks are related to security.

Some of their many duties include:

• Maintaining LAN, WAN and server architecture
• Solve existing security issues, such as viruses or hardware malfunction
• Testing systems for vulnerabilities in hardware and software
• Maintaining virtual private networks, firewalls, email security and web protocols, security and programs
• Creating virus detection systems
• Developing tracking scripts to record system vulnerabilities
• Reporting security analysis findings
• Supervising the instillation of new software and hardware
• Analyzing and implementing new security protocols and technologies
• Modifying regulatory systems within IT security
• Maintaining the integrity of hardware and software
• Investigating security breech alerts
• Create and maintain security policies
• Develop authentication and authorization protocols
• Occasionally replacing system architecture
• Maintaining servers and switches

Network Security Engineer | Salary

According to PayScale.com, the average salary of a network security engineer is $85,000, and they have a high level of job satisfaction. Some engineer jobs will require traveling to different branches of a company to oversee instillation or replace an older system’s architecture.

Security Tools for Your Network

When it comes to a business’s computer network, you can never be too secure. Unencrypted networks and faulty software leaves your network vulnerable to malware, phishing, proxies, spyware, adware, botnets and more.

At SolarWinds MSP (formerly LOGICnow), our iScan software can be a valuable tool in any network security engineer’s arsenal. Our iScan software is a vulnerability assessment software and analytics program that scans all devices in your network and finds the sensitive data that sits on hard drives. It then puts a dollar value to the risk of it being there, saving businesses time and money.

cyber criminals, it’s hard not to get excited.

 security engineer requirements

If you’re interested in information technology, cyber security probably sounds like an appealing career focus. The high demand for these professionals and their impressive earning potential alone is enough to catch your attention.1 But when you add in the fact your work revolves around building IT defense systems and safeguarding valuable information from some of the world’s worst cyber criminals, it’s hard not to get excited.

That being said, you could use some clarification on the details. Even if this career path checks a lot of important boxes, you’ll want to know as much as possible about what you’re getting into and what it takes to become a cyber security analyst.

We dove into the data and secured insider insight from a cyber security professional to help you better understand the cyber security career landscape and what you’ll need to get established in the field.

Why is cyber security important?

If you’ve been at all invested in the world of technology, you know cyber security is a big deal. Even the general population can hardly miss the headlines surrounding cybercrime and data breaches. But shockingly, many organizations and individuals are very slow on the uptake when it comes to protecting their own digital security.

“I was surprised at the level of apathy about cyber security decision-makers,” says Greg Scott, author and cyber security expert. “Even after all the headlines, people still say they aren’t carrying national security secrets, and that nobody cares enough about them to attack them.”

In reality, there are loads of ways a hacker can utilize and monetize even the most innocuous information. Identity theft, intercepting your tax refund or even stealing your health insurance for medical coverage—cyber criminals come up with all sorts of creative ways to profit from information most people don’t take sufficient lengths to protect. This makes everyone a target.

“The public cyber security education gap is larger than the Grand Canyon,” Scott says. “It’s a huge opportunity and a huge threat.” Scott says one of his favorite parts of working in cyber security is seeing people’s reactions when they realize how vulnerable they are without taking precautions. “The most rewarding times are when the message finally gets through and peoples’ eyes light up.”

What is a cyber security engineer job duties?

 information security engineer job description

Cyber Security Engineers help businesses by protecting their computer and networking systems from pSecurity engineers develop and supervise data and technology security systems to help prevent breaches, taps, and leaks associated with cybercrime. Alternate titles for this career include information assurance engineer, information systems security engineer, and information security engineer.

Companies may combine a security engineering role with an analyst’s role, but these positions typically focus on different things. Security analysts identify cybersecurity weaknesses, while security engineers build systems, such as firewalls and intrusion detection systems, to defend against attacks or leaks.

As commerce and data storage increasingly move into the cloud, organizations increasingly require robust information security systems. As a result, information security professionals can work across diverse industries, such as computer systems design, manufacturing, insurance, finance, and education.

The guide below describes security engineer degree requirements, entry-level experience, job responsibilities, and career skill sets. This page also introduces security engineer degrees that can launch young professionals toward exciting career opportunities in this growing, lucrative field. According to PayScale, security engineers make an average annual salary of $90,923.otential hackers and cyber-attacks. They safeguard sensitive data of a business from hackers and cyber-criminals who often create new ways to infiltrate sensitive databases.

Network Security Engineer job description

 security engineer jobs

Faced with an ever-increasing cyber-security threat, organisations need to maintain a vigilant approach to protect their systems and data, and Security Engineers play a key role in this process. Security Engineers can be responsible for a number of functions associated with IT security - from ensuring the security of software, through to selecting and/or constructing and deploying broader network security systems.

Security Engineer duties and responsibilities of the job

A Security Engineer job description should include the responsibility of completing a thorough risk assessment, identifying vulnerabilities within a network, and creating firewalls, or configuring systems to enhance existing security features.

