systems engineering · upon graduation, students are exceptionally well prepared to apply systems...

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Systems Thinkers Global Leaders Problem Solvers MASTER OF ENGINEERING DOCTORAL DEGREE GRADUATE CERTIFICATES STEVENS.EDU/SE In a world where systems continue to grow more complex and interconnected, and profitability, capability, agility, resilience and cost- effectiveness are the key business drivers, there is an increasing demand for technical leaders who can navigate and manage complex systems and enterprises. At Stevens, our graduate program in systems engineering teaches the interdisciplinary skills and approaches needed to conceive, architect, design and manage complex technical systems and processes throughout their life cycles. Our robust education builds upon existing technical and engineering foundations, and work experiences, with management and systems and software engineering, among other disciplines. SYSTEMS ENGINEERING

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Page 1: SYSTEMS ENGINEERING · Upon graduation, students are exceptionally well prepared to apply systems thinking at the system, system of systems and enterprise levels to successfully conceptualize

S y s t e m s T h i n k e r sG l o b a l L e a d e r s

P r o b l e m S o l v e r s

M A S T E R O F E N G I N E E R I N G D O C T O R A L D E G R E E

G R A D U A T E C E R T I F I C A T E S

STEVENS.EDU/SE

In a world where systems continue

to grow more complex and

interconnected, and profitability,

capability, agility, resilience and cost-

effectiveness are the key business

drivers, there is an increasing

demand for technical leaders who

can navigate and manage complex

systems and enterprises.

At Stevens, our graduate program

in systems engineering teaches the

interdisciplinary skills and approaches

needed to conceive, architect, design

and manage complex technical

systems and processes throughout

their life cycles. Our robust education

builds upon existing technical and

engineering foundations, and work

experiences, with management and

systems and software engineering,

among other disciplines.

SYSTEMS ENGINEERING

Page 2: SYSTEMS ENGINEERING · Upon graduation, students are exceptionally well prepared to apply systems thinking at the system, system of systems and enterprise levels to successfully conceptualize

MASTER OF ENGINEERINGThe Master of Engineering in systems engineering provides the right blend of technical

and management training to prepare systems engineers for positions of increasing

responsibility. Upon graduation, students are exceptionally well prepared to apply

systems thinking at the system, system of systems and enterprise levels to successfully

conceptualize systems and their support throughout their life-cycle. Graduates can work

effectively at the interface between engineering and management in areas including

healthcare, technology, business, finance, manufacturing and defense.

The master’s degree requires ten courses (equivalent to 30 credits): six required

core courses, three electives and a project or thesis (SYS 800 or SYS 900).

DOCTORAL DEGREEThe Doctor of Philosophy (Ph.D.) degree consists of 54 credits, post master’s with a

minimum of 15 research credits. The curriculum for the doctoral program is designed

to develop the ability of the student to perform high-impact research and high-level

design that will contribute significantly in the advancement and growth of the field of

systems engineering. For more details on the doctoral program and requirements,

visit stevens.edu/sse/doctoral-studies.

Required Core Courses (with large-scale cyber-physical systems concentration)

The master’s degree requires the following core courses:

Elective Courses

The master’s degree includes three elective courses*:

*Additional electives are also available to students. Students can take electives from SSE academic course offerings in (SYS) systems engineering which includes space systems engineering, (SSW) software engineering, (EM) engineering management which includes systems analytics, (ES) socio-technical systems, (SES) systems engineering security or advisor approved courses. SYS 611, SYS 660 and SYS645, if not already taken, are strongly recommended as electives. All electives must be approved and coordinated with a faculty advisor.

SYS 625 Fundamentals of Systems Engineering

SYS 611 Systems Modeling & Simulation

or SYS 660 Decision and Risk Analysis

EM 612 Project Management of Complex Systems

SYS 650 System Architecture and Design

SYS 605 Systems Integration

SYS 640 System Supportability and Logistics

or SYS 645 Design for System Reliability,

Maintainability and Supportability

SYS 800 Special Problems in Systems

Engineering (project)

or SYS 900 Thesis in Systems Engineering (thesis)

“The systems engineering curriculum

at Stevens is a perfect balance of

systems theory and practice, giving

us the unique opportunity to work on

real world problems. With faculty who

are at the top of their game and more

than willing to impart their knowledge

and experience, coming to Stevens has

been my best decision ever.”

