Overview As an Associate, Mechanical Engineering Lead, you drive multidisciplinary healthcare design projects from Houston, shaping sustainable, decarbonized building systems. You'll coordinate across disciplines, manage client relations, and help grow the Houston team within a regional network. You contribute to delivering high-impact, energy-efficient mechanical designs for inpatient facilities, while shaping project delivery and mentorship. This role offers leadership opportunities, collaboration with diverse stakeholders, and a chance to advance Arup's mission of sustainable impact. Compensation / Benefitsprofit share401(k) with company matchflexible working optionshealth and wellbeing benefitspaid time offlearning opportunities ResponsibilitiesServe as Project Manager and Mechanical Lead for healthcare design projectsCoordinate multidisciplinary design efforts and ensure integrated, coordinated deliverablesMaintain project quality, commercial metrics, and strong client relationsPotentially lead the Houston mechanical team and act as hiring manager for mid-level staffMentor team members and foster career developmentPrepare drawings, specifications, and technical reports with sustainable design methodsRepresent Arup to clients and support future work-winning and proposalsOversee proposals, bid submissions, and contract negotiationsCollaborate with stakeholders and code officials to deliver projects through constructionParticipate in local professional associations Key requirements12+ years of professional experience designing building HVAC systems (airside and hydronic)Significant healthcare project experience with inpatient facilitiesProfessional Engineering License in the USFamiliarity with ASHRAE, HIH, LEED energy efficiency and indoor air quality, NFPA codesProven ability to lead multidisciplinary projects and manage large client relationshipsTrack record of work winning and strategic client engagementDynamic, engaging leadership and role modeling for career developmentAbility to connect external stakeholders with internal disciplinesleadershipmentoringclient relationship managementHVAC system design (airside and hydronic)energy modeling and whole-building energy analysisfacade thermal analysis
Not specified in the original listing.
Not specified in the original listing.
