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Boat Mechanic (Yamaha or Mercury Certified)

Location: Amesbury, MA | Onsite

Our client is seeking an experienced Boat Mechanic to join their marine service team in Amesbury, Massachusetts. This full-time, onsite role is ideal for a certified marine mechanic who enjoys diagnosing complex engine issues, working hands-on with boats, and contributing to a high-performing service department in a professional marine facility. Are you a certified Yamaha or Mercury marine mechanic who enjoys solving complex engine problems? Do you take pride in mentoring junior technicians and helping a service team run smoothly? Are you looking for stable, year-round marine mechanic work in a climate-controlled facility? If yes, this may be the perfect Boat Mechanic position for you. Keep scrolling to see what this company has to offer.

The Perks!

• Compensation: $45.00–$52.00/hour based on experience + performance-based bonus opportunities
• Benefits: 401(k) with up to 4% company match, paid time off, and sick leave
• Special Perks: Indoor climate-controlled service facility, year-round employment with no seasonal layoffs, collaborative environment with in-house marine specialists

A Day in the Life of the Boat Mechanic

In this role, you’ll serve as a lead mechanic and technical expert responsible for diagnosing, repairing, and maintaining marine engines while supporting the day-to-day operations of a busy marine service department. You’ll work on a large fleet of boats, collaborate with specialized technicians, and help mentor junior mechanics. Your expertise will play a key role in maintaining service quality and supporting the continued growth of the department.

Responsibilities include:

• Diagnose and repair Yamaha and/or Mercury marine engines
• Perform advanced mechanical repairs and complex diagnostics beyond routine maintenance
• Utilize manufacturer diagnostic tools and software to troubleshoot engine issues
• Perform engine diagnostics, manifold repairs, rigging, installation, seasonal service, and winterization
• Manage and prioritize service work for more than 120 boats serviced annually
• Order parts and materials required for repairs
• Prepare service estimates, invoices, and job documentation
• Lead and mentor junior mechanics and technicians
• Assist in training new technicians and apprentices entering the marine field
• Collaborate with in-house specialists including fiberglass and marine electronics technicians
• Identify additional repair or upgrade opportunities that support service department revenue

Requirements and Qualifications:

• Yamaha or Mercury Marine Certification
• 5+ years of experience working as a marine mechanic servicing boat engines
• Strong ability to diagnose and repair complex mechanical issues
• Experience using manufacturer diagnostic tools and marine engine software
• Ability to manage multiple service jobs and prioritize repairs efficiently
• Experience leading, mentoring, or training other mechanics
• Experience managing service jobs, ordering parts, and preparing service invoices
• Strong problem-solving skills and attention to detail

About the Hiring Company:

Our client is a well-established marine service and storage operation with a year-round service facility supporting a large number of boats annually. Their climate-controlled service center allows technicians to work comfortably throughout the year while maintaining high-quality service standards. With an expanding service department and additional capabilities in marine electronics, fiberglass repair, and other specialties, the organization offers a stable environment for experienced marine technicians to grow and contribute.

Come Join Our Service Team!

Start by filling out this 3-minute, mobile-friendly application here. We look forward to hearing from you!

Company Profile

Hanley Energy is a globally recognized innovator in mission critical power and energy efficient technologies with United States headquarters based in Ashburn, Virginia with regional offices in Boardman, Oregon. We also have a global presence in Ireland, Australia, Germany, South Africa and the Nordics.

We specialize in the design, source, supply, install and commissioning of critical power and energy management solutions - from the power grid all the way to the factory process equipment and Data Center IT rack - coupled with comprehensive service and maintenance, security, consulting and training. Our approach is to develop partnerships with clients, ensuring excellent delivery coupled with cost-effective technology solutions. In this way, we help our clients to reduce energy costs, ensure 100% up-time and optimize their operational competitiveness.

Role overview

The design engineer will be working as part of a fast-growing, dynamic team and will play a critical role representing Hanley Energy in our business model. This person will develop systems, communicate with key stakeholders, and take ownership of key products of the design branch of Hanley Energy. The design engineer will be a leader to fellow employees and work with management to ensure the successful growth of the design department and Hanley Energy as a whole.

The Design Engineer will help with the layout and design of facility’s electrical distribution systems and other mechanical/electrical systems. They must successfully communicate with the customer and be an expert on the services that they are providing. Our committed team works as a technical resource to support the full physical infrastructure of their customer’s buildings that store mission-critical data and equipment. The Design Engineer will assist the Engineering and Project Management teams to design, develop, deploy, and manage projects. The role is best described as an expert technician with superb leadership, project, and time management skills.

Job Qualifications

A strong foundation in Electrical or Industrial Engineering with any of these qualifications:

• 4 Year Engineering Degree from an accredited university

Or,

• Technical training from military training, trade school, university, or college and relevant working experience equivalent to a 2-year degree in STEM plus 2 years of relevant working experience

Or,

• 2-4 years relevant working experience in the field or office background.

Ideal candidates bring prior experience in one or more of the following areas:

• Critical Environments: Knowledge of Data Centers or industries like Water, Oil, or Gas.
• System Knowledge: Familiarity with Industrial BMS (Building Management Systems) and EPMS (Electrical Power Monitoring Systems).
• Electrical Components:
• Single-pole, two-pole, and three-pole breakers and their applications.
• Switchgear, transformers, low-voltage panels, UPSs, ATSs, generators, and busbars.
• Power Systems: Understanding AC vs. DC power applications.
• Fluid Networks: Knowledge in liquid-cooled IT applications, including coolant distribution units, manifolds, and piping design.
• Technical Tools:
• Proficient in AutoCAD (2D) and SolidWorks (2D/3D) for editing/designing SLD, mechanical, electrical, plumbing, and panel designs, as well as redline markups.
• Skilled in troubleshooting and reviewing electrical systems.
• Experience with Bluebeam, Excel, and other tools for vendor submittals and design modifications.
• Project Work:
• Hands-on mechanical and electrical installation (lab or field settings).
• Reviewing and approving equipment submittals.
• Key Attributes
• Problem Solver: Be the go-to resource for in-office, phone or remote work for reviews and technical support when needed.
• Willing to Travel: Comfortable with up to 10% travel to support regional teams or customer site visits.

