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synopsis

This course serves as a foundational introduction to the field of systems engineering. We designed the course to give students a comprehensive overview of the principles, methodologies, and practices underpinning this interdisciplinary discipline. Systems engineering is a holistic approach to problem-solving that integrates various engineering and management aspects to design, develop, and manage complex systems effectively. Throughout this course, participants will gain a deep understanding of the fundamental concepts and processes that guide systems engineering projects.


This course offers a balanced blend of theoretical concepts, practical exercises, case studies, and interactive discussions. Participants can work on hands-on projects, collaborate with peers, and gain insights from experienced instructors with extensive systems engineering expertise. Systems Engineering Essentials is a five-day, integrated, case-study-based course. It equips systems engineers with concepts and techniques to lead complex projects by applying globally recognized system engineering best practices. 


You can attend this course in one of the following formats: 

  1. instructor-led training in a live, virtual classroom,
  2. e-training (on-demand),
  3. instructor-led training in a live classroom, and
  4. blended (on-demand and live sessions).

you will learn how to

At the end of this course, you should be able to:

  • Define the core principles and principles of systems engineering.
  • Explain the systems engineering lifecycle and its key phases.
  • Understand the importance of specific and well-managed requirements.
  • Describe the role of modelling and simulation in systems engineering.
  • Identify the key stakeholders and their roles in systems engineering projects.
  • Discuss the significance of risk management and quality assurance in systems engineering.
  • This course uses digital materials.

audience

The System Engineering Essentials course caters to a diverse audience of individuals interested in gaining foundational knowledge and skills in systems engineering. The course is particularly relevant for:

  • Engineering Students: Undergraduate or graduate students in engineering disciplines who want to explore the principles and practices of systems engineering as part of their academic studies.
  • Early-Career Engineers: Engineers who have recently entered the workforce and wish to broaden their understanding of systems engineering concepts to enhance their career prospects.
  • Engineering Managers: Managers and supervisors who oversee engineering projects and teams and seek a comprehensive understanding of systems engineering to improve project management and decision-making.
  • Professionals in Related Fields: Individuals working in fields closely related to systems engineering, such as project management, quality assurance, or technical management, who want to understand the principles of systems engineering for cross-disciplinary collaboration.
  • Aspiring Systems Engineers: Individuals considering a career in systems engineering who want to gain a foundational understanding of the field before pursuing more advanced studies or certifications.
  • Cross-Disciplinary Professionals: Professionals from various backgrounds, including business, healthcare, and IT, etc., wish to familiarize themselves with systems engineering principles and apply them in their respective domains.
  • Engineering Enthusiasts: Anyone with a keen interest in engineering and a desire to comprehend how systems engineering contributes to the design and management of complex systems.

This course accommodates a broad range of participants, from those with limited prior knowledge of systems engineering to those seeking to reinforce their understanding of fundamental concepts. It is a valuable starting point for further education and specialization in systems engineering or related disciplines.

OUTLINE

  • MODULE 1: INTRODUCTION TO SYSTEM ENGINEERING

    At the end of this module,  you should be able to:

    1. Define the concept of systems engineering and its significance in addressing complex problems.
    2. Trace the historical development of systems engineering and its role in various industries.
    3. Explain the fundamental principles of the systems approach to problem-solving.
    4. Recognize the importance of systems engineering in managing and optimizing complex projects.

  • MODULE 2: SYSTEMS ENGINEERING LIFE CYCLE

    At the end of this module, you should be able to:

    1. Describe the phases of the systems engineering lifecycle and their chronological order.
    2. Differentiate between the key activities and objectives of each lifecycle phase.
    3. Illustrate the interdependencies between lifecycle phases and their role in project success.
    4. Recognize the role of systems engineering in guiding projects through their entire lifecycles.

  • MODULE 3: REQUIREMENTS ENGINEERING

    At the end of this module,  you should be able to:

    1. Articulate the significance of clear and well-managed requirements in systems engineering.
    2. Demonstrate knowledge of requirements elicitation techniques and their application.
    3. Create comprehensive requirements documentation and establish traceability.
    4. Explain the processes and strategies for managing requirements changes effectively.

  • MODULE 4: MODELING AND SIMULATION IN SYSTEMS ENGINEERING

    At the end of this module, you should be able to:

    1. Define the role of models in systems engineering and differentiate between functional and physical models.
    2. Apply modelling and simulation tools and techniques to represent and analyze complex systems.
    3. Discuss the concept of Model-Based Systems Engineering (MBSE) and its benefits.
    4. Evaluate the practical applications of modelling and simulation in systems engineering projects.

  • MODULE 5: STAKEHOLDERS AND COMMUNICATION

    At the end of this module, you should be able to:

    1. Identify key stakeholders in systems engineering projects and describe their roles and interests.
    2. Recognize the importance of understanding and managing stakeholder needs and expectations.
    3. Demonstrate effective communication skills in systems engineering within teams and with stakeholders.
    4. Develop strategies for addressing conflicting stakeholder interests and achieving project alignment.

  • MODULE 6: RISK MANAGEMENT AND QUALITY ASSURANCE

    At the end of this module, you should be able to:

    1. Identify potential risks in systems engineering projects and assess their impact and likelihood.
    2. Formulate risk mitigation strategies and contingency plans to manage project risks.
    3. Explain the importance of quality assurance and process improvement in systems engineering.
    4. Ensure compliance with industry standards and regulations relevant to systems engineering practice.

  • MODULE 7: ETHICS AND PROFESSIONALISM

    At the end of this module, you should be able to:

    1. Discuss ethical considerations specific to systems engineering and recognize potential ethical dilemmas.
    2. Uphold professional responsibilities and adhere to codes of conduct in systems engineering practice.
    3. Promote integrity, transparency, and ethical behaviour within systems engineering teams and projects.
    4. Apply ethical principles in decision-making related to systems engineering projects.

SYSTEM ENGINEERING ESSENTIALS FAQs

  • What background do I need for this course?

    No XXXX experience is required. 

  • Is the on-demand content the same as the 5-day instructor class?

    The content and concepts are very similar. We designed the on-demand class to be suitable for a digital, self-study format.

  • What will I receive in the self-study, interactive course?

    At the end of this course, you will receive: 


    • 32 hours of content,
    • a printable student guide, 
    • interactive video lessons with personalized navigation,
    • instructor email support,
    • a student discussion board where you can engage and chat with other students,
    • interactive games, 
    • Interactive learning assessments, and
    • practice exams.

  • How will I access my course materials if I choose on-demand method?

    When we receive the payment, you will receive an email from INDENTRA LTD. with all the links and information you need to get started.

  • How can I sign up for a review session or an Instructor-led version of this course?

    Once you enroll in the course, INDENTRA LTD will send you an email with the specific details and dates.

  • How to schedule my instructor-led training?

    At any time, you may call or email our customer service team for assistance in enrolling in the event date of your choice. Alternatively, you can choose to use the online scheduling feature.

SYSTEM ENGINEERING ESSENTIALS Reviews

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