What are the responsibilities and job description for the Mechanical Engineering Manager (Heat Exchanger Design) position at ASB Resources?
We’re looking for an experienced Mechanical Engineering professional to lead design and delivery efforts for next-generation energy systems. This role focuses on driving high-quality engineering outcomes while guiding teams through complex design challenges in a fast-paced, collaborative environment.
What You’ll Be Doing
Oversee mechanical design, analysis, and validation activities across multiple projects, ensuring alignment with engineering standards and program goals
Lead and mentor a team responsible for designing critical components of advanced energy systems, supporting development through manufacturing and regulatory phases
Allocate and optimize engineering resources across initiatives, ensuring the right expertise is applied to the right challenges
Resolve technical conflicts by evaluating options and promoting constructive engineering discussions
Drive design iteration cycles, aligning internal teams, partners, and suppliers to deliver on time and within budget
Support team growth through coaching, performance management, and career development
Contribute to shaping engineering processes, tools, and methodologies within your area
Provide guidance on scope definition and effort estimation for upcoming work
Collaborate within cross-functional teams to bring innovative power solutions to life
Ensure proper documentation, design reviews, and configuration control throughout the engineering lifecycle
What You Bring
Bachelor’s degree in Mechanical Engineering (or related field)
~10 years of engineering experience (advanced degrees may offset some experience)
Strong background in at least one of the following:
Mechanical or fluid system design
End-to-end hardware development (design through testing)
CAD and PLM tools such as NX, SolidWorks, Creo, Teamcenter, or Windchill
Nice to Have
Experience in heat exchangers or steam generator systems
Exposure to thermal-fluid design, materials selection, and structural considerations in demanding environments
Familiarity with ASME design standards and pressure systems
Background in manufacturing processes and design for manufacturability
Experience taking products from concept through production
Professional Engineer (PE) certification
Knowledge of failure analysis or reliability engineering