Insight Global is seeking an experienced EPLAN Electrical Designer to support the development of its large-scale metal additive manufacturing platform, the Advanced Test Demonstrator (ATD).

In this role, you will play a critical part in electrical documentation, panel fabrication support, and system integration activities for a complex LPBF (laser powder bed fusion) 3D printer environment. This includes creating and updating EPLAN schematics, supporting hands-on panel builds, documenting wiring and fluid routing, and collaborating with cross-functional engineering teams (controls, mechanical, and R&D).

The ideal candidate is highly experienced in mixed-voltage electrical systems, industrial standards, and shop-floor integration. This is a hands-on role requiring strong troubleshooting, fabrication support, and comfort working around high-power distribution and sensitive signal environments. While not required, experience with LabVIEW OOP and industrial additive manufacturing systems is highly advantageous.

Qualifications

Required Skills & Experience

• 10+ years of electrical design experience
• Proficiency with EPLAN Electric P8 for electrical schematics, wiring diagrams, harness documentation, and connector pinouts
• Experience supporting panel fabrication and providing real-time troubleshooting for mixed-voltage enclosures
• Experience updating as-built documentation from shop-floor redlines
• Strong knowledge of industrial electrical standards (UL, CE, NEC, NFPA)
• Strong wiring, layout, and enclosure integration skills for R&D or industrial machine environments

Nice to Have Skills & Experience

• Experience with EPLAN Fluid for documenting chiller loops, pneumatics, and gas routing
• LabVIEW OOP experience
• Background in additive manufacturing, large industrial printers, or automation equipment
• Familiarity with pneumatic manifolds, argon systems, or fluid-cooled industrial machinery
• Experience coordinating electrical requirements within CAD enclosure models
• Comfortable working on shop floors with high-power distribution and sensitive signal routing

Description:

• The Downstream Manufacturing Scientist is a hands-on position responsible for executing purification of mammalian cell-based cultures and producing recombinant proteins for a wide range of mammalian based biosimilars.
• The candidate will be responsible in the purification of 50L to 2000L volumes engineering, clinical and commercial batches in a cGMP environment. This position requires technical expertise in AKTA purification skids or similar, TFF and knowledge of initiating batch records, protocols, investigations and other technical documents.
• Work in a team environment to execute batches and can work independently with minimum supervision. This position requires extensive technical expertise in mammalian cell-based purification and TFF processes, cGMP manufacturing and compliance for BLA requirements.

Essential Duties & Responsibilities:

• Perform downstream process at multiple scales in a cGMP environment, column packing, process troubleshooting and data analysis.
• Provides technical direction in the execution and development of the purification process.
• Uses programs to collect and evaluate operating data to conduct on- line adjustments to products, instruments or equipment.
• Ensure that engineering and clinical batches are executed in a timely manner.
• Establishes operating equipment specifications and improves manufacturing techniques.
• Works with other teams and outside vendors to resolve technical issues as well as maintenance of production equipment.
• Should follow GMP instructions in the manufacturing area and take the lead to follow environmental health and safety policies.
• Coordinate the conduction of investigations and corrections for issues found during the batch execution process.
• Performs other functions as required or assigned
• Complies with all company policies and standards

Education:

• Requires a Bachelor or Master’ degree in chemical, biological or biochemical sciences and a minimum of 4- 5 years of related experience in the biopharmaceutical industry.
• Previous experience working in GMP and aseptic manufacturing environment.
• Experience working with AKTA Process skids or similar and familiarity of single use manufacturing consumables such as bags, tube sets, columns and process manifolds.
• Possess knowledge to execute engineering and clinical batches; familiar with GMP documentation.

Special Skills:

• Ability to work with other team members and independently - good interpersonal skills.
• Good communication skills: verbal and written, good computer and organization skills, detail oriented.
• Basic computer skills, including knowledge of Word, Excel and spread sheet
• Knowledgeable in GMP batch manufacturing and packaging documentation; audit and review.
• Knowledgeable in cleaning verification/validation.

Work Environment & Physical Demands:

• General work environment and physical demands as required to successfully perform the essential functions of this job.
• Ability to work flexible hours as needed.
• Ability to work under pressure and meet deadlines. Some travel may be involved.

JOB SUMMARY

The Engineering Intern will have the opportunity to drive a Research & Development Project, to be decided by the Engineering Manager. The ideal candidate will think logically and enjoy solving problems with creativity, diligence, and achievement. Arcmed offers a great work environment, professional development, challenging careers, and competitive compensation packages.

Our Strategy and Purpose

• We provide technology and supply chain solutions for the design and manufacture of precise fluid handling components for diagnostic and analytical instruments.
• We improve patient outcomes by helping solve the world’s toughest diagnostic and analytical challenges.
• We will be the recognized leader in helping engineers, scientists, and doctors to solve the world’s toughest diagnostic and analytical challenges.
• We always act with intention and drive to achieve our purpose.
• Teamwork, collaboration, and diverse opinions make us stronger.
• We are unafraid to make timely decisions, and we empower our people to make decisions, execute them, and move forward.
• We value people and take the initiative and hold themselves accountable.
• Challenging the status quo helps us grow. Look for and call out improvements.

ESSENTIAL DUTIES AND RESPONSIBILITIES

• Modify and improve critical components and program PLC for draw down process upgrades.
• Collaborate with the manifold team to assist with design, programming, and fabrication of CNC-milled components for diffusion bonding.
• Study the existing products to gain an understanding of how Arcmed supports industry.
• Work with internal stakeholders to determine areas of improvement.
• Merge the functional intent of the product with various upgrades to create a project proposal.
• Drive project proposal to a Go/No-Go decision.
• Deliver final presentation to Board of Directors outlining project efforts, results, and lessons learned.

