Vice President of Engineering

Carlisle Construction Materials; Carlisle (Cumberland County); On-site; USD 175,000 - 210,000; Full time

Job summary

Carlisle Construction Materials is seeking a Vice President of Engineering to lead innovation in manufacturing. This pivotal role focuses on implementing advanced engineering strategies and managing a dynamic team to enhance operational efficiencies through automation and technology. The ideal candidate should have a strong engineering background, leadership experience, and a strategic mindset to navigate the evolving technological landscape in building materials.

Qualifications

• Bachelor’s in Engineering required; advanced degrees preferred.
• Proven track record in leading engineering teams and projects.
• Expertise in automation and technology integration critical.

Responsibilities

• Develop and implement engineering strategies focused on automation.
• Lead and mentor engineering teams to drive innovation.
• Manage budgeting and resource allocation for engineering projects.

Skills

Strategic Leadership

Team Management

Technology Innovation

Cross-functional Collaboration

Project Management

Education

Bachelor’s Degree in Engineering

Advanced Degree (MBA, MS, or PhD)

Job description

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The Vice President, Engineering at Carlisle Construction Materials (CCM) is a pivotal leadership role dedicated to steering progressive engineering practices and fostering innovation within our manufacturing environment. Reporting directly to the VP, Operations, this position requires an accomplished engineering executive who is well-versed in advanced technologies, Artificial Intelligence, and automation applications. The ideal candidate will have a robust track record executing cutting-edge technological solutions. This role is instrumental in shaping future-focused engineering strategies that align with the evolving demands of the industry and our company’s objectives.

Key Responsibilities:

• Develop and implement forward-thinking engineering strategies that align with the company’s goals and respond to market demands, with a strong emphasis on automation and advanced technological solutions.
• Lead and manage the engineering team to drive innovation and the development of high-quality engineering solutions, prioritizing the integration of cutting-edge technologies and automation practices.
• Ensure all engineering projects, initiatives, and processes not only conform to the organization's established policies and objectives but also advance technological boundaries within the industry.
• Collaborate with other departments to seamlessly integrate progressive engineering solutions with business development and customer service initiatives, enhancing operational efficiencies and customer satisfaction.
• Manage budgeting and resource allocation among engineering projects, ensuring optimal investment in automation technologies and innovative practices.
• Champion a culture of continuous improvement and technological advancement, encouraging the team to embrace and pioneer new engineering methods and tools.
• Maintain and expand relationships with professional and regulatory organizations, vendors, and contractors, focusing on partnerships that enhance technological capabilities and innovation.
• Ensure compliance with health, safety, and environmental standards, particularly in the implementation and operation of new technologies and automated systems.
• Mentor and develop the engineering team, setting clear performance expectations and providing feedback and coaching, with a focus on building skills in AI, automation, and other emerging technologies.

Required Knowledge/Skills/Abilities:

• Strategic Leadership: Develop and execute a forward-thinking engineering vision and strategy that incorporates advanced automation and technology solutions, aligned with overall business objectives. Lead the engineering team to establish and achieve progressive short-term and long-term goals.
• Team Management: Recruit, develop, and retain top-tier engineering talent skilled in cutting-edge technologies and automation. Promote a culture of collaboration, innovation, and continuous improvement within the engineering organization, integrating lean manufacturing principles and advanced technological practices.
• Technology Innovation: Continuously monitor emerging technologies and industry trends, particularly in automation and Artificial Systems Intelligence (ASI). Spearhead innovation initiatives to revolutionize manufacturing processes and operational efficiency, ensuring the adoption of state-of-the-art solutions.
• Cross-functional Collaboration: Engage in close collaboration with manufacturing, R&D, sales, and marketing departments to synchronize engineering efforts with overarching business goals and evolving customer demands, focusing on technology-driven solutions.
• Project Management: Manage complex engineering projects from inception to completion, ensuring they meet strict timelines, budgets, and quality standards, with a special focus on integrating advanced technologies.
• Site & Facility Selection: Lead and participate in the site selection process for new or expanding manufacturing facilities, emphasizing the integration of advanced technological capabilities and automation readiness.
• Construction Oversight: Oversee construction activities for manufacturing facilities, focusing on innovative architectural and engineering solutions that incorporate automation and technological advancements from the planning and design stages through to procurement and construction management.
• Mergers & Acquisitions (M&A) Support: Evaluate potential M&A targets from an engineering perspective, assessing technical feasibility and the capacity for operational integration of advanced technologies and automation.
• Leadership of Engineering Teams: Direct a diverse team of Directors, Engineering Unit Managers, and staff, fostering an environment that encourages technological adeptness, mentorship, and the pursuit of engineering excellence.
• Resource Allocation: Strategically allocate resources to maximize productivity and efficiency. Manage engineering budgets and timelines with an emphasis on investments in automation technologies and resource optimization.
• Risk Management: Identify and address technical and operational risks, particularly those associated with new technologies and automation. Implement measures to ensure business continuity and resilience in a technologically advancing environment.

Education and Experience:

• Bachelor’s Degree in Engineering: Required, with a preference for majors in Mechanical, Electrical, or Industrial Engineering to provide a strong technical foundation.
• Advanced Degree: An MBA, MS, or PhD in a related field is highly desirable, enhancing the candidate's strategic and analytical capabilities, particularly in areas relevant to advanced technologies and automation.

Seniority level

• Seniority level

  Not Applicable

Employment type

• Employment type

  Full-time

Job function

• Job function

  Engineering, Management, and Manufacturing

• Industries

  Wholesale Building Materials and Manufacturing

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