Who we are

Founded in 1824, Rensselaer Polytechnic Institute (RPI) is the first technological research university in the United States. We bring creativity, science, and technology together to address society's greatest challenges. We cultivate exceptional problem-solvers by immersing them in a culture of rigorous inquiry, disciplined practice, and hands-on application. Our strategic plan, RPI Forward, charts a pioneering course for the next era of RPI. Explore the RPI Forward plan. ↗︎

Nestled on a beautiful 275-acre campus in upstate NY, RPI is home to five schools, 32 research centers, three makerspaces, an observatory, one of the world’s fastest supercomputers, and the IBM Quantum System One - the first university-based quantum computer in the world. 

With top notch employee health and retirement benefits, Rensselaer offers its full-time employees a generous paid time off program, tuition remission, and opportunities for career growth. 

Job Summary

The Robotic Lab + Woodshop Supervisor (under the direction of the Woodshop Manager), will serve as the director of the school’s Robotic Lab as well as assist in a range of additional day-to-day duties throughout the shop facilities. Provide essential instructional support and technical expertise specific to robotic technology in support of the school’s entire academic and research enterprise. The supervisor will be a champion of integrating advanced manufacturing technologies with critical design-driven workflows. In addition to these specialized responsibilities, the supervisor will also assist in the direction and day-to-day operations of the woodshop and its technology. The supervisor will be responsible for reviewing, evaluating and approving on-going projects and methods proposed by students and faculty; will assist with the purchasing needs of the shop, and work with faculty throughout the year to establish an effective and streamlined interface between the design studios (i.e. pedagogical priorities) and the full-range of technologies offered throughout the shop.

Minimum Qualifications

Qualifications:

• Master's degree in Architecture

• Three or more years of experience in robotic technology and a range of material practices commonly found in woodworking shops

Additional Requirements:

• Knowledge and familiarity with 3D printing

• Experience with CNC machine operation, AutoCAD, Mastercam, and 3D modeling programs

• Prior supervisory experience in an academic or research setting

• Bachelor’s degree in Architecture with Relevant combinations of education, training, and experience may be considered.

Preferred Qualifications

Some Graduate Study in:

• Interest in automation

• Basic experience with electronics and wiring

• Familiarity with mechanical systems and tools

• Willingness to learn new skills

Minimum Knowledge, Skills, and Abilities

• Knowledge of Rhinoceros, Python C+++, and Grasshopper 3D modeling software
• Knowledge in the safe operation and maintenance of multiple types of machines and hand tools, including but not limited to: Band saw, table saw, drill press, plainer and sanders
• General understanding of construction and materials
• Ability to learn fabrication technology through manufacturer’s training and research
• Planning, organizing and effective time management skills
• Computer literacy, including ability to use a variety of software packages
• Ability to anticipate and solve problems
• Excellent communication and interpersonal skills
• Ability to document and compose procedures to build a knowledge base.
• Ability to foster an inclusive environment and work with a diverse population
• Ability to remain calm and composed when dealing with difficult situations or people

Representative Job Duties

1. Provide specialized robotic instruction and direction to all shop users (students, staff, and faculty). Strengthen the Robotic Lab each year through advanced computational programming, development of customized accessory equipment that expands the platform’s capabilities, and implementation of best practices to elevate the lab’s international reputation and impact.

2. Manage the day-to-day operations of the lab, including operating and maintaining robotic equipment and performing fabrication tasks that require frequent reconfiguration and attention.

3. Maintain the booking schedule and material supplies, and coordinate the hiring, supervision, and yearly contributions of student interns.

4. Oversee and maintain all digital fabrication equipment, machines, and power tools throughout the fabrication shop in compliance with safety regulations and accreditation standards. Ensure security of the shop and equipment, including access for students, faculty, and staff.

5. Advise users on automated technologies including 3D printing, CNC, laser cutters, and multi-axis robotic fabrication. Support end effector design and implementation for studios and faculty projects.

6. Research state-of-the-art tools and manufacturing methods, recommend new equipment acquisitions, and maintain existing equipment. Lead continuous development and improvement of Robotic Lab facilities by developing prototypes, modifying tools, and optimizing work-cell setups within budget.

7. Order, receive, and store materials, maintaining accurate records of inventory, orders, and material usage.

8. Supervise and train new and existing student monitors in the use of advanced manufacturing technologies and woodworking equipment.