Health & Safety:

• Report and take required action regarding injuries, incidents, medical, and accidents required by policy.
• Make the health, safety, protection of rights, and the development of all employees your primary responsibilities.
• Effectively manage medical and first aid emergencies.
• Follow all agency safety/medical-related policies and procedures.
• Follow fire evacuation and disaster procedures correctly and on time.
• Report unsafe situations immediately; ensuring safety is imperative.
• Ensure pertinent emergency telephone numbers are readily available.
• Report symptoms and signs of communicable diseases immediately.
• Consistently use universal precautions.
• Report any incident that could potentially result in negative reactions from the community, law enforcement officers, and other agencies to the supervisor immediately.

EDUCATIONAL REQUIREMENTS, QUALIFICATIONS, and TRAININGS

• Currently enrolled in an Engineering program.
• Engineering degree, Mechanical or Electrical preferred.
• Recommended to be a Junior or Senior with experience in Product Design and Manufacturing.
• Interpersonal skills.

COMPUTER AND SOFTWARE REQUIREMENTS

• Microsoft: Office 365; SharePoint; Teams; Visio; and OneNote preferred.
• Experience with CAD software (preferably SolidWorks)
• Ability to operate media equipment such as tablets, smartphones, and other electronic equipment.
• Ability to work with general office equipment.
• Ability to work with and understand databases is a must, and the ability to learn technical skills.

PHYSICAL REQUIREMENTS & WORK ENVIRONMENT

• Shall have essential physical skills; be able to run, squat, stoop/bend, kneel, climb stairs, and lift at least 50 pounds (or ¼ own body weight).
• Shall have adequate vision, reading, writing, and documentation skills, and hearing to perform the essential functions of the job.
• Must have enough endurance to perform tasks over long periods of time.
• Will be engaged in speaking, sitting, walking, driving, listening, and in communicating both orally and in writing while performing his or her duties.
• Must be able to listen and respond to questions and instructions.

The qualifications, physical demands, and work environment described herein are representative of those an employee will encounter and must meet to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions. The requirements listed in this document are the minimum levels of knowledge, skills, or abilities.

Arcmed is an equal opportunity employer that is committed to diversity and inclusion in the workplace. We prohibit discrimination and harassment of any kind based on race, color, sex, religion, sexual orientation, national origin, disability, genetic information, pregnancy, or any other protected characteristic as outlined by federal, state, or local laws.

This document does not create an employment contract, implied or otherwise, other than an "at will" relationship.

The above-noted job description is not intended to describe in detail the variety of tasks that may be assigned, but rather to give the incumbent a general sense of the responsibilities and expectations of their position. As the nature of business demands change, so, too, may the essential functions of this position.

Locations: Boston | Chicago | Pittsburgh | New York | Brooklyn | Miami | Dallas | San Francisco | Seattle | Los Angeles | Manhattan Beach | Washington

Who We Are

Boston Consulting Group partners with leaders in business and society to tackle their most important challenges and capture their greatest opportunities. BCG was the pioneer in business strategy when it was founded in 1963. Today, we help clients with total transformation-inspiring complex change, enabling organizations to grow, building competitive advantage, and driving bottom-line impact.

To succeed, organizations must blend digital and human capabilities. Our diverse, global teams bring deep industry and functional expertise and a range of perspectives to spark change. BCG delivers solutions through leading-edge management consulting along with technology and design, corporate and digital ventures—and business purpose. We work in a uniquely collaborative model across the firm and throughout all levels of the client organization, generating results that allow our clients to thrive.

We Are BCG X

We’re a diverse team of more than 3,000 tech experts united by a drive to make a difference. Working across industries and disciplines, we combine our experience and expertise to tackle the biggest challenges faced by society today. We go beyond what was once thought possible, creating new and innovative solutions to the world’s most complex problems. Leveraging BCG’s global network and partnerships with leading organizations, BCG X provides a stable ecosystem for talent to build game-changing businesses, products, and services from the ground up, all while growing their career. Together, we strive to create solutions that will positively impact the lives of millions.

What You'll Do

About the AISI Fellowship 

The Boston Consulting Group’s AI Science Institute (AISI) is launching a postdoctoral fellowship program designed to empower the next generation of applied science leaders. This elite, industry-adjacent program offers PhDs and early-career scientists the opportunity to work on some of the world’s most complex and high-impact scientific problems using cutting-edge AI, in collaboration with top-tier partners across aerospace, healthcare, energy, and materials science. 

Fellows will operate at the intersection of foundational research, real-world deployment, and strategic impact, helping shape breakthrough workstreams with AISI partners. 

Unlike traditional academic or big-tech postdocs, AISI fellows work on problems where the science, the data, and the deployment context are all partially undefined. Fellows are expected not only to advance models or methods, but to shape problem formulation, data strategy, and downstream impact alongside senior scientists, engineers, and industry leaders. 

What You'll Bring

• Lead or contribute to multi-disciplinary research initiatives that apply machine learning, simulation, optimization, or GenAI to real-world scientific domains.
• Collaborate with BCG X teams and external stakeholders, including scientists, engineers, business leaders, to frame and solve complex technical problems. 
• Author internal and external research outputs, with opportunities to publish in top journals or co-develop IP with partners.
• Design reproducible, scalable workflows that translate state-of-the-art models into practical tools for discovery and experimentation. 
• Serve as a scientific ambassador across AISI projects, bringing rigor, creativity, and a passion for impact.
• Engage directly, as appropriate, with client or partner R&D teams to translate research insights into deployable solutions, with support from senior BCG X leaders. 
• Contribute to AISI priority research themes, which may include (illustrative, non-exhaustive):  
  • AI-accelerated materials discovery and optimization
  • Scientific foundation models (biology, chemistry, climate, or physical systems)
  • Simulation-augmented learning (e.g., physics-informed ML, RL + simulators)
  • Compute-enabling technologies (chip design, process optimization, algorithm–hardware co-design)
  • Quantum algorithms and hybrid classical–quantum workflows 

Who You'll Work With

Program Details

• Duration: 24 months, with possibility of transition into full-time role at BCG X.
• Mentorship: Each fellow will be paired with a senior advisor and a technical/scientific lead from BCG X and a partner institution. 
• Resources: Full access to BCG’s infrastructure, compute resources, research datasets, and partner ecosystems. 
• Compensation: Competitive salary aligned with industry postdoc benchmarks, plus support for publishing, conference travel, and IP generation. Fellows are encouraged to publish in top-tier venues unless constrained by client confidentiality or strategic IP considerations; in such cases, alternative external-facing research outputs (e.g., methods papers, open-source tools, or delayed publications) will be supported. 

