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Systems Engineering Jobs in Boston, MA (NOW HIRING)

Vice President, Systems Engineering

Needham, MA · On-site

$196K - $252K/yr

The Systems Engineering Executive Leader is responsible for defining and driving the systems engineering strategy across the company's portfolio of consumer products. This executive serves as the ...

Vice President, Systems Engineering

Needham, MA · On-site

$196K - $252K/yr

The Systems Engineering Executive Leader is responsible for defining and driving the systems engineering strategy across the company's portfolio of consumer products. This executive serves as the ...

Sr Robotics Systems Engineering Manager

Boston, MA · On-site

$113K - $155K/yr

Job Function: R&D Product Development Job Sub Function: R&D Software/Systems Engineering Job Category: People Leader All Job Posting Locations: Boston, Massachusetts, United States of America ...

Showing results 21-40

Systems Engineering information

See Boston, MA salary details

$65.7K

$154.3K

$212.9K

How much do systems engineering jobs pay per year?

As of Aug 21, 2026, the average yearly pay for systems engineering in Boston, MA is $154,345.00, according to ZipRecruiter salary data. Most workers in this role earn between $123,800.00 and $187,900.00 per year, depending on experience, location, and employer.

What is systems engineering?

Systems engineering is an interdisciplinary field that focuses on designing, integrating, and managing complex systems throughout their life cycles. It involves coordinating various engineering disciplines and specialties to ensure that all parts of a project work together efficiently to meet customer needs. Systems engineers use principles from engineering, management, and mathematics to address both the technical and organizational aspects of a project, from initial concept through development, deployment, and maintenance.

How does a systems engineer typically collaborate with cross-functional teams during a project lifecycle?

Systems Engineers play a pivotal role in bridging various departments such as software, hardware, and project management throughout the project lifecycle. They facilitate communication by translating technical requirements between teams, ensuring that all components integrate seamlessly. Regular meetings, documentation reviews, and design sessions are common, and Systems Engineers often serve as mediators to resolve technical conflicts or dependencies. This collaborative environment helps deliver robust and scalable solutions that meet both business and technical goals.

What are the key skills and qualifications needed to thrive as a systems engineer, and why are they important?

To thrive as a Systems Engineer, you need a solid background in systems architecture, integration, and problem-solving, often supported by a degree in engineering, computer science, or a related field. Familiarity with tools like MATLAB, SysML, and requirements management software, as well as certifications such as INCOSE CSEP, are commonly required. Strong analytical thinking, effective communication, and teamwork are essential soft skills to excel in multidisciplinary environments. These competencies ensure the efficient design, implementation, and maintenance of complex systems that meet organizational goals.

What is the difference between Systems Engineering vs Mechanical Engineering?

AspectSystems EngineeringMechanical Engineering
Required CredentialsBachelor's in Systems Engineering, Electrical, or related fields; often certifications like INCOSEBachelor's in Mechanical Engineering; often PE licensure
Work EnvironmentProject teams, systems integration, interdisciplinary collaborationDesign labs, manufacturing, product development
Industry UsageTechnology, aerospace, defense, ITAutomotive, manufacturing, robotics
Common Search/ComparisonYesNo

Systems Engineering focuses on designing and managing complex systems across various disciplines, emphasizing integration and lifecycle management. Mechanical Engineering centers on designing and manufacturing mechanical devices and systems. While both roles require engineering degrees, their focus areas, work environments, and industry applications differ significantly.

Is a systems engineer a high paying job?

Systems engineering is generally considered a well-paying profession, with salaries often above the national average for engineering roles. Factors such as experience, certifications, and industry can influence earnings, and the role typically requires strong technical skills and knowledge of systems design and integration.

What is the job of a systems engineer?

A systems engineer designs, develops, and manages complex systems by integrating hardware, software, and processes to ensure they function efficiently and reliably. They analyze requirements, troubleshoot issues, and often use tools like modeling and simulation to optimize system performance. Strong problem-solving skills and knowledge of engineering principles are essential for this role.

What jobs can you get as a systems engineer?

