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Full Time Engineering Jobs in Boston, MA (NOW HIRING)

Compass

Engineering Manager

Boston, MA · On-site

$194K - $215K/yr

Directly manage, mentor, and grow a hybrid team of full-time software engineers and contractors. Provide clear performance standards, support technical skill development, and guide career growth.

Entwistle Company

Engineering Manager

Hudson, MA · On-site

$130K - $150K/yr

Job Type Full-time Description Job Overview The Entwistle Company is seeking a skilled and motivated Engineering Manager to build a long-term career in our collaborative and innovative environment.

Amat

Engineering manager - Value engineering

Gloucester, MA · On-site

$168K - $231K/yr

Who We Are Applied Materials is a global leader in materials engineering solutions used to produce ... Additional Information Time Type: Full time Employee Type: Assignee / Regular Travel: Relocation ...

apiphani

Engineering Manager

Boston, MA · Remote

Remote | Full-time | Reports to: VP of Product & Engineering Apiphani is a technology-enabled managed services company dedicated to redefining what it means to support mission-critical enterprise ...

Fitzemeyer & Tocci

Engineering Principal

Woburn, MA · On-site

Salary: $145,000 - $220,000 Fitzemeyer & Tocci (F&T) is seeking an accomplishedEngineering Principalto join our team. As a trusted Owners Engineer, we partner with healthcare, science & technology ...

OneStudyTeam

Director, Engineering

Boston, MA · Remote

$180K - $230K/yr

As the Director of Engineering , you are someone who deeply cares about your team and the success ... The expected pay range for this role is $180,000 - $230,000 USD per year for full time team members ...

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All JobsEngineering JobsFull Time Engineering JobsFull Time Engineering Jobs in Boston, MA

Full Time Engineering information

See Boston, MA salary details

$50.5K

$159.6K

$189K

How much do full time engineering jobs pay per year?

As of Jul 26, 2026, the average yearly pay for full time engineering in Boston, MA is $159,557.00, according to ZipRecruiter salary data. Most workers in this role earn between $126,600.00 and $187,900.00 per year, depending on experience, location, and employer.

What is a full-time engineering job?

A full-time engineering job typically refers to a professional position in which an engineer works a standard workweek, usually around 40 hours, with benefits such as health insurance and paid time off. Engineers in these positions may specialize in fields like civil, mechanical, electrical, or software engineering, and are responsible for designing, building, testing, and maintaining systems or products. Full-time roles often provide more stability and opportunities for career advancement compared to part-time or contract positions.

What engineers make $200,000 a year?

Senior software engineers, petroleum engineers, and aerospace engineers often earn $200,000 or more annually, especially with extensive experience, advanced skills, and working in high-demand industries or locations. Specialized roles requiring expertise in areas like machine learning, cloud computing, or engineering management can also reach or exceed this salary level.

What is the difference between Full Time Engineering vs Part Time Engineering?

AspectFull Time EngineeringPart Time Engineering
Work HoursTypically 35-40 hours per weekLess than 30 hours per week
CredentialsUsually requires a bachelor's degree in engineeringMay require similar credentials but often less experience
Work EnvironmentFull-time employment in offices, labs, or on-siteFlexible or reduced hours, often remote or freelance
Employer UsageCompanies hiring full-time engineers for ongoing projectsOrganizations seeking part-time or project-based engineering support

Full Time Engineering involves working standard hours with benefits and job stability, while Part Time Engineering offers flexible hours with potentially less job security. Both roles require engineering credentials but differ mainly in hours and employment structure.

What engineer makes $500,000 a year?

Senior engineering roles in fields such as software engineering, aerospace engineering, or petroleum engineering can reach or exceed $500,000 annually, often including bonuses, stock options, or profit sharing. These positions typically require extensive experience, advanced skills, and often involve leadership or specialized technical expertise.

What engineers make $300,000 a year?

Senior engineering roles in fields such as software engineering, petroleum engineering, and aerospace engineering can reach or exceed $300,000 annually, especially with experience, specialized skills, and in high-demand industries. These positions often require advanced degrees, certifications, and leadership responsibilities, and may include bonuses or stock options that contribute to total compensation.

