Engineer

Process Engineer job – Dyno Nobel – Cheyenne, WY

Process Engineer job – Dyno Nobel – Cheyenne, WY

Process Engineer

Dyno Nobel

78 reviews

Cheyenne, WY 82001

Job Brief
 Defines and resolves plant process problems to insure continuity of operations.
 Reviews newly developed process modifications and improvements to determine applicability and provides technical backup for capital and expansion efforts.
Dyno Nobel, a wholly owned subsidiary of Incitec Pivot Limited, a global leader in diversified industrial chemicals that manufactures and distributes industrial explosives, industrial chemicals and fertilizers. We provide blasting solutions and quality explosives products throughout North America and Australia, as well as selected customers in the Asia Pacific region. Due to continued results and world-leading innovation, customers in the mining, quarry, construction, pipeline and geophysical exploration industries choose Dyno Nobel
Process Engineer
Purpose
Defines and resolves plant process problems to insure continuity of operations.
Reviews newly developed process modifications and improvements to determine applicability and provides technical backup for capital and expansion efforts.
Support safety culture in operations and in design.
Core Accountabilities
Ensure compliance with applicable DN HSEQ Performance Standards, as well as applicable acts and regulations.
Responsible for modification and focus improvement projects through all phases of design, equipment and material specifications, contract preparations, construction and inspection of new or modified facilities.
Troubleshoot and resolve existing plant process problems.
Assist with new plant start-ups.
Solves problems relating to improvement of operating efficiency, plant production capacity and product quality.Prepares design information on assigned projects.
Coordinates efforts of contractors working on engineering projects and capital projects with maintenance and production personnel taking into consideration safety, environmental and regulatory aspects of the job.
Prepares CEP requests and provides necessary cost estimates and justification of projects.
Maintains data summaries on process conditions to ensure maximum operating efficiencies at lowest possible cost.
Conducts performance test and prepares test reports.
Maintains engineering files, containing engineering drawings, equipment specifications, vendor information, etc.
Prepares periodic reports indicating progress of projects assigned.
Demonstrate and/or lead the commitment to the pursuit of achieving Zero Harm through behavioral based safety. (Ensure SAO, JSA, Take 5’s, stretching, and all safety rules are being completed.)
Ensure compliance with applicable Company HSE Performance Standards, as well as applicable acts and regulations.
Live and foster the IPL Corporate Values.
Supports BEx initiatives and ensures participation from all areas of responsibility.
Technical Competencies
Education:
Working knowledge of OSHA and PSM requirements preferred.
B.S. Degree in Chemical Engineering.
Experience:
Work Environment and Physical Requirements (Required in USA)
The demands described here are representative of those that must be met by the employee to successfully perform the essential functions of this position. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions (Refer to PD Guidelines).
Ability to wear and care for applicable personal protective equipment (such as, safety glasses and shoes, respirator, hard hat and ear protection, safety harness) as required by site specific requirements.
Ability to work outdoors for long periods of time in extreme weather conditions.
Ability to read and comprehend technical data.
Ability to work with and around various chemicals, lubricants, and temperatures common to a chemical processing facility.
Requires the ability to troubleshoot process problems and take the proper steps to resolve. Should possess the ability to develop ideas on plant process efficiency improvements.
Normal office environment with about 40% of time subject to various chemicals, temperatures, lubricants and varying weather conditions.
Work overtime, including nights and weekends to resolve plant downtime events.

78 reviews

Dyno Nobel Inc. has exploded on the scene and has landed in North America and Australia.  Formerly based in Norway, Dyno Nobel was founded…

Thousands of employers search for candidates on Indeed

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How to Get an Electrical Engineer Degree?

How to Get an Electrical Engineer Degree?

An electrical engineer is far from just making light bulbs as they have an intense selection of career paths to choose from. An electrical engineer can choose the following industry as their career path: power transmission, electromagnetic, signal processing, control system design, commercial appliances, instrumentations, telecommunications, embedded systems, bioelectricity etc.