Systems engineers can work in roles such as systems analyst, network engineer, cybersecurity engineer, or systems architect. They often design, develop, and manage complex systems, requiring skills in systems integration, troubleshooting, and familiarity with tools like CAD or simulation software. Certifications like INCOSE or CompTIA can enhance job prospects.
Infographic showing various Systems Engineering job openings in Boston, MA as of August 2026, with employment types broken down into 1% As Needed, 83% Full Time, 10% Part Time, 5% Contract, and 1% Nights. Highlights an 89% Physical, 3% Hybrid, and 8% Remote job distribution, with an average salary of $154,345 per year, or $74.2 per hour.

Director, Systems Engineering

University of Massachusetts Boston

Boston, MA • On-site

$150 - $200/hr

Other

Posted 15 hours ago

Posted today


Job description

Job no: 530177
Position Type: Staff Full Time
Campus: UMass Boston
Department: IT Comm & Infrastructure Serv
Pay Grade: 36
Date opened: 18 Aug 2026 Eastern Daylight Time
Applications close: 08 Sep 2026 Eastern Daylight Time

The Director of Systems Engineering is a hands-on technical leader responsible for the architecture, engineering, reliability, security, and operation of the University’s enterprise systems infrastructure.

The Director leads and develops the Systems Engineering team while also serving as a senior technical contributor. The position participates directly in infrastructure design, complex implementations, automation, troubleshooting, incident response, major upgrades, and disaster recovery.

The Systems Engineering portfolio includes on-premises and cloud infrastructure, Windows and Linux systems, virtualization, storage, backup and recovery, directory and authentication services, monitoring, automation, and related enterprise platforms.

The Director collaborates with Information Security, Network Engineering, Enterprise Applications, Research Computing, Client Services, Academic Technology, and departmental technology teams to provide secure, resilient, scalable, and supportable services for the University’s academic, research, and administrative missions.

Examples of Duties: Essential Duties and Responsibilities 1. Team leadership
  • Lead, supervise, mentor, and develop the Systems Engineering team by establishing clear responsibilities, service ownership, performance expectations, technical documentation, professional development opportunities, and service outcomes while reducing dependency on individual employees through cross‑training and knowledge sharing.
  • Develop and maintain a multiyear roadmap for systems infrastructure, hybrid cloud, platform modernization, automation, resilience, and lifecycle replacement.
  • Establish technical standards and architecture that promote security, reliability, scalability, interoperability, maintainability, accessibility, and cost effectiveness.
  • Communicate infrastructure strategy, service performance, operational risks, incidents, and investment needs to technical and nontechnical audiences.
  • Manage infrastructure budgets, contracts, licensing, cloud consumption, lifecycle planning, procurement, and vendor performance.
2. Operations and Engineering
  • Oversee the reliable operation of enterprise infrastructure services by establishing measures for availability, performance, capacity, patching, vulnerability remediation, backup, and recovery readiness, while maintaining a comprehensive backup, restoration, and disaster‑recovery program with documented recovery requirements and regular testing of critical services.
  • Serve as a hands‑on senior technical contributor and escalation resource for complex enterprise infrastructure and systems reliability issues, including major incident response, service restoration, technical troubleshooting, post‑incident reviews, and corrective action planning.
  • Lead and participate directly in major infrastructure implementations, upgrades, migrations, recovery activities, and cross‑functional technology initiatives while advancing the use of infrastructure as code, configuration management, scripting, version control, automated deployment, monitoring, and other repeatable engineering practices.
3. Collaboration and Culture
  • Partner with Information Security to implement system hardening, privileged‑access controls, vulnerability remediation, logging, auditability, and compliance requirements
  • Partner with Research Computing and academic units to provide infrastructure that supports research growth, specialized computing needs, regulated data, and cloud‑based research environments.
  • Promote an inclusive, collaborative, and service‑oriented environment in which employees are supported, accountable, and encouraged to develop their technical and leadership capabilities.
4. Perform other duties and responsibilities as assigned. Decision‑Making Authority

The Director establishes technical and operational standards for enterprise systems infrastructure within University policies, security requirements, governance processes, and approved budgets.

The Director assigns Systems Engineering resources, approves routine technical approaches and infrastructure changes, leads technical decision‑making during major incidents, and may require remediation of conditions that present significant security, reliability, continuity, or support risks.

The Director recommends technology investments, platform changes, staffing needs, vendor actions, workload placement, lifecycle priorities, and risk treatment to Information Technology leadership.