What Success Looks Like

By Month 6 

• Leading or co-leading a defined AISI research workstream
• Delivering models, methods, or code integrated into an active project
• Establishing a clear publication and/or IP trajectory identified

By Month 12 

• Producing at least one external-facing research output, such as a paper, preprint, workshop, or open-source contribution. 
• Being recognized internally as a go-to contributor in a priority scientific domain.
• Actively collaborating with at least one external partner or client R&D team.

By Month 24 

• Delivering multiple high-quality research outputs and/or patented IP.
• Establishing a clear path to a permanent role at BCG X or strong placement into a top-tier industry or research position. 

Additional info

Why Join AISI?

•  Work on projects that matter from geospatial intelligence to drug discovery to next-gen material discovery. 
• Collaborate with leading researchers, product builders, and Fortune 500 clients shaping the frontier of AI-assisted scientific discovery.
• Design and explore high-upside ideas that align with your research vision and AISI’s strategic priorities.
• Help build the foundational talent model for AISI as it scales into a global scientific innovation engine.

What This Fellowship Is Not 

• A traditional academic postdoc with a single PI and a narrowly defined research agenda.
• A consulting role focused on slide production or short-term delivery.
• A pure ML engineering role detached from scientific problem-solving. 

How to Apply 

• Submit your Resume/CV and a 1–2 page statement of interest attached to it (research background, domains of interest, and why AISI) 
• Share any relevant links to publications, code, or personal projects 

You must live within a reasonable commuting distance of your home office. As a member of that office, it is expected you will be in the office as directed. This role puts you on an accelerated path of personal and professional growth and development and so, at times, requires extended working hours. Our work often requires travel to client sites.

At BCG, we are committed to offering a comprehensive benefit program that includes everything our employees and their families need to be well and live life to the fullest. We pay the full cost of medical, dental, and vision coverage for employees – and their eligible family members. * That’s zero dollars in premiums taken from employee paychecks. All our plans provide best in class coverage: 

• Zero-dollar ($0) health insurance premiums for BCG employees, spouses, and children 

• Low $10 (USD) copays for trips to the doctor, urgent care visits and prescriptions for generic drugs 

• Dental coverage, including up to $5,000 in orthodontia benefits 

• Vision insurance with coverage for both glasses and contact lenses annually 

• Reimbursement for gym memberships and other fitness activities 

• Fully vested Profit-Sharing Retirement Fund contributions made annually, whether you contribute or not, plus the option for employees to make personal contributions to a 401(k) plan 

• Paid Parental Leave and other family benefits such as elective egg freezing, surrogacy, and adoption reimbursement 

• Generous paid time off including 12 holidays per year, an annual office closure between Christmas and New Years, and 15 vacation days per year (earned at 1.25 days per month) 

• Paid sick time on an as needed basis 

*Employees, spouses, and children are covered at no cost. Employees share in the cost of domestic partner coverage. 

Boston Consulting Group is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, age, religion, sex, sexual orientation, gender identity / expression, national origin, disability, protected veteran status, or any other characteristic protected under national, provincial, or local law, where applicable, and those with criminal histories will be considered in a manner consistent with applicable state and local laws.

BCG is an E - Verify Employer. Click here for more information on E-Verify.

We are seeking a Lead Industrial Engineer to develop and implement efficient production methods and process controls for new and existing assembly operations. In this hands-on role, you will monitor assembly processes, troubleshoot issues, and drive quality improvements. You will serve as a technical expert on various manufacturing projects, introducing new technologies and establishing sustainable processes for long-term production. Your mission will be to ensure profitability, efficiency, adaptability, responsiveness, and high quality across all products and processes through continuous improvement initiatives.

This position is part of the core team launching new manufacturing technologies at our production facility in Florence, KY. It is a fully on-site role, and relocation assistance is available for candidates who live more than 50 miles from the Florence area. The ideal candidate has experience in high-level assembly, testing, and integration of highly complex electronic hardware infrastructure. This is a senior individual contributor position, requiring someone who can collaborate cross-functionally in a fast-paced, high‐constraint environment to deliver data-driven process improvements.

ESSENTIAL DUTIES AND RESPONSIBILITIES

• Develop and implement procedures for complex hardware assemblies to validate system integrity and maintain compliance with industry standards and customer quality specifications.
• This role is operationally focused, working closely with leads within Test Engineering and Quality Engineering to drive process test optimization, improvement and execution to plan.
• Improve manufacturability, reduce cycle times, and enhance reliability of complex server rack assemblies.
• Implement and optimize assembly processes to improve efficiency, reliability, safety, and sustainability.
• Identify and resolve bottlenecks or inefficiencies in production and workflows to maximize FPY, throughput, and quality.
• Support Business Development through assessing the needs of potential customers in conjunction with the Engineering Manager and Engineering Leads.
• Design, configure, and monitor process performance during both manufacturing and operational phases, ensuring processes run within specified parameters.
• Develop and maintain detailed process documentation, including work instructions, flow charts, and control plans for all critical processes.
• Implement process improvements to reduce energy consumption, minimize waste, and lower operational costs while maintaining quality standards.
• Monitor key process parameters to ensure compliance with operational thresholds and promptly address deviations.
• Analyze process data to identify trends, predict failures, and support preventive maintenance strategies for equipment and systems.
• Develop and manage a comprehensive maintenance plan for all process-related equipment and assets, ensuring high uptime and reliability.
• Conduct Critical-to-Quality (CTQ) analyses and risk assessments for all process steps to identify potential failure modes and quality improvement opportunities.
• Own the full lifecycle of process equipment, including selection, commissioning, monitoring performance, troubleshooting issues, and coordinating servicing or upgrades as needed.
• Support the commissioning and validation of new server rack systems and upgrades, ensuring they meet design specifications and integrate smoothly into production.
• Work closely with cross-functional teams (manufacturing, design, quality, and maintenance) and utilize data-driven insights to drive continuous process improvements and implement changes that enhance overall production performance.

