The candidate must be experienced in working with multidisciplinary teams that have successfully delivered complex, high-precision opto-mechanical systems. The candidate will work on high level documentation such as the Requirements document, and all lower-level requirement documents that establish the baseline design of the subsystem. The candidate must have good communication skills and be able to represent the engineering team in a professional manner both internally and externally to Steward Observatory. The candidate is expected to be a motivated self-starter who can work with and lead engineers to resolve technical problems and establish approaches for solutions.
Outstanding UA benefits include health, dental, and vision insurance plans; life insurance and disability programs; paid vacation, sick leave, and holidays; UA/ASU/NAU tuition reduction for the employee and qualified family members; retirement plans; access to UA recreation and cultural activities; and more!
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Duties & Responsibilities- Interface with stake holders and engineering staff to make sure that high and low level requirements and relevant specifications are captured and understood.
- Understands risk associated with building complex Astronomical systems. This is to include using risk tables and addressing risk and putting a mitigation strategy in place.
- Make sure that V&V (Verification and Validation) and I&T (Integration and Test) plans are developed for all designs. Review and ensure that reliability and quality standards are appropriate for meeting both high and low level requirements.
- Attend engineering and stakeholder meetings to make sure that all avenues of the system are being captured. Have the ability to lead investigations into issues and concerns with the design and function of the system. Lead discussions of requirements, V&V (Verification and Validation), and I&T (Integration and Test) plans.
- Bachelor's degree in Systems/Industrial Engineering or equivalent advanced learning attained through professional level experience required.
- Minimum of 8 years of relevant work experience, or equivalent combination of education and work experience.
TheGrade Rangerepresent a full range of career compensation growth over time. The university offers compensation growth opportunities within its career architecture. To learn more about compensation, please review ourApplicant Compensation Guideand ourTotal Rewards Calculator.Career Stream and LevelPC4Job FamilyResearch EngineeringJob FunctionResearchType of criminal background check required:Name-based criminal background check (non-security sensitive)Number of Vacancies1Target Hire DateExpected End DateContact Information for CandidatesManny Montoya
so-humanresources@list.arizona.eduOpen Date5/14/2025Open Until FilledYesDocuments Needed to ApplyResume and Cover LetterSpecial Instructions to ApplicantNotice of Availability of the Annual Security and Fire Safety ReportIn compliance with the Jeanne Clery Disclosure of Campus Security Policy and Campus Crime Statistics Act (Clery Act), each year the University of Arizona releases anAnnual Security Report (ASR)for each of the University’s campuses. These reports disclose information including Clery crime statistics for the previous three calendar years and policies, procedures, and programs the University uses to keep students and employees safe, including how to report crimes or other emergencies and resources for crime victims. As a campus with residential housing facilities, the Main Campus ASR also includes a combined Annual Fire Safety report with information on fire statistics and fire safety systems, policies, and procedures.
Paper copies of the Reports can be obtained by contacting the University Compliance Office at cleryact@arizona.edu.
Freqently Asked Questions
Mastery in multidisciplinary collaboration, especially in high-precision opto-mechanical systems, is vital. Proficiency in finite element analysis and a deep understanding of verification, validation, and risk mitigation strategies set apart successful R&D Systems Engineer IV candidates in Tucson's competitive tech environment.
An R&D Systems Engineer IV typically leads complex projects, overseeing requirement documentation and stakeholder communication. Unlike junior engineers who focus on execution, this senior role emphasizes system-level problem-solving, risk analysis, and guiding teams through integration and testing phases.
Advancement often leads to principal engineering roles or managerial positions overseeing multiple R&D projects. With experience in system design leadership and cross-disciplinary coordination, professionals can transition into strategic roles influencing technology development and innovation pipelines.
While a bachelor’s degree in systems or industrial engineering is a baseline, certifications like INCOSE Systems Engineering Professional or advanced training in finite element analysis enhance employability locally. Tucson employers value candidates who combine formal education with practical, multidisciplinary project experience.
Tucson’s urban layout offers relatively manageable commute times, but peak hours can introduce delays near campus. Many engineers leverage Tucson’s public transit options or carpooling, which align well with the university’s sustainability initiatives, helping reduce travel stress and environmental impact.
Demand remains strong due to Tucson’s growing tech and aerospace sectors, but senior positions like R&D Systems Engineer IV attract highly experienced candidates. Success often depends on demonstrating leadership in complex system integration and solid track records in multidisciplinary engineering environments.
The University offers a vibrant research ecosystem with access to cutting-edge astronomical projects, fostering collaboration across disciplines. Its comprehensive benefits package and emphasis on innovative work-life balance distinguish it from private sector roles in Tucson’s engineering job market.
Candidates must effectively represent engineering teams both internally and externally, facilitating stakeholder engagement and directing problem-solving discussions. Strong interpersonal skills are essential for leading investigations and ensuring that complex system requirements are clearly articulated and met.
Based on local market data and university pay scales, the salary typically ranges between $99,901 and $129,871 annually. Offers are influenced by expertise, educational background, and the candidate's ability to manage high-precision system engineering projects effectively.
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