Minimum Qualifications:
  1. 1. Bachelor’s degree in information technology, computer science, engineering, or a related field.
  2. 2. At least ten years of progressively responsible experience designing, implementing, and operating complex enterprise infrastructure environments.
  3. 3. At least five years of experience leading technical staff, teams, projects, or major infrastructure functions. Formal supervisory experience is strongly preferred.
  4. 4. Demonstrated ability to serve as both a people leader and a hands‑on senior technical contributor.
  5. 5. Strong knowledge of enterprise infrastructure technologies and practices, including several of the following:
  6. a. Windows or Linux systems
  7. b. Cloud infrastructure
  8. d. Enterprise identity and authentication
  9. e. Storage, backup, and disaster recovery
  10. f. Infrastructure automation or scripting
  11. g. Systems monitoring and observability
  12. h. Infrastructure security and vulnerability management
  13. i. Experience leading complex technical implementations, upgrades, migrations, or production incident response.
  14. j. Demonstrated ability to establish priorities, make sound technical decisions, delegate effectively, develop staff, and maintain accountability.
  15. k. Strong communication, collaboration, customer‑service, and documentation skills.
  16. l. Demonstrated ability to work effectively with individuals from diverse backgrounds, experiences, identities, disciplines, and organizational levels.
Preferred Qualifications
  1. 1. Experience supporting technology in higher education, research, government, healthcare, or another complex institutional environment.
  2. 2. Experience with Microsoft Azure, Microsoft 365, Active Directory, Entra ID, VMware or comparable virtualization platforms, enterprise backup technologies, and Linux systems.
  3. 3. Experience with infrastructure automation and configuration‑management technologies such as PowerShell, Python, Ansible, Git, or comparable tools.
  4. 4. Experience supporting research computing, regulated data, cloud‑based research environments, or data‑intensive academic work.
  5. 5. Experience with service‑management, site‑reliability, or disaster‑recovery practices.
  6. 6. Relevant technical, cloud, security, service‑management, project‑management, or leadership certifications.
Work Schedule and Conditions

The position requires participation in planned maintenance, major upgrades, incident response, and recovery activities that may occur outside normal University business hours.
Because of the position’s leadership, team‑development, operational, and hands‑on technical responsibilities, the Director is generally expected to work on campus at least four days per week. Limited remote work may be available consistent with University policy and operational needs.
The Director must also be available to respond to significant incidents, emergencies, and critical system activities that require an on‑campus presence outside the regular work schedule.

UMass Boston recognizes that strong candidates may gain relevant skills through a variety of professional, educational, and lived experiences. Candidates who meet many, but not necessarily all, of the preferred qualifications are encouraged to apply. We welcome applicants with transferable experience, nontraditional career paths, and a demonstrated commitment to collaborative and inclusive leadership.

For Professional Unit Positions
  • Is this job required to be on‑call? Yes
Background Check Information

In addition to the mandatory standard background check package, please select additional products from the a la carte menu below.

UMass Boston Standard Background Package (Mandatory)

  • Criminal Felony & Misdemeanor - 7 years (a) - Unlimited # of counties as revealed by SSN Trace
  • Federal Criminal
  • Massachusetts CORI
  • Education Report - highest degree (b)
  • Employment Report - 7 years, previous employer
  • National Sex Offender Search
  • Professional Licenses Report - per license
  • SSN Trace
  • SSN Validation
Supervision Received

The Director of Systems Engineering works under the direction of the Associate CIO for Enterprise Platforms and Operations and exercises substantial independent judgment in technical, operational, staffing, and service‑management matters.

Supervision Exercised

The Director directly supervises Systems Engineering staff and may provide technical or project leadership to consultants, contractors, student employees, and employees participating in cross‑functional initiatives.

Salary Ranges for the appropriate Pay Grade can be found at the following link: All official salary offers must be approved by Human Resources.

UMass Boston is committed to the full inclusion of all qualified individuals. As part of this commitment, we will ensure that persons with disabilities are provided reasonable accommodations for the hiring process. If reasonable accommodation is needed, please contact HR@umb.edu or 617-287-5150.

All official salary offers must be approved by Human Resources.

UMass Boston does not provide visa sponsorships for non‑academic positions.

The University of Massachusetts Boston is committed to providing a safe and secure environment that is supported by qualified employees for all of its students, faculty and staff to carry out the University’s teaching, research and public service missions. As a condition of employment, the University will conduct appropriate background check reviews. For more information, please see the University of Massachusetts Boston campus policy and procedures for employee background reviews.

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