Sounds interesting does not it? So how does one become an electrical engineer then? You will need to be interested in how things work and have the enthusiasm to find the solution. You will also need to excel in Math, Chemistry and Physic courses during high school. Another important skill one needs to survive in pursuing an Electrical Engineering education is programming.

During your years in university as an electrical engineering student, you will have many opportunities to utilize your programming skills as almost everything today has a microcontroller inside, including the alarm clock that you woke up to. So brush up on those programming skills! An electrical engineer with both proven hardware and software skills will be a valuable asset for companies.

In your undergraduate studies, you can also participate in different engineering research projects happening in the campus. You can learn a lot of knowledge from the professors and graduate students that would not normally be able to learn in courses. Another opportunity that is excellent for your career is to participate in Internship / CO-OP programs. These programs are offered by many companies in which which would provide you work experience in the industry that you are interested in.

I hope this would be enough information for you in what to expect when you pursue this career path.

Good Luck!

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Senior Engineer – Software job – DISH Network – Cheyenne, WY

Senior Engineer – Software job – DISH Network – Cheyenne, WY

Senior Engineer – Software

DISH Network

3,101 reviews

Cheyenne, WY 82007

DISH is a Fortune 200 company with more than $15 billion in annual revenue that continues to redefine the communications industry. Our legacy is innovation and a willingness to challenge the status quo, including reinventing ourselves. We disrupted the pay-TV industry in the mid-90s with the launch of the DISH satellite TV service, taking on some of the largest U.S. corporations in the process, and grew to be the fourth-largest pay-TV provider. We are doing it again with the first live, internet-delivered TV service – Sling TV – that bucks traditional pay-TV norms and gives consumers a truly new way to access and watch television.
Now we have our sights set on upending the wireless industry and unseating the entrenched incumbent carriers.
We are driven by curiosity, pride, adventure, and a desire to win – it’s in our DNA. We’re looking for people with boundless energy, intelligence, and an overwhelming need to achieve to join our team as we embark on the next chapter of our story.
Opportunity is here. We are DISH.
A successful Senior Software Engineer will have the following:
Bachelors or Masters degree, preferably in computer science, computer engineering or other technical (STEM) field or equivalent combination of education and experience.
Six years of software development experience, using Java, C#, Erlang or other related languages.
Strong problem solving skills and willingness to take on difficult engineering challenges.
Preferred Qualifications:
Experience building scalable software in a distributed, service oriented architecture.
The ability and discipline to write clean and highly performant code.
The ability to lead design discussions.
Strong written and oral communication skills.
The ability to work with minimal direction and complete tasks in a timely manner.
The ability to keep abreast of technologies and paradigms and recognize when they can benefit the business and the software team.
The ability to learn and work with various languages and platforms as needed.
Understanding of distributed software systems, asynchronous messaging, and RESTful Web Services.
Working knowledge of digital broadcasting technologies like DVB, MPEG2 or MPEG4.
Familiarity with the agile software development methodology.
#LILL1
We are seeking a Senior Software Engineer for our Cheyenne, WY or Superior, CO office.
Our team works closely with engineering and technical broadcast teams to learn their business, and with that knowledge, we create or enhance software systems that empower those teams. The software we provide is focused on the real-time monitoring of over 6000 TV channels and the systems involved in producing and delivering a DVB television service. As a teammate on our agile software team, you will participate in the design, creation, and support of these systems.
Examples of our systems include:
The validation of 600 MPEG transport streams, including bit rate, CC errors, and other content issues.
The remote monitoring of the RF satellite transports.
The acquisition of our broadcast TV channels and its transport to remote monitoring centers.
The tracking of outages and issues that occur on our broadcast channels.
Primary responsibilities fall into the following categories:
Continually increase your knowledge of the uplink operations and seek out opportunities where our team can provide additional value.
Work with a small team of software engineers to develop and maintain software solutions.
Participate in the development, deployment, and support of software to implement the solutions, including the on-call rotation.
Participate in design discussions, retrospectives, and empower the team to find solutions to complex engineering challenges.
Mentor and provide guidance to the other members of the software engineering team.
Ensure best practices are followed through the entire software development process.