REQUIRED QUALIFICATIONS

• Education: Bachelor's Degree in Industrial Engineering, Mechanical Engineering, Industrial Automation, or a related engineering discipline.
• Experience: 8 years of transferrable experience in a process engineering, manufacturing engineering, or industrial engineering capacity within a manufacturing environment (with Bachelor's Degree) OR 6 years of transferrable experience in a process engineering, manufacturing engineering, or industrial engineering (with Master's Degree). Equivalent combinations of education, training, and relevant experience may be considered.
• Proven experience with complex system assembly in a manufacturing setting, ideally involving computer/server hardware or server rack infrastructure.
• Proficiency with process control systems, instrumentation, and various sensor technologies used in monitoring and automation.
• Demonstrated experience with DMAIC methodology, root cause analysis, and other continuous improvement tools/methodologies (Kaizen, 5-Why, FMEA).
• Excellent analytical skills, with strong communication and technical writing abilities for documenting processes and reporting results.
• Ability to influence cross-functional teams and stakeholders using data-driven insights to drive process changes and improvements.
• Proven ability to excel in a highly constrained, fast-paced production environment while managing multiple priorities and meeting deadlines.
• Hands-on mindset and teamwork orientation, with a willingness to be on the factory floor engaging directly with equipment and processes.

PREFERRED QUALIFICATIONS

• Experience with assembly, testing, and integration of highly complex electronic hardware infrastructure.
• Certification in Six Sigma (Green Belt / Black Belt) or formal training in Lean Manufacturing principles.
• Experience with 3D CAD modeling tools (SolidWorks) for designing fixtures, layouts, or process equipment modifications.
• Familiarity with ISO 9001 quality management standards and related regulatory compliance requirements in a manufacturing setting.
• Familiarity with Building Management Systems (BMS) and Manufacturing Execution Systems (MES), especially as they relate to monitoring environmental controls and production processes.

PHYSICAL DEMANDS

The physical demands described here are representative of those required to successfully perform the essential functions of this job. The employee is frequently required to walk and may lift or carry PCs and test equipment weighing up to 50 lbs. Specific vision abilities required include close vision and extended use of computer monitor screens.

WORK ENVIRONMENT

The work environment characteristics described here are representative of those encountered while performing the essential functions of this job. The primary workstation is located on the manufacturing floor, with some time spent in an office setting. The noise level ranges from low to moderate. Required PPE in the manufacturing area includes: composite-toe shoes, hearing protection, protective eyewear, and an ESD vest. The manufacturing floor is modern, climate-controlled, and well-lit.

COMPANY BENEFITS

• Medical, Dental, Prescription Drug, and Vision Insurance with HRA and HSA options
• 401K match
• Employee Stock Purchase Plan
• Paid Time Off
• Tuition Reimbursement
• Life, AD&D, and Disability Insurance
• Commuter Benefits
• Employee Assistance Program
• Pet Insurance
• Adoption Assistance
• Annual Merit Increases
• Community Volunteer Opportunities

Position Summary:

We are seeking a skilled and safety-conscious Copper Brazing Technician to join our manufacturing team. This role is responsible for performing precision brazing of copper components, interpreting blueprints, operating torches (Oxygen/Acetylene), and ensuring high-quality standards in product assembly. The technician will follow controlled brazing procedures/work instructions, maintain required documentation/traceability, and support leak/pressure testing and rework verification as part of production builds.

Key Responsibilities:

• Join copper components by heating them and applying filler metal to create strong, leak-proof bonds.
• Interpret blueprints and written instructions to ensure accurate assembly and placement of copper parts.
• Operate single- and dual-tip torches safely and effectively, maintaining precise heat control throughout the brazing process.
• Clean, prepare, and assemble copper pipes and fittings prior to brazing.
• Follow strict safety procedures, including proper handling of compressed gases and maintaining a safe, organized workspace.
• Operate and monitor brazing furnaces and other related equipment as needed to support production.
• Assist with basic equipment maintenance and promote good housekeeping practices in your work area.
• Apply fluxing techniques to chemically remove oxides, provide a protective barrier against atmospheric gases, and facilitate the flow and wetting of filler metals.
• Monitor joint temperature visually during brazing.
• Utilize induction heating as an alternative method when appropriate.
• Follow documented brazing procedures/work instructions, complete travelers, and record in-process/finish inspection results.
• Maintain cleanliness of tubing/lines (cap/plug open lines as required) and prevent contamination/foreign material during assembly.
• Set up and perform dry nitrogen purge during brazing when required to minimize internal oxidation/scale and maintain internal cleanliness.
• Select and use appropriate filler metals, fluxes, and joint configurations based on drawings/specifications and approved processes.
• Support pressure/leak testing per specification; troubleshoot leaks/defects, perform approved rework, and verify repair effectiveness.
• Troubleshoot brazing defects (e.g., porosity, lack of fill, overheating, pinholes) and support root-cause/corrective action with Quality/Engineering.
• Use approved temperature indicators and measurement tools (e.g., temperature crayons/IR thermometer/fixtures) when required to ensure repeatable joints.
• Comply with site hot-work controls (e.g., hot-work permits, ventilation, and fire-watch requirements) as applicable.