Security Engineers are expected to respond to, and document, any security threats, resolve technical faults and allocate resources to deliver real solutions in a cost-effective way. They must also be proficient in:

• Understanding complex technical issues and managing them within a fast-paced business environment
• Maintaining all the software and hardware in relation to security
• Documenting security certification
• Identifying current and emerging technology issues including security trends, vulnerabilities and threats
• Threat intelligence
• Sourcing and implementing new security solutions to better protect the organisation
• Conducting proactive research to analyse security weaknesses and recommend appropriate strategies
• Liaising with vendors to implement security solutions

Security Engineer job qualifications and requirements

Holding an IT-related degree and a technical background is essential for a Security Engineer role. Individual organisations may have additional requirements for a Security Engineer, including security certifications such as CISSP, GISP, and CISM.

As well as formal qualifications, a Security Engineer job description should include the following qualities:

• Expertise across a variety of security products including firewalls, URL filtering, information security and virus protection
• The commercial acumen to provide cost-effective security solutions
• An enthusiasm for staying up to date with the very latest updates about security threats and solutions
• Outstanding communication skills that go beyond “tech talk” – the ability to translate complex IT matters to those without an IT background
• Strong time management and organisational skills
• Previous exposure to Linux and/or Windows Operating Systems, coding languages, and/or Networks

Is an Engineering Degree worth it?

 

Which engineering has highest salary?

 how much do engineers make

In short yes, and some. Engineering positions tend to always feature in the top ten highest paying careers. 

This is good news as all that hard work, blood, sweat and tears during your undergraduate and postgraduate studies had better pay off. And now is a good time to be getting into engineering-related career paths as the job market is pretty healthy. 

According to the U.S. Bureau of Labor Statistics, for example, Mining, Construction, and Manufacturing industries are currently enjoying a period of strong growth. 415,000 positions were added in 2016 in the Healthcare industry alone in the U.S. 

Engineering graduates also enjoy very high recruitment levels post graduation which is in stark contrast to many humanities graduates. But is pursuing a career in Engineering actually worth all the hassle?

Much like driving a car your degree is just the first test. Once you've graduated you will need to bolster your courage for a lifetime of stress, steep learning curves but, ultimately, one of the most rewarding careers one could choose. 

But, of course, like any career, there will be highs and lows. Although many Engineers tend to love what they do working conditions can get on top of them.

On the whole, most disgruntled engineers report that they have, or are tempted to, quit their job because of a few common issues. These include not getting on with the boss, long commutes, stupid working hours, not potential for advancement.

Which Engineers earn the most?

Before we look into the countries that tend to offer the most money for engineers, we thought it might be useful to explore those disciplines of engineering that tend to pay the most.

After all, engineering is something of an umbrella term that encompasses many different industries, specializations and, of course, competition for employment. 

The following are the top twenty highest paid engineering jobs. This data comes courtesy of typeofengineering.com .

The website compiled data from the US. Department of Labor Bureau of Labor Statistics data compiled with self-reported data from Universities, Forbes Magazine, US News & World Report, and reputable Engineering associations, such as the National Society of Professional Engineers and the American Society of Mechanical Engineers.

Rank	Occupation	Average Annual Salary	Projected % growth in jobs between 2012 and 2022	Projected growth in jobs between 2012 and 2022
1	Petroleum Engineers	$147,520	25.50%	20,000
2	Architectural & Engineering Managers	$138,720	6.70%	61,000
3	Airline Pilots & Flight Engineers	$131,760	-6.60%	19,000
4	Computer Hardware Engineers	$110,650	7.40%	24,000
5	Aerospace Engineers	$107,700	7.30%	25,000
6	Sales Engineers	$104,660	8.90%	17,000
7	Nuclear Engineers	$104,630	9.30%	7,000
8	Chemical Engineers	$103,590	4.50%	9,000
9	Engineering Professors	$102,000	11.80%	11,000
10	Mining & Geological Engineers	$100,970	12%	3,000
11	Electronics Engineers	$99,660	3.40%	35,000
12	Marine Engineers	$99,160	10.30%	3,000
13	Engineers, All Other	$96,350	3.80%	30,000
14	Electrical Engineers	$95,780	4.70%	44,000
15	Biomedical Engineers	$91,760	26.60%	10,000
16	Materials Engineers	$91,150	0.90%	8,000
17	Mechanical Engineers	$87,140	4.50%	100,000
18	Civil Engineers	$87,130	19.70%	120,000
19	Environmental Engineers	$86,340	15.30%	21,000
20	Industrial Engineers	$85,100	4.5%	75,000

As interesting as this is, it must be borne in mind that these figures are just a snapshot in time. They don't, for example, capture potentially future trends in their respective industries. 

Some disciplines, like Petroleum Engineering, are highly paid at present but future employment could be affected by changes in the supply and demand of hydrocarbons around the world.

So long as consumption remains at least comparable to today, as well as reserves, this should be a lucrative choice for the near future.

But there is another interesting consideration with fields like Petroleum Engineering. It is predicted that many current employees are set to retire over the next ten years.

 This will certainly affect the demand for 'new blood', likely inflating offered salaries far in excess of current rates. 

Computer engineering is another field that might not be fairly represented in this data. It is a relatively new discipline in engineering with some claiming it is currently under-supplied with labor.

Of course, the future could see a dramatic reduction in wages as more and more new graduates flood the market over the next few years given its current popularity for undergraduates.