What are some common challenges faced by full-time engineers when working on large, cross-functional projects?

Full-time engineers often encounter challenges such as coordinating with diverse teams, managing shifting project requirements, and balancing multiple priorities. Effective communication is crucial, as engineers frequently collaborate with product managers, designers, and other stakeholders to ensure project goals are met. Adapting to new technologies and keeping up with industry standards can also be demanding but provides valuable growth opportunities. Proactively seeking feedback and leveraging teamwork can help navigate these challenges and contribute to successful project outcomes.

Can you make $250,000 as an engineer?

Full-time engineers can earn $250,000 or more annually, especially in senior roles, specialized fields like software or petroleum engineering, or in high-cost-of-living areas. Achieving this salary typically requires extensive experience, advanced skills, and often leadership responsibilities or specialized certifications.

What are the key skills and qualifications needed to thrive as a Full-Time Engineer, and why are they important?

To thrive as a Full-Time Engineer, you need a solid background in engineering principles, analytical problem-solving, and a relevant degree such as a BS or MS in engineering. Familiarity with industry-standard software (e.g., AutoCAD, MATLAB, SolidWorks) and certifications like Professional Engineer (PE) are often required. Strong communication, teamwork, and adaptability are crucial soft skills for collaborating on complex projects and responding to challenges. These skills and qualifications ensure effective project execution, innovation, and the ability to meet organizational objectives in a competitive field.
What are the most commonly searched types of Engineering jobs in Boston, MA? The most popular types of Engineering jobs in Boston, MA are:
What are popular job titles related to Full Time Engineering jobs in Boston, MA? For Full Time Engineering jobs in Boston, MA, the most frequently searched job titles are:
What job categories do people searching Full Time Engineering jobs in Boston, MA look for? The top searched job categories for Full Time Engineering jobs in Boston, MA are:
What cities near Boston, MA are hiring for Full Time Engineering jobs? Cities near Boston, MA with the most Full Time Engineering job openings:
Full Time Engineering jobs near you
Infographic showing various Full Time Engineering job openings in Boston, MA as of July 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution, with an average salary of $159,557 per year, or $76.7 per hour.
Vice President of Engineering