Essential Skills & Knowledge:

• Brazing Techniques: Solid understanding of copper brazing processes and applications (3 years minimum).
• Torch Handling: Proficiency in using oxy-fuel and other torches with precision (3 years minimum).
• Blueprint Reading: Ability to interpret technical drawings and specifications.
• Metallurgy: Knowledge of metal properties to ensure proper bonding and joint integrity.
• Fluxing Knowledge: Understanding of flux behavior and its role in joint preparation and filler metal flow.
• Induction Heating: Familiarity with induction brazing equipment and its safe operation.
• Safety Awareness: Strong commitment to safety procedures and proper use of equipment.
• Attention to Detail: Meticulous work habits to ensure high-quality, leak-proof joints.
• Manual Dexterity: Fine motor skills for handling small parts and performing intricate tasks.
• Qualification/Certification: Must be able to qualify and maintain brazer qualification to ISO 13585:2012 (or equivalent) per company procedure, as required for the product/process.
• Process Discipline & Documentation: Ability to follow controlled procedures/work instructions and accurately complete travelers, inspection records, and traceability requirements.
• Cleanliness & Purge Practices: Understanding of internal cleanliness requirements and nitrogen purging practices for copper piping assemblies when specified.
• Leak Test & Rework Skills: Experience supporting pressure/leak testing, diagnosing failures, and executing approved repair/rework processes.
• Filler Metal/Flux Selection: Working knowledge of common copper brazing filler metals/fluxes and the impact of joint fit-up, heat input, and position on joint quality.
• Positional/Tight-Access Brazing: Ability to braze in multiple positions and within constrained assemblies while maintaining joint quality.

Preferred Certifications:

• AWS B2.2 (or equivalent) for brazing qualification.
• ISO 13585:2012 (or equivalent) brazing qualification.
• EPA Section 608 (preferred if the role interfaces with refrigerant circuits; or ability to obtain as required).

Preferred Experience:

• Experience in HVAC/R, industrial refrigeration, heat exchanger, or chiller manufacturing environments.
• Experience working in a regulated production environment requiring documentation, traceability, and defined acceptance criteria.

Position Summary:

We are seeking a skilled and safety-conscious Copper Brazing Technician to join our manufacturing team. This role is responsible for performing precision brazing of copper components, interpreting blueprints, operating torches (Oxygen/Acetylene), and ensuring high-quality standards in product assembly. The technician will follow controlled brazing procedures/work instructions, maintain required documentation/traceability, and support leak/pressure testing and rework verification as part of production builds.

Key Responsibilities:

• Join copper components by heating them and applying filler metal to create strong, leak-proof bonds.
• Interpret blueprints and written instructions to ensure accurate assembly and placement of copper parts.
• Operate single- and dual-tip torches safely and effectively, maintaining precise heat control throughout the brazing process.
• Clean, prepare, and assemble copper pipes and fittings prior to brazing.
• Follow strict safety procedures, including proper handling of compressed gases and maintaining a safe, organized workspace.
• Operate and monitor brazing furnaces and other related equipment as needed to support production.
• Assist with basic equipment maintenance and promote good housekeeping practices in your work area.
• Apply fluxing techniques to chemically remove oxides, provide a protective barrier against atmospheric gases, and facilitate the flow and wetting of filler metals.
• Monitor joint temperature visually during brazing.
• Utilize induction heating as an alternative method when appropriate.
• Follow documented brazing procedures/work instructions, complete travelers, and record in-process/finish inspection results.
• Maintain cleanliness of tubing/lines (cap/plug open lines as required) and prevent contamination/foreign material during assembly.
• Set up and perform dry nitrogen purge during brazing when required to minimize internal oxidation/scale and maintain internal cleanliness.
• Select and use appropriate filler metals, fluxes, and joint configurations based on drawings/specifications and approved processes.
• Support pressure/leak testing per specification; troubleshoot leaks/defects, perform approved rework, and verify repair effectiveness.
• Troubleshoot brazing defects (e.g., porosity, lack of fill, overheating, pinholes) and support root-cause/corrective action with Quality/Engineering.
• Use approved temperature indicators and measurement tools (e.g., temperature crayons/IR thermometer/fixtures) when required to ensure repeatable joints.
• Comply with site hot-work controls (e.g., hot-work permits, ventilation, and fire-watch requirements) as applicable.

Essential Skills & Knowledge:

• Brazing Techniques: Solid understanding of copper brazing processes and applications (3 years minimum).
• Torch Handling: Proficiency in using oxy-fuel and other torches with precision (3 years minimum).
• Blueprint Reading: Ability to interpret technical drawings and specifications.
• Metallurgy: Knowledge of metal properties to ensure proper bonding and joint integrity.
• Fluxing Knowledge: Understanding of flux behavior and its role in joint preparation and filler metal flow.
• Induction Heating: Familiarity with induction brazing equipment and its safe operation.
• Safety Awareness: Strong commitment to safety procedures and proper use of equipment.
• Attention to Detail: Meticulous work habits to ensure high-quality, leak-proof joints.
• Manual Dexterity: Fine motor skills for handling small parts and performing intricate tasks.
• Qualification/Certification: Must be able to qualify and maintain brazer qualification to ISO 13585:2012 (or equivalent) per company procedure, as required for the product/process.
• Process Discipline & Documentation: Ability to follow controlled procedures/work instructions and accurately complete travelers, inspection records, and traceability requirements.
• Cleanliness & Purge Practices: Understanding of internal cleanliness requirements and nitrogen purging practices for copper piping assemblies when specified.
• Leak Test & Rework Skills: Experience supporting pressure/leak testing, diagnosing failures, and executing approved repair/rework processes.
• Filler Metal/Flux Selection: Working knowledge of common copper brazing filler metals/fluxes and the impact of joint fit-up, heat input, and position on joint quality.
• Positional/Tight-Access Brazing: Ability to braze in multiple positions and within constrained assemblies while maintaining joint quality.

