Have You thought About a Profession in Reliability Engineering?
Are you an engineering graduate searching for a specific field? Entry-Level Engineer Looking For Your First Job? Or on the other hand, perhaps a senior engineer hoping to change? Do you have both the capacity and the enthusiasm to discover how things work and improve their performance? If you answered yes to any of these questions, then think about a profession in the dynamic field of Reliability Engineering.
What is Reliability Engineering?
From a technical point of view, reliability engineering includes an iterative process of evaluating and improving reliability. These enhancements can go from more robust designs to the mitigation of failure modes utilizing maintenance prediction technologies.
Specifically, Reliability Engineering applies scientific knowledge of segments, products, software, systems, plants, or processes to guarantee that they perform their designed functionality, without error, for the needed timeframe in a particular environment.
Reliability has two dominant measurements: (1) time and (2) environment or stress. The part should perform the ideal capacity during its life, notwithstanding the negative conditions or stresses that are applied to it. These stresses incorporate temperature, corrosion, vibration, shock, fatigue, and other environmental variables.
From a non-technical viewpoint, reliability engineering requires imagination, dedication, and a high level of diligence. The best REs are most valuable and work admirably with other functions. REs should be able to tackle issues adequately, adopt learning, and make decisions rapidly.
Fundamental soft skills for RE should be able to take care of issues viably, you need the capacity to collaborate with other people. REs should be expected to know all the appropriate answers, however, they should be able to depend on skills in the company.
Site Reliability Engineer
The Site Reliability Engineer (SRE) applies software development skills and attitude to information technology (IT) operations to improve the reliability of large systems through automation and integration and persistent delivery.
RES advanced system reliability and productivity all through the software development lifecycle. They guarantee the reliability and accessibility of cloud-based platform services, query execution, data processing, and then some. RESs work closely with product developers to guarantee that the designed solution meets the prerequisites of accessibility, performance, security, and maintenance.
Reliability Engineering can be separated into three significant branches:
- Manufacturing Plant Reliability Engineering
- Reliability Design Engineering
- Site Reliability Engineering
Configuration Management Engineer
Configuration Management Engineer utilizes system engineering to design and maintain product performance, as well as functional and physical features. In doing such, they focus on the requirements, planning, and operational abilities for an incredible duration.
Generally used by military companies before, transmission control is also utilized within its control services as well as public engineering and other parts of industrial engineering, for example, bridges, roads, dams, canals, and buildings.
Manufacturing Plant Reliability Engineer
The main undertaking of Manufacturing Plan RE is to detect and manage risks and system security that can influence business operations. The RE tries to get very good quality resources and system updates by tracking and discovering approaches to control the loss of manufacturing and remarkably high-costs for maintenance of gear and systems.
This RE addresses the risk of accomplishing key objectives utilizing tools, for example, basic assessment, failure mode and effects analysis (FMEA), root cause analysis (RCA), and inside-and-out assessment of choice. REs develop Predictive Maintenance Strategic (PDMS) and local climate monitoring systems. What’s more, once more, the RE provides engineering support in the design and implementation of advancement; material change; and technical support to project supervisors, technologists, and product staff to diminish operational issues.
The RE normally utilizes a computerized maintenance management system (CMMS) and/or an asset management system (AEM) to manage resources, make resource maintenance plans, level spare parts. To suggest and assess recovery plans, and create reports for allocated metrics and business decisions.
Commonplace RES obligations include:
- Guaranteeing the accessibility and performance of the service;
- Design and implementation of automation, monitoring, and development;
- Configuring a new service infrastructure and modernizing existing services;
- Exploring new technology and directing examinations to beat issues and plan for future demand;
- Diagnosing network, server, operating system, and application issues;
- Use of configuration management tools for the implementation and maintenance of services;
- Providing technical support to clients of the platform service;
- Creating and refining measures, monitoring, and alarm mechanisms to provide visibility in production services;
- Writing software as needed to guarantee system reliability;
- Life cycle management of work orders allocated to the platform; and,
- Software reliability and approval testing.
Minimum qualifications for RES positions incorporate a four-year college education for computer science or a related discipline or equal experience. Appropriate certifications incorporate the Certified Engineer for Site Reliability.
Reliability Engineering Career Opportunities
Engineering graduates inspired by the RE field and want to work as a configuration management engineer should search for core or assistant job openings through their colleges. New alumni can land positions through their college or university, as well as through Work-From-Anywhere platforms like Field Engineer.
It is suggested to entry-level engineers to search within their company for RE space job openings. If not accessible inside, you will be surprised at the number of RE mailing lists.
I wish you all the best!