Vice President of Engineering

Cox Engineering

Randolph, MA

$220K - $250K/yr

Full-time

Medical, Retirement

Posted 18 days ago

Job description

VICE PRESIDENT OF ENGINEERING
Cambridgeport | HVAC Manufacturing
Department: Engineering
Reports to: President
Direct Reports: Engineering Managers, Principal Engineers, R amp;D Leads, Product Engineering
Location: On-site / Hybrid (Randolph, MA HQ; travel to Georgetown, MA and customer sites)
Employment Type: Full-time, Exempt
Industry: HVAC Manufacturing — Custom Air Handlers (AHUs) and Computer Room Air Handlers (CRAHs)
Position Summary
Cambridgeport is entering its most ambitious growth phase to date. We are an established HVAC manufacturer of custom air handlers and the fastest-growing independent supplier of Computer Room Air Handlers (CRAHs) to the data center market. Over the next 24 to 36 months, we will significantly expand our engineering organization, scale CRAH production to meet hyperscaler demand, continue delivering bespoke AHU solutions to our pharmaceutical and industrial customers, and invest heavily in the manufacturing infrastructure that supports both lines.
Reporting to the President, the VP of Engineering will own the full engineering function: product engineering for both HVAC custom units and CRAH platforms, manufacturing engineering across our Randolph and Georgetown facilities, R amp;D for next-generation data center cooling, and engineering operations. The leader will translate aggressive commercial goals into a scalable engineering organization. This is a builder's role: the leader will shape the team, the processes, and the technology platform that will define Cambridgeport's next decade.
The ideal candidate is a hands-on executive who has scaled an engineering organization through hyper-growth in HVAC manufacturing, has direct experience designing or scaling data center cooling products (CRAH, CRAC, in-row, rear-door heat exchangers, or liquid cooling), and has stood up engineering capabilities across multiple sites. Experience with hyperscaler customers (Tesla, Microsoft, Google, Meta, AWS, or AI infrastructure providers) is a significant plus.
Why This Role Matters
  • Custom Air Handler demand from long-standing industrial and pharmaceutical customers continues to grow alongside the data center business. The VP must lead engineering across both product lines without trading one off against the other.
  • We are transitioning our Georgetown facility to support CRAH panel production. The VP will lead the engineering elements of that transition — tooling, process design, validation, and tight coordination with our Prima power machine operations.
  • Our manufacturing infrastructure must scale to support multiples of current throughput. The VP will lead the engineering investments — automation, design-for-manufacturability, supplier engineering — that make that possible while protecting margin.
  • Data center cooling is a strategic platform bet. The VP will own the R amp;D pathway for next-generation CRAH and complementary cooling products as hyperscaler thermal demands evolve toward AI-scale densities.
Our Values
Cambridgeport's culture is defined by three values that the VP of Engineering will be expected to embody, reinforce, and scale across a growing organization:
Where the Best Are Built
  • We hold ourselves and our products to the highest standard. The VP will set and protect that bar in the people we hire, the products we ship, and the engineering practices we build, and will ensure that as we grow, the quality of our work grows with us.
We Do What We Say
  • Commitments are sacred at Cambridgeport. The VP will instill an operating discipline where commitments to customers, partners, and each other are met or proactively renegotiated, never silently broken, and where program forecasts can be trusted at the executive and senior leadership level.
We Are Always Getting Better
  • Standing still is falling behind. The VP will lead a culture of continuous improvement in product quality, manufacturing performance, engineering practices, and personal growth, and will model that learning posture personally, including welcoming feedback and adjusting course quickly.
Key Responsibilities
Strategy and Growth Leadership
  • Partner with the President and executive team to translate Cambridgeport's growth strategy into a multi-year engineering roadmap covering custom HVAC product engineering, CRAH platform engineering, manufacturing engineering, capacity, and capability investments.
  • Set engineering OKRs aligned to revenue, margin, on-time delivery, and quality targets for both AHU and CRAH product lines; report progress to the executive team and Cox Engineering.
  • Own the engineering operating budget and capital plan; make build-vs-buy and outsource-vs-insource decisions that protect margin while accelerating throughput.
  • Serve as the senior engineering voice in customer-facing executive conversations on programs, technology direction, and risk, including hyperscaler engagements and pharma validation discussions.
Organizational Build-Out
  • Scale the engineering team from its current size to a multi-site organization capable of supporting 2 to 3x revenue growth, while preserving the technical bar and culture.
  • Design the engineering org structure: define functional groups (custom AHU engineering, CRAH product engineering, manufacturing engineering, R amp;D, quality engineering, engineering operations), levels, career ladders, and managerial spans.
  • Personally lead recruiting for senior and principal-level hires; partner with HR and Talent Acquisition on a hiring plan that includes university pipeline, experienced hires, and strategic acquihires where appropriate.
  • Build out engineering leadership across Randolph (HQ + Custom AHU + final CRAH assembly) and Georgetown (CRAH panel hub), including establishing local management practices and ensuring tight integration across sites.
  • Establish performance management, compensation philosophy, and leveling rubrics that scale with the organization.
Product Lines and Program Execution