Preferred Certifications:

• AWS B2.2 (or equivalent) for brazing qualification.
• ISO 13585:2012 (or equivalent) brazing qualification.
• EPA Section 608 (preferred if the role interfaces with refrigerant circuits; or ability to obtain as required).

Preferred Experience:

• Experience in HVAC/R, industrial refrigeration, heat exchanger, or chiller manufacturing environments.
• Experience working in a regulated production environment requiring documentation, traceability, and defined acceptance criteria.

Position Summary:

We are seeking a skilled and safety-conscious Copper Brazing Technician to join our manufacturing team. This role is responsible for performing precision brazing of copper components, interpreting blueprints, operating torches (Oxygen/Acetylene), and ensuring high-quality standards in product assembly. The technician will follow controlled brazing procedures/work instructions, maintain required documentation/traceability, and support leak/pressure testing and rework verification as part of production builds.

Key Responsibilities:

• Join copper components by heating them and applying filler metal to create strong, leak-proof bonds.
• Interpret blueprints and written instructions to ensure accurate assembly and placement of copper parts.
• Operate single- and dual-tip torches safely and effectively, maintaining precise heat control throughout the brazing process.
• Clean, prepare, and assemble copper pipes and fittings prior to brazing.
• Follow strict safety procedures, including proper handling of compressed gases and maintaining a safe, organized workspace.
• Operate and monitor brazing furnaces and other related equipment as needed to support production.
• Assist with basic equipment maintenance and promote good housekeeping practices in your work area.
• Apply fluxing techniques to chemically remove oxides, provide a protective barrier against atmospheric gases, and facilitate the flow and wetting of filler metals.
• Monitor joint temperature visually during brazing.
• Utilize induction heating as an alternative method when appropriate.
• Follow documented brazing procedures/work instructions, complete travelers, and record in-process/finish inspection results.
• Maintain cleanliness of tubing/lines (cap/plug open lines as required) and prevent contamination/foreign material during assembly.
• Set up and perform dry nitrogen purge during brazing when required to minimize internal oxidation/scale and maintain internal cleanliness.
• Select and use appropriate filler metals, fluxes, and joint configurations based on drawings/specifications and approved processes.
• Support pressure/leak testing per specification; troubleshoot leaks/defects, perform approved rework, and verify repair effectiveness.
• Troubleshoot brazing defects (e.g., porosity, lack of fill, overheating, pinholes) and support root-cause/corrective action with Quality/Engineering.
• Use approved temperature indicators and measurement tools (e.g., temperature crayons/IR thermometer/fixtures) when required to ensure repeatable joints.
• Comply with site hot-work controls (e.g., hot-work permits, ventilation, and fire-watch requirements) as applicable.

Essential Skills & Knowledge:

• Brazing Techniques: Solid understanding of copper brazing processes and applications (3 years minimum).
• Torch Handling: Proficiency in using oxy-fuel and other torches with precision (3 years minimum).
• Blueprint Reading: Ability to interpret technical drawings and specifications.
• Metallurgy: Knowledge of metal properties to ensure proper bonding and joint integrity.
• Fluxing Knowledge: Understanding of flux behavior and its role in joint preparation and filler metal flow.
• Induction Heating: Familiarity with induction brazing equipment and its safe operation.
• Safety Awareness: Strong commitment to safety procedures and proper use of equipment.
• Attention to Detail: Meticulous work habits to ensure high-quality, leak-proof joints.
• Manual Dexterity: Fine motor skills for handling small parts and performing intricate tasks.
• Qualification/Certification: Must be able to qualify and maintain brazer qualification to ISO 13585:2012 (or equivalent) per company procedure, as required for the product/process.
• Process Discipline & Documentation: Ability to follow controlled procedures/work instructions and accurately complete travelers, inspection records, and traceability requirements.
• Cleanliness & Purge Practices: Understanding of internal cleanliness requirements and nitrogen purging practices for copper piping assemblies when specified.
• Leak Test & Rework Skills: Experience supporting pressure/leak testing, diagnosing failures, and executing approved repair/rework processes.
• Filler Metal/Flux Selection: Working knowledge of common copper brazing filler metals/fluxes and the impact of joint fit-up, heat input, and position on joint quality.
• Positional/Tight-Access Brazing: Ability to braze in multiple positions and within constrained assemblies while maintaining joint quality.

Preferred Certifications:

• AWS B2.2 (or equivalent) for brazing qualification.
• ISO 13585:2012 (or equivalent) brazing qualification.
• EPA Section 608 (preferred if the role interfaces with refrigerant circuits; or ability to obtain as required).

Preferred Experience:

• Experience in HVAC/R, industrial refrigeration, heat exchanger, or chiller manufacturing environments.
• Experience working in a regulated production environment requiring documentation, traceability, and defined acceptance criteria.

Position Summary:

We are seeking a skilled and safety-conscious Copper Brazing Technician to join our manufacturing team. This role is responsible for performing precision brazing of copper components, interpreting blueprints, operating torches (Oxygen/Acetylene), and ensuring high-quality standards in product assembly. The technician will follow controlled brazing procedures/work instructions, maintain required documentation/traceability, and support leak/pressure testing and rework verification as part of production builds.