3,101 reviews

Dish

Real Opportunity. Everyday

DISH Network L.L.C (Nasdaq: DISH), is the nation’s third largest pay-TV provider and the leader in…

Thousands of employers search for candidates on Indeed

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Electrician Training – Becoming an Electrical Engineer

Electrician Training – Becoming an Electrical Engineer

If you want to know how to become an electrician, you’ll be pleased to discover that there are a lot of training options available. A lot of people select combined apprenticeship and educational programs when taking a course. Several joint training committees are around that are sponsoring these apprenticeships and training programs, which include the Associated Builders and Contractors as well as the International Brotherhood of Workers.

These electrician programs consist of about 140-classroom education hours and about 2,000 hands-on training hours every year and take a total of four years to complete. These classes include science, math, electrical theory, blueprint reading, and also safety and first aid. The classroom training and setting varies from the school as well as the apprenticeship that is sponsored by a company.

A range of programs is available to give student electricians a chance to finish classroom hours prior to going on to an apprenticeship. It is the student’s choice if he or she wants to do classes and hands-on training altogether. An option that can be considered is to start as a helper on actual job sites and slowly work to getting into a program for apprenticeship. Training normally starts at a beginner level and progress in time. There are some students that decide to go for training first and these students normally get hired at a higher level than those who opt to get their education and hands-on training together.

What can be expected during hands-on electrician training?

Normally, those starting at a beginners level do basic tasks like drilling holes and setting anchors. This will then lead to drawing diagrams, setting up wiring, and other related tasks. With doing the apprenticeship, many learn how to master all these skills and tasks that are needed for being a professional electrician.

As soon as the license is provided, a certified electrician can start his or her career. For those interested in a particular kind of job, there is continuing education available. These programs include management training, safety, and manufacturer-specific for all electricians who wish to pursue advanced education.

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Electrical Jobs: Electrical Engineer

Electrical Jobs: Electrical Engineer

Electricity is ubiquitous from your personal cellular to large transportation systems such as the subway or planes. Since its invention, electricity has made our life much easier and convenient. But electricity would be only an energy source without people creating and maintaining equipments or applications using it. Electrical engineers are the people who create, improve and maintain electronic devices and equipments. Because of the ubiquity of electricity, electrical engineers can be found in any industrial branches of the economy and may work on as many different products as cars, robots, cell phone systems, or lighting and wiring systems in buildings. Indeed, whether you take a look at the personal electronic, plane or automotive industry electrical engineers play a core role designing the circuits and electronics parts, testing designs and improving them.

As the field of work for electrical engineers is wide, there is a common distinction made between an electrical engineer and an electronic engineer. Electrical engineers typically deal with large-scale electrical systems such as power transmission and motor control, whereas electronic engineers typically deal with the study of small-scale electronic systems such as computers and integrated circuits

How to become an electrical engineer? If you want to embrace a career as an electrical engineer, you are generally required to graduate from college in engineering. Just like any other engineering career, you will need to have excellent grade in mathematics and science to study in an engineering schools. Being a science-oriented student is not enough, you will be required to have good skills in English, social studies, and computers. Most recruiters also expect their engineers to be creative, curious, logical, detail-oriented and good team-workers.

In the U.S., there were about 299,000 electrical engineers and electronics engineers in 2004. Most of them worked for companies manufacturing medical device, communications equipment, or electronics. Despite varying greatly from one sector to another, electrical engineers earn in average $67,340. Besides prospects for electrical engineers are very good since jobs are expected to grow about as fast as the average for all occupations through 2014.

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