  • Own delivery across all active product programs — both custom AHU configurations for pharma, industrial, and commercial customers, and CRAH platforms for hyperscaler and AI infrastructure customers. Set program governance, gate reviews, and stage-gate criteria; intervene personally on at-risk programs.
  • Drive the next-generation CRAH product roadmap to address evolving data center thermal loads (chip-level cooling, AI training cluster densities, water-cooled augmentation, rear-door heat exchanger compatibility).
  • Stand up new product line engineering teams from concept through launch, including requirements, design, prototyping, validation, and transfer to manufacturing.
  • Drive design-for-manufacturability, design-for-cost, and design-for-quality principles into every program from day one.
  • Establish a portfolio view of engineering investment and R amp;D pipeline; balance near-term customer commitments with longer-horizon platform bets in data center cooling.
Manufacturing and Infrastructure Scale-Up
  • Lead the manufacturing engineering function: process engineering, tooling, fixturing, automation, and continuous improvement to support multi-fold throughput increases on both AHU and CRAH lines.
  • Lead the engineering elements of the Georgetown facility transition to CRAH panel production, including tooling design, line layout, validation, and integration with the Prima power machine.
  • Partner with Operations and Supply Chain on capacity planning, line layouts, equipment selection, and capital investments at both sites.
  • Champion lean manufacturing, Six Sigma, and operational excellence practices specific to sheet metal fabrication, panel assembly, and air handler integration; drive measurable improvements in cycle time, yield, scrap, and unit cost.
  • Sponsor digital transformation in engineering and manufacturing — PLM, Epicor ERP/MES integration, model-based design, CFD simulation for thermal and airflow, and data-driven manufacturing.
Quality, Compliance, and Risk
  • Be the executive owner for engineering quality outcomes — design quality, supplier quality involvement, and manufacturing quality engineering across both product lines.
  • Ensure compliance with applicable HVAC industry standards (AHRI, AMCA, ASHRAE), data center customer-specific quality systems (hyperscaler-specific QMS), pharma cleanroom and validation requirements (cGMP, FDA-relevant where applicable), and general standards (ISO 9001 baseline; AS9100 path if pursued).
  • Maintain a transparent risk register for engineering and manufacturing programs; lead mitigation planning and executive escalation.
  • Partner with EH amp;S to ensure all engineering activity meets safety and environmental requirements, including refrigerant handling, sheet metal fabrication safety, and site-specific ergonomic considerations.
Executive and Cross-Functional Leadership
  • Serve as a peer to the Cambridgeport Leadership Team; build the cross-functional fabric required for multi-site, multi-program execution.
  • Communicate clearly to Cambridgeport leadership, customers, and the broader organization about engineering progress, risks, and decisions.
  • Model the leadership behaviors and culture Cambridgeport wants to scale: customer obsession, technical rigor, ownership, and humility.
Qualifications
Required Experience
  • 15+ years of engineering experience in HVAC manufacturing, mechanical equipment manufacturing, or hardware-intensive industrial manufacturing, including at least 7 years in senior engineering leadership.
  • Direct product engineering experience with air handlers, CRAHs, CRACs, precision cooling, or related thermal management products. Either custom AHU design or data center cooling design is required; both are strongly preferred.
  • Demonstrated experience scaling an engineering organization through a period of significant growth (e.g., doubling team size or revenue, launching new product lines, opening new sites).
  • Track record of leading product engineering and manufacturing engineering simultaneously from concept through volume production.
  • Direct experience standing up or significantly expanding engineering capability at a new geographic site.
  • Hands-on familiarity with stage-gate program management, PLM, ERP/MES (Epicor experience a plus), CFD/thermal simulation, and modern engineering tooling.
  • Operating experience with lean manufacturing, Six Sigma, and continuous improvement methods at an executive level.
  • Bachelor's degree in an engineering discipline (Mechanical, Electrical, Industrial, or related); advanced degree (MS or MBA) preferred.
Preferred Experience
  • Direct experience designing or scaling data center cooling products for hyperscaler or AI infrastructure customers.
  • HVAC industry leadership experience with familiarity in AHRI, AMCA, ASHRAE standards and pharma/cleanroom HVAC validation requirements.
  • Experience in a private or PE-backed company through a high-growth or transformation period; experience working within a holding-company structure is a plus.
  • M amp;A experience including engineering due diligence and post-merger integration of engineering organizations.
  • Customer-facing executive experience in a B2B technical-sales environment with long-cycle, high-dollar capital equipment.
Leadership Competencies
  • Builder's mindset: energized by ambiguity, comfortable building structure where none exists today.
  • Operating discipline: instinctively manages by metrics, root-cause thinking, and clear accountability.
  • Talent magnet: a leader other strong engineers want to work for and follow.
  • Bias for action with engineering rigor — moves fast without compromising quality, safety, or technical integrity.
  • Executive presence: credible with hyperscaler procurement, pharma validation auditors, and a shop-floor team alike.
Compensation and Benefits
Cambridgeport offers a competitive executive compensation package including base salary, performance-based annual bonus, long-term incentive participation, comprehensive health and welfare benefits, retirement plan with company contribution, and relocation assistance where applicable. Specific terms will be discussed with finalists.

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