Key Responsibilities:

• Join copper components by heating them and applying filler metal to create strong, leak-proof bonds.
• Interpret blueprints and written instructions to ensure accurate assembly and placement of copper parts.
• Operate single- and dual-tip torches safely and effectively, maintaining precise heat control throughout the brazing process.
• Clean, prepare, and assemble copper pipes and fittings prior to brazing.
• Follow strict safety procedures, including proper handling of compressed gases and maintaining a safe, organized workspace.
• Operate and monitor brazing furnaces and other related equipment as needed to support production.
• Assist with basic equipment maintenance and promote good housekeeping practices in your work area.
• Apply fluxing techniques to chemically remove oxides, provide a protective barrier against atmospheric gases, and facilitate the flow and wetting of filler metals.
• Monitor joint temperature visually during brazing.
• Utilize induction heating as an alternative method when appropriate.
• Follow documented brazing procedures/work instructions, complete travelers, and record in-process/finish inspection results.
• Maintain cleanliness of tubing/lines (cap/plug open lines as required) and prevent contamination/foreign material during assembly.
• Set up and perform dry nitrogen purge during brazing when required to minimize internal oxidation/scale and maintain internal cleanliness.
• Select and use appropriate filler metals, fluxes, and joint configurations based on drawings/specifications and approved processes.
• Support pressure/leak testing per specification; troubleshoot leaks/defects, perform approved rework, and verify repair effectiveness.
• Troubleshoot brazing defects (e.g., porosity, lack of fill, overheating, pinholes) and support root-cause/corrective action with Quality/Engineering.
• Use approved temperature indicators and measurement tools (e.g., temperature crayons/IR thermometer/fixtures) when required to ensure repeatable joints.
• Comply with site hot-work controls (e.g., hot-work permits, ventilation, and fire-watch requirements) as applicable.

Essential Skills & Knowledge:

• Brazing Techniques: Solid understanding of copper brazing processes and applications (3 years minimum).
• Torch Handling: Proficiency in using oxy-fuel and other torches with precision (3 years minimum).
• Blueprint Reading: Ability to interpret technical drawings and specifications.
• Metallurgy: Knowledge of metal properties to ensure proper bonding and joint integrity.
• Fluxing Knowledge: Understanding of flux behavior and its role in joint preparation and filler metal flow.
• Induction Heating: Familiarity with induction brazing equipment and its safe operation.
• Safety Awareness: Strong commitment to safety procedures and proper use of equipment.
• Attention to Detail: Meticulous work habits to ensure high-quality, leak-proof joints.
• Manual Dexterity: Fine motor skills for handling small parts and performing intricate tasks.
• Qualification/Certification: Must be able to qualify and maintain brazer qualification to ISO 13585:2012 (or equivalent) per company procedure, as required for the product/process.
• Process Discipline & Documentation: Ability to follow controlled procedures/work instructions and accurately complete travelers, inspection records, and traceability requirements.
• Cleanliness & Purge Practices: Understanding of internal cleanliness requirements and nitrogen purging practices for copper piping assemblies when specified.
• Leak Test & Rework Skills: Experience supporting pressure/leak testing, diagnosing failures, and executing approved repair/rework processes.
• Filler Metal/Flux Selection: Working knowledge of common copper brazing filler metals/fluxes and the impact of joint fit-up, heat input, and position on joint quality.
• Positional/Tight-Access Brazing: Ability to braze in multiple positions and within constrained assemblies while maintaining joint quality.

Preferred Certifications:

• AWS B2.2 (or equivalent) for brazing qualification.
• ISO 13585:2012 (or equivalent) brazing qualification.
• EPA Section 608 (preferred if the role interfaces with refrigerant circuits; or ability to obtain as required).

Preferred Experience:

• Experience in HVAC/R, industrial refrigeration, heat exchanger, or chiller manufacturing environments.
• Experience working in a regulated production environment requiring documentation, traceability, and defined acceptance criteria.

Mechanical Engineer – Aerospace Thermal Management Systems (Integration & Packaging)

Location: Onsite – Irvine CA

Industry: Aerospace & Defense

Duration: 6 months and extendable

Role Overview

We are seeking two highly skilled Mechanical Engineers with experience in the Aerospace & Defense sector to support the development and integration of advanced thermal management subsystems used across military and commercial platforms globally.

This role focuses on mechanical subsystem development from a packaging and integration perspective, including enclosure design and integration of electronic and fluid control components such as pumps, compressors, fans, and valves. The ideal candidate has hands-on experience developing aerospace-grade subsystems within defined volume and interface constraints, ensuring high reliability, environmental robustness, and compliance with industry standards.

These roles will support programs progressing from Preliminary Design Review (PDR) toward Critical Design Review (CDR) and will involve reuse and adaptation of existing product architectures.

Key Responsibilities

• Design and develop mechanical enclosures for aerospace electronic and control subsystems such as thermal management systems and related subsystems
• Package and integrate COTS and custom components into customer-defined volume constraints by integrating components including pumps, compressors, fans, valves, and control electronics
• Develop detailed CAD models, assemblies, and manufacturing drawings (SolidWorks preferred)
• Conduct tolerance analysis, GD&T, stack-up analysis, and design for manufacturability (DFM)
• Support prototype builds, integration activities, testing, and validation
• Implement design considerations to satisfy and qualify the environmental requirements (shock, vibration, temperature, humidity, EMI/EMC interface considerations) per MIL standards.
• Collaborate with electrical, controls, thermal, structural, and systems engineering teams
• Participate in root cause analysis and design refinement
• Ensure compliance with aerospace and defense standards and documentation practices

Required Qualifications

• Bachelor’s degree in mechanical engineering or equivalent.
• 5+ years of experience in Aerospace & Defense mechanical subsystem development
• U.S. Citizen (No Dual Citizenship)
• Strong mechanical packaging and integration experience
• Experience designing enclosures housing electronics and fluid/mechanical components
• Exposure to thermal management systems (ECS, vapor cycle, or liquid cooling preferred but not mandatory)
• Working knowledge of rotating machinery components (fans, compressors, pumps)
• Proficiency in CAD tools (SolidWorks preferred; strong experience in other platforms acceptable)
• Experience with GD&T and tolerance analysis
• Familiarity with aerospace environmental standards (MIL-STD preferred)
• Experience supporting qualification and validation testing
• Strong understanding of materials selection for aerospace applications
• Ability to work in cross-functional engineering teams

Preferred Qualifications

• Experience packaging turbomachinery components within constrained aerospace envelopes
• Exposure to controls systems integration
• Knowledge of vibration isolation and shock mitigation techniques
• Experience supporting PDR/CDR processes
• Familiarity with configuration management and aerospace documentation rigor
• Exposure to FMEA, reliability analysis, and lifecycle support