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Senior Materials Engineer, Advanced Semiconductor Packaging

Boston Materials produces a new class of materials that are conductive and durable like metal, yet light like plastic. The underlying technology revolves around vertically aligning carbon fibers to create materials with highly efficient energy dissipation properties. We use these highly differentiated materials to solve critical challenges relating to thermal management, vehicle weight reduction, and improving resource efficiency across Semiconductor, Electrified Vehicles, and Aerospace industries. Backed by proven manufacturing processes and validation in performance-critical applications across high-growth sectors, industry leaders turn to Boston Materials to go beyond today’s known limitations.

 


OPPORTUNITY KNOCKS

Not often in one’s career do we get the chance to—


Get close to the mission. Getting a real sense of what the business does and how our work directly affects the outcome. Where everyone is involved with the company’s success. No layers, no silos, no bureaucracy. Just the opportunity to make the greatest impact with the most responsibility.

 

Innovate faster. Adapting to changes in the market at record speed. No multi-layer signoffs. Fewer executives and shareholders to gain approval from. Instead, the latitude needed to get a new idea, product, or process off the ground quickly. Where we can experiment and test new ideas— and are encouraged to do so. We create solutions to problems that our audiences truly care about and understand customers won’t wait for us to figure them out.

 

Branch beyond our role. We’re not defined by past experiences or confined by our current job description. Every day offers opportunities to have influence and be challenged with new projects and tasks. Working shoulder-to-shoulder with some of the top talent in the industry, we’re able to showcase our talents, expand our knowledge, develop new skills, and take ownership and act. All while contributing to the overall success of the organization.

 

Create critical resources. The transition to a decarbonized economy is already underway and advanced computing is everywhere. Armed with coveted technologies and solutions, we unlock the way to accelerate electrification, increase compute efficiency, and harness cleaner energy— changing entire industries and our planet.

 

Opportunity knocks at Boston Materials. Will you answer the call?


Solve one of the most critical challenges facing the Semiconductor and Electronics Industry – thermal management! Join the Boston Materials team to help unlock the full potential of Z-axis Fiber™ technology and pave the way for groundbreaking advancements powering AI.


As a Senior Materials Engineer, Advanced Semiconductor Packaging, you'll play a vital role in developing thermal interface materials for semiconductor packaging. Apply your materials engineering expertise to design, test, and optimize products that meet the high demands of the electronics industry. This role involves hands-on experimentation, data-driven analysis, and collaboration across teams to bring innovative materials from concept to high-volume production. If you're passionate about advancing technology and eager to contribute your skills to meaningful projects, reach out and apply!


Your Responsibilities
  • Lead key subsystems in the development of Thermal Interface Material (TIM) products for semiconductor packaging applications.
  • Utilize strong engineering fundamentals and materials science expertise to identify existing and future product issues affecting customers.
  • Draw upon experience in electronics or semiconductor packaging to generate a range of material and system-level solutions.
  • Design and execute experiments to quickly rule in or out potential solutions, including both rapid preliminary tests and comprehensive, strategically designed experiments.
  • Think creatively and innovatively to solve complex technical challenges and improve product performance.
  • Analyze experimental data to make data-driven decisions and adjust technical priorities accordingly.
  • Collaborate with cross-functional teams to integrate solutions into the product development process and manufacturing.
  • Stay updated on industry trends and advancements to proactively address potential future challenges.


Your Skills and Expertise
  • Proven ability to identify complex product issues and develop innovative solutions
  • Minimum BS in Materials Engineering or a related field.
  • 7+ years of experience in materials development for the electronics or semiconductor packaging industry.
  • Strong understanding of process-structure-property relationships in materials development.
  • Strong fundamental knowledge of metallurgy and polymer systems.
  • Experience with semiconductor reliability testing (temperature cycling, HAST, shock and vibration, etc.)
  • Experience transitioning product developments into high-volume production.
  • Strong written and verbal communication skills, with the ability to communicate technical information to both technical and non-technical audiences.
  • Ability to manage multiple projects simultaneously and adapt to changing priorities.


Summary of Benefits
  • Health, Vision & Dental – Boston Materials pays 75% of Health, Vision and Dental Care coverage for employee and dependents
  • 401(k) plan
  • 4 weeks of supplemental Paid Parental and Family Leave
  • Unlimited Paid Time Off
  • Holidays: 14 days/year


Boston Materials is an EOE and at the forefront of materials innovation, the key to which is diverse teams with unique backgrounds and experiences. We are committed to employing a diverse workforce with equal employment opportunities regardless of race, color, religion, sex, national origin, age, sexual orientation, gender identity, gender expression, marital status, veteran status, or disability.


Applicants must be currently authorized to work in the US on a full-time basis.

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Average salary estimate

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$150000K

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What You Should Know About Senior Materials Engineer, Advanced Semiconductor Packaging, Boston Materials

Join Boston Materials as a Senior Materials Engineer in Advanced Semiconductor Packaging and help shape the future of technology. At Boston Materials, we’re revolutionizing the way materials are used in critical industries like Semiconductor, Electrified Vehicles, and Aerospace. Our innovative materials have the unique ability to be as functional as metal while being lightweight like plastic, thanks to our cutting-edge vertically aligned carbon fiber technology. In this role, you’ll have the rare opportunity to work on thermal interface materials (TIM) vital for semiconductor packaging applications. This position isn’t just about following orders; it’s about rolling up your sleeves and collaborating with some of the brightest minds in the industry, where your ideas matter, and your contributions directly impact our success. You’ll lead subsystems, design experiments, and engage in hands-on experimentation, ensuring that your work helps overcome significant thermal management challenges. We thrive in an environment that encourages innovation and rapid adaptation, so if you’re passionate about materials engineering and ready to think creatively, Boston Materials is the place for you. Plus, enjoy fantastic benefits like unlimited PTO and significant health coverage contributions. Ready to influence the decarbonized economy and make a difference in high-tech industries? Let’s unlock the potential of Z-axis Fiber™ technology together!