Lana Brooke Miller Alumna M.Eng. in systems engineering

CAREERS4Systems Architect

Systems Engineer

Software Engineer

Lead Engineer

Project Manager

Technology Program Manager

TOP HIRING FIRMS4Accenture

Aptiv

IBM

L3Harris

Lockheed Martin

Northrop Grumman

United Technologies

Verizon

ES 684 Systems Thinking

SES 602 Secure Systems Foundations

SSW 540 Fundamentals of Software Engineering

SYS 750 Advanced System and Software

Architecture Modeling & Assessment

Page 3: SYSTEMS ENGINEERING · Upon graduation, students are exceptionally well prepared to apply systems thinking at the system, system of systems and enterprise levels to successfully conceptualize

Core Requirements:

SYS 625 Fundamentals of Systems Engineering

SYS 650 System Architecture and Design

Electives: (Select two courses from the following list.)

SYS 605 Systems Integration

EM 612 Project Management of Complex Systems

SYS 750 Advanced System and Software Architecture Modeling

and Assessment

SYS 645 Design for System Reliability, Maintainability and

Supportability

or SYS 660 Decision and Risk Analysis

or SYS 611 Systems Modeling and Simulation

Core Requirements:

SYS 625 Fundamentals of Systems Engineering

SYS 650 System Architecture and Design

SYS 632 Designing Space Missions and Systems

or SYS 635 Human Spaceflight

SYS 633 Mission and Systems Design Verification

and Validation

or SYS 605 Systems Integration

Core Requirements: (Choose four of the five courses listed.)

SES 602 Secure Systems Foundations

SES 622 Fundamentals of Systems Engineering Security

SES 623 Systems Security Architecture and Design

SYS 660 Decision and Risk Analysis

SSW 689 Engineering of Trusted Software Systems

Core Requirements:

SYS 640 System Supportability and Logistics

SYS 645 Design for System Reliability, Maintainability and

Supportability

Electives: (Select two courses from the following list.)

SYS 625 Fundamentals of Systems Engineering

SYS 650 System Architecture and Design

ES 684 Systems Thinking

EM 680 Designing and Managing the Development Enterprise

SPACE SYSTEMS ENGINEERING

GRADUATE CERTIFICATES (four courses, 12 credi ts)All courses taken as part of a graduate certificate can be applied toward a master’s degree.

Full course listings for graduate certificates can be found at stevens.edu/sse/graduate-certificates.

SYSTEMS ENGINEERING

SYSTEMS SECURITY ENGINEERING

SYSTEMS SUPPORTABIL ITY ENGINEERING

Page 4: SYSTEMS ENGINEERING · Upon graduation, students are exceptionally well prepared to apply systems thinking at the system, system of systems and enterprise levels to successfully conceptualize

CONTACT

DR. MO MANSOURI

ASSOCIATE RESEARCH PROFESSOR &

PROGRAM LEAD, SYSTEMS ENGINEERING

EMAIL: [email protected]

SCHOOL OF SYSTEMS AND ENTERPRISES

GRADUATE STUDIES

BABBIO CENTER | 5TH FLOOR

1 CASTLE POINT TERRACE

HOBOKEN, NEW JERSEY 07030

EMAIL: [email protected]

STEVENS.EDU/SSE

RELEVANT CURRICULUM Stevens graduate courses are designed to solve real problems supported by

a robust theoretical foundation. The School of Systems and Enterprises (SSE)

leverages global partnerships with industry and government to provide a

highly relevant and engaged curriculum tailored to the real world and the skill

competency needs of practitioners.

Over the past decade the systems engineering discipline has been moving from

a PowerPoint mentality to a model-based systems engineering focus. At SSE, the

curriculum has been model centric from its inception and students use model-

based systems and software tools throughout the core curriculum.

UNIQUELY QUALIFIED FACULTYStevens Institute of Technology brings together institute-wide faculty who are

industry experts and practitioners, researchers and academics, with students

who are committed to learning in a dynamic, diverse and engaged community.

Stevens faculty possess a wealth of industry and government experience, and

expertise across diverse domains, including aerospace, healthcare, security,

telecommunications, finance and defense.

FLEXIBLE DELIVERY OPTIONS

Stevens Institute of Technology delivers its courses in convenient, flexible delivery

formats including:

• Traditional semester courses held one evening a week for 15 weeks,

on-campus at Stevens in Hoboken, NJ

• Online via our award-winning Stevens WebCampus

• On-site at industry and government sponsor locations worldwide

ADMISSION REQUIREMENTSApplicants may apply online at stevens.edu/applications

• Completed application for admission

• $60 non-refundable application fee

• An undergraduate degree in engineering, computer science or in a related

discipline, with a “B” average or better from an accredited college or university

• Official transcripts from all institutions attended

• Two letters of recommendation

• GRE score (Not required for part-time students)

CODE: 071119t

STEVENS.EDU/SE