At
Trane TechnologiesTM and through our businesses including
Trane® and
Thermo King®, we create innovative climate solutions for buildings, homes, and transportation that challenge what’s possible for a sustainable world. We're a team that dares to look at the world's challenges and see impactful possibilities. We believe in a better future when we uplift others and enable our people to thrive at work
What’s in it for you:
Be a part of our mission! As a world leader in creating comfortable, sustainable, and efficient environments, it’s our responsibility to put the planet first. For us at Trane Technologies, sustainability is not just how we do business—it is our business. Do you dare to look at the world's challenges and see impactful possibilities? Do you want to contribute to making a better future? If the answer is yes, we invite you to consider joining us in boldly challenging what’s possible for a sustainable world.
Thrive at work and at home:
- Benefits kick in on DAY ONE for you and your family, including health insurance and holistic wellness programs that include generous incentives – WE DARE TO CARE!
- Family building benefits include fertility coverage and adoption/surrogacy assistance.
- 401K match up to 6%, plus an additional 2% core contribution = up to 8% company contribution.
- Paid time off, including in support of volunteer and parental leave needs.
- Educational and training opportunities through company programs along with tuition assistance and student debt support.
- Learn more about our benefits here!
- and at home. We boldly go.
The Team
We are hiring a Materials Systems & Application Engineer as part of our Materials & Chemistry Network of Excellence Team, which is part of our Global Advanced Technology Organization. The mission of the Materials & Chemistry Network of Excellence is to enable product innovation and differentiation through leading-edge materials and chemistry technologies. We do this by leveraging internal expertise and external partners to accelerate technology implementation and translation across Trane Technologies strategic business units.
The Role
As a Materials Systems & Application Engineer within our Materials & Chemistry network, you will be instrumental in advancing and integrating cutting-edge materials and material-based technologies. Your primary focus will be on the development and strategic deployment of material-based technologies and data into our business unit's product lines. You will spearhead our internal strategy for materials data management, collaborating closely with materials experts, design teams, and other stakeholders to establish standardized processes for validating, utilizing, storing, and retrieving material data. In alignment with our Model-Based Engineering (MBE) strategy, you will expand our material data platform to meet the needs of various cross-functional groups and introduce future capabilities. Additionally, you will create and maintain technology roadmaps that identify opportunities and address gaps in the additive manufacturing space, ensuring the maturation of materials and technologies essential for their application within our strategic business units.
ESSENTIAL DUTIES AND RESPONSIBILITIES (others may be added):
- Oversee and deliver on key objectives for the application of materials in new product development, quality and reliability projects, and cost improvement initiatives involving various material types used in HVAC products.
- Develop and lead the strategy for material data management, ensuring alignment with business goals and key initiatives such as Model-Based Engineering (MBE) and Sustainability.
- Create and implement standard procedures and workflows for material data management to maintain a single source of truth for critical material data across the organization. Manage the system for storing and sharing material data between subject matter experts (SMEs) and data users.
- Establish and enforce data management protocols and standards to ensure efficient and effective use of material data.
- Collaborate with internal modeling and IT teams to develop strategies for utilizing AI and machine learning tools for material data. Identify and establish external partnerships to advance this strategy and leverage external funding opportunities to mature critical technologies.
- Lead the development and execution of a comprehensive additive manufacturing (AM) strategy, setting short-term and long-term goals, including key performance indicators (KPIs) to measure success. Develop technology roadmaps that address gaps and opportunities, aligning with SBU product roadmaps.
- Identify and assess emerging trends, technologies, and best practices in additive manufacturing to keep the company at the industry's forefront. Build and maintain strong relationships with external partners, including suppliers, research institutions, and industry consortia, to support the company's AM initiatives.
- Implement and integrate matured technologies and capabilities into new product development programs.
- Manage multiple projects concurrently while also addressing short-term sustaining engineering needs, such as failure analysis, supply disruptions, quality issues, and general consulting.
- Utilize appropriate analytical and testing methods in designing parts, selecting suitable manufacturing materials and processes, and creating test plans to ensure products meet or exceed customer requirements.
- Conduct technical design reviews as part of the product development process and coordinate with external suppliers and partners on technical requirements and deliverables.
- Promote sustainability by using tools that optimize part designs to minimize waste, evaluating sustainable materials for each application, and identifying and maturing new technologies to reduce the company's carbon footprint.
- Travel up to 25%, including international travel, may be required.
MINIMUM QUALIFICATION:
- Bachelor’s or Master’s Degree in Material Science or Chemical Engineering.
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KNOWLEDGE, SKILLS & ABILITIES REQUIRED:
- Extensive knowledge of MBE (Model-Based Engineering) and MBSE (Model-Based Systems Engineering) methodologies, tools, and frameworks. Understanding of material data integration into digital models and simulations within these strategies.
- Proficiency with software tools and platforms for material data management and integration within MBE/MBSE environments, such as PLM (Product Lifecycle Management) systems, ERP (Enterprise Resource Planning) systems, and specialized material data management software.
- Ability to develop and implement material data management strategies that align with the organization's MBE/MBSE goals. Capable of anticipating and addressing potential challenges in data integration and management.
- Deep understanding of key material properties and methods for material characterization required for modeling and simulation analysis.
- Comprehensive and current expertise in the latest additive manufacturing techniques (e.g., FDM, SLS, SLA, DMLS) and materials (e.g., polymers, metals, composites). Proficient in understanding material properties, post-processing methods, and their impact on final product performance.
- Proven ability to stay abreast of emerging trends, technologies, and best practices in additive manufacturing. Dedicated to continuous learning and professional growth.
- Creative and innovative thinker capable of developing novel solutions and advancing the possibilities of additive manufacturing technologies.
- Proficient in CAD software (e.g., CREO, AutoCAD, Fusion 360) and advanced design tools (e.g., generative design tools, additive slicer programs) to enhance and apply design for additive manufacturing in application development.
- Experienced in guiding and understanding Finite Element Analysis (FEA) for part optimization.
- Experienced in coordinating external collaborations with suppliers, external laboratories, universities, national labs, and other partners.
- Strong program/project management skills with a solid understanding of stage gate product development processes.
- Demonstrated problem-solving and analytical abilities to address and resolve technical issues.
- Excellent interpersonal and communication skills to work effectively within multidisciplinary teams, including engineers, designers, and production staff. Capable of conveying complex technical information clearly and concisely.
- Proven ability to elicit cooperation and influence others to drive project plans and objectives.
- Ability to document and define standard work for mature processes; capable of mentoring and teaching others to apply advanced technologies.
- Self-starter and quick learner, able to work with minimal supervision.
- Skilled in identifying root causes and implementing solutions, with knowledge in material testing and failure analysis.
Compensation:
Base Pay Range: $85,000-$105,000
Disclaimer: This base pay range is based on US national averages. Actual base pay could be a result of seniority, merit, geographic location where the work is performed.
Equal Employment Opportunity:We offer competitive compensation and comprehensive benefits and programs. We are an equal opportunity employer; all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, pregnancy, age, marital status, disability, status as a protected veteran, or any legally protected status.
