Information Management Engineer
Yury Morris
Engineering information management (EIM) is the business function within product development and specifically systems engineering that allows engineers to collaborate on a single source of truth of engineering data.
Contrary to product data management (PDM) and product lifecycle management (PLM), its main purpose is not storage of CAD-related drawings and files, but rather the full execution of the V-model for hardware development, complementing and integrating to the above mentioned systems.
EIM systems implement the activities on both sides of the engineering V-model. Instead of being purely a data storage, it focuses also on the human interaction with the models and data,[1] thus enabling concurrent engineering.[2]
They work in a variety of fields, including defense and aerospace, healthcare, IT services, and management consulting. Some alumni continue their educational journeys and pursue PhDs in other nationally ranked degree programs.
Are you interested in learning more about technology graduate degree programs at Harvard Extension School? Attendees joined us for an informational webinar where they had the opportunity to connect with the program director, academic advisor, and alumni.
This is an advanced degree program, so it is helpful to have an undergraduate degree in computer science, engineering, mathematics, information technology, information security, data analytics, data science, or management information systems.
You should also have some work experience in a technical field, such as database management or IT project management. In addition to possessing strong technical skills and a good understanding of computer systems, you should have strong problem-solving and communication skills and an ability to work well with people at all levels of an organization.
A graduate degree in systems engineering will provide you with an advanced understanding of the field and help you develop the skills and knowledge required to design and manage complex systems, analyze data, and develop solutions to real-world problems.
Fall is a great time to get back into the classroom. Registration is open through August 29. We're offering nearly 500 courses, in a variety of flexible format options to meet your busy schedule. Explore courses and enroll today!
At Penn College, we believe your educational experience should go beyond specialized skills. Real-world ready means taking a broader approach that builds communication skills, inspires collaboration, and encourages exploration of arts, history, and science.
IT is focused on supporting the user. It is more people-focused, making the tools of computing accessible to fit the needs of people and organizations, as well as creating computing tools and systems to meet the user's needs.
Get a glimpse inside the labs where future IT professionals learn how to install, configure, and maintain computing systems. Meet Dr. Sandra Gorka, Associate Professor of Computer Science. And check out everything from gaming and simulation spaces to the hands-on labs decided to cyber security, networking, database management, and Linux systems.
Gamers' Guild is devoted to the continued enjoyment of classic games ranging from pen and paper RPGs like Dungeons and Dragons to classic console games, such as Nintendo and other major game producers.
Nineteen middle and high school educators from throughout the state received a free education in cybersecurity, courtesy of the recent GenCyber Camp conducted by Pennsylvania College of Technology. Supported by the National Security Agency and National Science Foundation, the goal of the GenCyber program is to build a strong cybersecurity workforce by igniting interest in the field at the secondary level. The teachers learned actionable cybersecurity concepts to share in their classrooms this fall.
James P. Thomas considers himself lucky. He found his passion, nurtured it and made it his profession. Today, the beneficiaries of his zest and expertise are countless. The Pennsylvania College of Technology alumnus supports national security by mitigating cyber risks for the U.S. military. The 2020 graduate is an information systems security engineer for the Naval Information Warfare Center Pacific.
Before diving into summer, Penn College News takes a look back at a spring semester highlight: the two-week visit by our new friends from Northern Ireland's North West Regional College. The contingent of 12 students and two faculty members visited Penn College early last month. Half of the group is studying cybersecurity at NWRC, with the others focused on engineering.
Students must complete all required major courses in the Software Development & Information Management major (those courses with the alpha designator CIT, EET, LAS, and MTH) with a grade of "C" or higher. Additionally, any course approved for use as a Directed BSI Elective must also be completed with a grade of "C" or higher.
Students seeking entrance through transfer into this major should strive to take courses at their respective institutions that provide competency in the following areas: pre-calculus, programming (two semesters minimum - same language preferred); database; Web technologies; networking; Unix and/or Linux. Students transferring from institutions that have articulation agreements with Penn College should seek advisement from their respective institutions. See also, the transfer standards established by the College.
Alternative Credit refers to academic credits earned through means other than traditional college course completion, including: credit by exam, articulation, proof of competency gained in high school, work/life experience, and advanced placement.
Penn College graduates are in high demand. Employer participation at the Career Fair is proof. Attracting 400+ organizations, this popular event is hosted twice per year and introduces students to all types of businesses from startups to Fortune 500 companies.
San Francisco is a vibrant and dynamic city, on the forefront of economic growth & innovation, urban development, arts & entertainment, as well as social issues & change. This rich tapestry of culture and ideas is sustained by our City's commitment to heighten the quality of life for the diverse population of San Franciscans and residents of the greater Bay Area. Our employees play an important role not only in making our City what it is today, but also in shaping the future of San Francisco.
Applicants will receive a confirmation email that their online application has been received in response to every announcement for which they file. Applicants should retain this confirmation email for their records. Failure to receive this email means that the online application was not submitted or received.
Under general supervision, assists in analyzing, planning, implementing, maintaining, troubleshooting and enhancing large complex systems or networks consisting of a combination that may include mainframes, mini-computers, personal computers, mobile devices, LANS, WANs, servers, data storage and the physical and logical components that integrate these systems together as an enterprise networking backbone.
The 1041 Assistant Security Engineer is the entry level in the Engineer series. The class is distinguished from the Journey level by the complexity of the tasks, projects or duties assigned. Positions at this level perform a significant portion of the work assigned to the journey level, but without the independence or full responsibility expected of positions at the journey level. Assignments are generally limited in scope and are set within procedural frameworks established by higher level positions. As experience accrues, the incumbent performs with increasing independence. Work requires incumbents to exercise some judgement in selecting appropriate established guidelines to follow. Significant deviations require prior approval. Interpretation of general administrative or operational policies is sometimes necessary. Serves as an assistant technical architect and systems integrator for large complex systems or networks, with a focus on securing vulnerabilities and reducing risk of system and/or asset compromises.
Essential Duties:
1. Maintains and operates information system security controls and countermeasures.
2. Monitors and assists with the implementation of security controls and procedures in business processes related to use of information systems and assets.
3. Monitors information systems for security incidents and vulnerabilities; develops monitoring and visibility capabilities; reports on incidents, vulnerabilities and trends.
4. Responds to information system security incidents, including investigation of, countermeasures to and recovery from computer-based attacks, unauthorized access and policy breaches; interacts with third-party incident responders, including law enforcement.
5. Administers authentication and access controls, including provisioning, changes and deprovisioning of user and system accounts, security/access roles and access permissions to information assets.
6. Monitors trends, news and changes in threat and compliance environment with respect to organizational risk; assists in the execution of plans for compliance and mitigation of risk; assists in the completion of risk and compliance self-assessments and third-party risk and compliance assessments.
7. Assists with the administration of information security training and awareness programs.
*This position may include additional duties as assigned.*
Education:
An associate degree in computer science, computer engineering, information systems, or a closely-related field from an accredited college or university OR its equivalent in terms of total course credits/units [i.e., at least sixty (60) semester or ninety (90) quarter credits/units with a minimum of twenty (20) semester or thirty (30) quarter credits/units in one of the fields above or a closely-related field].