Frequently Asked Questions (FAQs) for Senior Materials Engineer, Advanced Semiconductor Packaging Role at Boston Materials
What does a Senior Materials Engineer do at Boston Materials?

A Senior Materials Engineer at Boston Materials is responsible for developing advanced thermal interface materials for semiconductor packaging applications. This role involves hands-on experimentation, data analysis, and collaboration across different teams to create innovative solutions that meet the demanding standards of the electronics sector.

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What skills are needed for the Senior Materials Engineer role at Boston Materials?

Candidates for the Senior Materials Engineer position at Boston Materials should possess strong expertise in materials development, particularly in electronics or semiconductor packaging. A deep understanding of material properties, experience in semiconductor reliability testing, and excellent problem-solving abilities are crucial for success in this role.

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What is the work culture like for a Senior Materials Engineer at Boston Materials?

The work culture at Boston Materials emphasizes collaboration, innovation, and accountability. As a Senior Materials Engineer, you would work closely with talented teammates without the bureaucracy often found in traditional corporate structures, allowing for faster decision-making and creative problem-solving.

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How does a Senior Materials Engineer contribute to Boston Materials' mission?

A Senior Materials Engineer plays a pivotal role in Boston Materials' mission to accelerate electrification and enhance resource efficiency by developing advanced materials that address thermal management challenges. Your innovations contribute to groundbreaking advancements in various high-growth sectors including semiconductor and aerospace industries.

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What kind of projects will a Senior Materials Engineer work on at Boston Materials?

As a Senior Materials Engineer at Boston Materials, you'll work on projects aimed at creating and optimizing thermal interface materials for semiconductor packaging. Your projects will likely require designing and executing experiments to explore new materials, collaborate with cross-functional teams, and spearhead efforts that tackle real-world challenges in energy efficiency and thermal performance.

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What are the benefits of working as a Senior Materials Engineer at Boston Materials?

Boston Materials offers a comprehensive benefits package for its Senior Materials Engineers, including health, vision, and dental coverage where the company pays 75% for employees and dependents, an excellent 401(k) plan, unlimited Paid Time Off, and generous parental leave provisions—all within a dynamic and innovative work environment.

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What opportunities exist for professional growth as a Senior Materials Engineer at Boston Materials?

Boston Materials fosters a growth-oriented environment, allowing Senior Materials Engineers to take on new projects and responsibilities. With access to industry-leading knowledge and the ability to collaborate with top professionals, you'll have the opportunity to enhance your skills, deepen your knowledge, and gain valuable experience in advanced materials development.

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Common Interview Questions for Senior Materials Engineer, Advanced Semiconductor Packaging
What is your experience with thermal interface materials?

When discussing your experience with thermal interface materials (TIM), highlight specific projects where you designed, tested, or optimized TIM solutions. Emphasize your knowledge of materials properties, performance testing techniques, and how your TIM contributions improved overall thermal management in semiconductor applications.

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Can you explain the process-structure-property relationships in materials development?

In your answer, clarify how changes in the processing of materials affect their structures and consequently their properties. Use examples from your past work to demonstrate your understanding of this relationship and how it can be manipulated to develop innovative materials for advanced applications.

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Describe a challenging technical problem you faced and how you solved it.

Choose a specific instance where you encountered a significant technical hurdle. Describe the problem in detail, your approach to investigating potential solutions, your experiments, and how your innovative thinking led to a successful resolution. Make sure to present what you learned from the experience.

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What techniques do you use to analyze experimental data?

Explain the various data analysis techniques you are familiar with, such as statistical analysis, finite element modeling, or simulation software. Mention how you leverage data to draw insights that guide your project's direction and to make informed decisions during materials development.

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How do you prioritize and manage multiple projects effectively?

Share your strategies for project management, such as employing project management software, setting clear timelines, and regularly communicating with your team. Discuss how you adjust priorities based on project requirements and the importance of flexibility in a fast-paced environment.

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What is your approach to staying updated on industry trends and advancements?

Discuss your commitment to continuous learning by explaining how you stay informed about the latest industry trends through webinars, industry publications, and networking opportunities. Explain how you integrate new information into your work and leverage it to advance your projects.

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How do you ensure compliance with semiconductor reliability standards?

In your response, highlight your understanding of key reliability testing standards such as temperature cycling, HAST, and vibration testing. Describe your approach to ensuring all materials meet these standards throughout the development and testing process.

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Can you talk about your experience with transitioning product developments into high-volume production?

Explain your past experiences and strategies in scaling product developments to high-volume manufacturing. Discuss collaboration with manufacturing teams, process adjustments, and ensuring product quality and consistency as a part of the transitioning phase.

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How would you approach designing an experiment for a new material?

Outline your systematic approach to designing experiments, which might start with defining the objectives, selecting appropriate materials, and determining variable levels. Discuss how you'd conduct preliminary tests to guide encompassing experimental designs and ensure relevant data collection.

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What are some of the latest advancements in materials engineering that interest you?

Share your knowledge of recent developments in materials engineering, especially those related to semiconductor packaging and TIMs. Talk about specific innovations that have caught your attention, and express your excitement about how they might apply to your work at Boston Materials.

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Full-time, on-site
DATE POSTED
November 25, 2024

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