Process Engineer

Overview

Imagine engineering the sophisticated fluid, gas, and chemical delivery systems that form the lifeblood of the world's most advanced semiconductor fabrication facilities. At SSOE you will continuously expand your expertise by confronting diverse and complex process engineering challenges unique to the semiconductor and advanced high-tech industrial sectors. From designing ultra-pure water (UPW) systems that deliver water cleaner than any found in nature, to engineering specialty gas and chemical distribution networks with exacting purity and safety requirements, to developing robust hazardous wastewater treatment solutions, your work will be at the intersection of precision, safety, and innovation. You'll be supported by access to advanced training, leading design and analysis tools including hydraulic modeling and pipe stress software, and a collaborative multidisciplinary culture. We foster your ambition with clear pathways for career progression, whether your aspiration is technical leadership, project management, or becoming a revered subject matter expert in high-purity process systems. All of this unfolds within a truly integrated team environment that champions knowledge sharing, innovation, and technical excellence, backed by the stability and proven delivery of a well-established firm.

We are seeking a Process Engineer to join our integrated design-build team, supporting the delivery of advanced technology, semiconductor, cleanroom, and mission-critical facilities. This role is well-suited for an engineer who is looking to develop a solid foundation in process system design and grow within a complex, high-performance environment. In this position, you will contribute to the design and execution of critical process systems that support cutting-edge manufacturing and operational performance. You will work closely with senior engineers and multidisciplinary teams to develop practical, efficient, and reliable engineering solutions while continuing to grow your technical expertise.

AI and Innovation

At SSOE, we don't just talk about the future, we build it. As a leader in industry AI adoption, we empower our team to work smarter by providing responsible access to the industry leading AI Large Language Models, vibe-coding platforms, and securely integrating advanced tools into every role. From day one, you'll receive the training and support needed to leverage AI as a core tool for enhancing productivity, sparking creativity, and streamlining complex workflows.

Responsibilities

• Support the design and engineering of process systems, including fluid transfer, heat exchange, and high-purity piping systems.
• Contribute to systems involving ultrapure water (UPW), high-purity water (HPW), specialty gases, chemical distribution, and wastewater treatment.
• Perform engineering calculations such as flow analysis, pressure drop (friction loss), pump sizing, and basic heat transfer evaluations.
• Assist in the development of PFDs, P&IDs, and system layouts under the guidance of senior engineers.
• Participate in equipment selection and specification, including pumps, filtration systems, heat exchangers, and chemical delivery systems.
• Collaborate with mechanical, electrical, and controls teams to ensure coordinated system design in a design-build environment.
• Support field activities including construction coordination, system walkthroughs, and commissioning efforts.
• Assist with troubleshooting and resolving technical issues during design and installation phases.
• Ensure designs align with applicable codes, standards, and client requirements.

Qualifications

Required Qualifications:

• Bachelor's degree in Chemical Engineering, Mechanical Engineering, or a related discipline.
• Have exposure to projects in semiconductor, advanced high-tech manufacturing, cleanroom, or mission-critical facilities.
• Foundational knowledge in one or more of the following systems:
  
  • Ultrapure or high-purity water systems
  • Specialty gas and chemical distribution systems
  • Wastewater treatment systems (including solvent or acid systems)
  • Fluid transfer and pumping systems
  • Heat exchange systems
• Understanding of piping systems, including basic pressure drop and material selection considerations.
• Familiarity with PFDs and P&IDs.
• Solid analytical, organizational, and problem-solving skills.
• Ability to work effectively in a collaborative, fast-paced environment.

Preferred Qualifications

• Engineer-in-Training (EIT) certification.
• Internship or project experience within semiconductor or advanced manufacturing facilities.

Compensation & Benefits:

SSOE offers a competitive total compensation package designed to support and empower our employees and their families.

• Salary : $70,000 - $75,000 per year, commensurate with location, education, and depth of experience.
• Incentives : Leadership bonus program and ownership investment opportunities. We believe the people who build SSOE should share in its success.
• Health & Wellness : Comprehensive medical, dental, and vision insurance; employer-paid life insurance; and wellness program support.
• Retirement : 401(k) plan with company match.
• Professional Growth : Dedicated professional development funding, PE licensure and certification exam support, conference attendance, and structured career advancement programs.
• Time Off : Generous paid time off (PTO) policy plus paid holidays.
• Work-Life Balance : SSOE actively supports flexible scheduling within project commitments and a culture that genuinely respects your time outside the office.

This role offers the opportunity to build on your foundational experience while working on some of the most technical and innovative facility projects in the industry. You will gain hands-on exposure to complex systems, learn from experienced engineers, and take on increasing responsibility as your skills grow. Our team emphasizes mentorship, collaboration, and practical engineering solutions. You will be supported in your professional development while contributing to meaningful, high-impact projects that push the boundaries of advanced manufacturing and facility design.