9. Ensure compliance with operating and safety regulations for the protection of the facility, property, and personnel.

10. Collaborate with Troy-based and Brooklyn-based faculty (associated with CASE at Industry City) to align design studio priorities with Robotic Lab and woodshop capabilities, under the direction of the Woodshop Manager.

Shift

Business Hours with weekends or evenings occasionally required Weekends and Nights for Institute event.

Travel

Driving

Incidental driving possible, but not required

Starting Salary/Rate

Expected hiring amount: $64,000

Pay transparency disclosure: The selected candidate’s salary will be determined based on factors that include the available budget, internal equity, and the final candidate’s qualifications, experience, education and other job-related credentials. This hiring range is provided as Rensselaer’s good faith estimate of the expected hiring range at the time of posting.

Application instructions

Follow the on-screen prompts to create a brief online profile. Please be ready to upload your resume and cover letter.

If you need assistance with the online application process, please contact careers@rpi.edu.

Applications will be accepted until the position is filled.

Total Compensation and Benefits Information

Rensselaer’s Total Compensation Program is designed to provide stable pay growth, a comprehensive and affordable benefits package, and a comprehensive and affordable retiree medical and prescription plan. Our goal is to provide you and your family with a comprehensive health and welfare program as an umbrella of financial security and protection during your employment. For more information, please visit Benefits | Human Resources (rpi.edu).

Who we are

Founded in 1824, Rensselaer Polytechnic Institute (RPI) is the first technological research university in the United States. We bring creativity, science, and technology together to address society's greatest challenges. We cultivate exceptional problem-solvers by immersing them in a culture of rigorous inquiry, disciplined practice, and hands-on application. Our strategic plan, RPI Forward, charts a pioneering course for the next era of RPI. Explore the RPI Forward plan. ↗︎

Nestled on a beautiful 275-acre campus in upstate NY, RPI is home to five schools, 32 research centers, three makerspaces, an observatory, one of the world’s fastest supercomputers, and the IBM Quantum System One - the first university-based quantum computer in the world. 

With top notch employee health and retirement benefits, Rensselaer offers its full-time employees a generous paid time off program, tuition remission, and opportunities for career growth. 

Job Summary

The Academic Support Engineer (or Senior) provides technical support for fabrication resources within the School of Engineering, including the Forge (student maker space), BioMed FabLab, and MILL. The Academic Support Engineer collaborates with faculty and staff to initiate and update advanced manufacturing curriculum ensuring it remains at the forefront of advanced manufacturing education. This position also maintains the current manufacturing equipment while staying up to date on new manufacturing technologies and equipment. Additionally, this person coordinates with faculty on manufacturing classes and instructs Computer-Aided Machining and General Manufacturing Processes Classes.

Minimum Qualifications

• Bachelor's Degree in mechanical, manufacturing or electrical engineering, industrial technology or related field
• Five (5) years of related experience as a systems engineer in manufacturing, fabrication and design, or computer aided engineering, which includes:
  • Experience in technical instruction in a mechanical, manufacturing or industrial related field

Relevant combinations of education, training and experience may be considered.

• Masters Degree in related discipline

Minimum Knowledge, Skills, and Abilities

• Requires ability to research, analyze, and interpret engineering and technical data
• Requires the ability to use engineering theory to analyze, design and implement mechanical and electrical systems
• Extensive experience with machine tools, manufacturing equipment, and robotics and their ancillaries as well as general shop usage of hand tools and measuring instruments. Equipment can be both conventional or computer numerical controlled
• Requires a general knowledge of Arc, MIG, Oxyacetylene and TIG welding
• Demonstrated expertise of mechanical and electrical design practices
• Requires an understand of additive manufacturing methods
• Requires excellent oral and written communication skills
• Ability to manager teaching assistants, student volunteers, and work study students to support the day-to-day operations of various manufacturing facilities and clubs
• Requires strong technical, planning, organizing and effective time management skills
• Requires ability to work effectively under pressure and meet established goals and objectives
• Requires ability to anticipate and solve problems
• Requires demonstrated leadership skills and strategic vision
• Requires practical knowledge of Computer Aided Engineering Software
• Ability to design and implement state-of-the-art course material through collaboration with tenure-track/tenured faculty

Representative Job Duties

• Assist as needed in the daily operations of the School of Engineering fabrication facilities and Forge in compliance with accreditation standards, safety regulations, and other applicable requirements. Manage and authorize use of the facility, resources, equipment utilization and maintenance to ensure reliable operation of the facilities. -
• Provide input for strategic direction and guide day to day operations for SOE Manufacturing Facilities and Forge. This includes equipment, process upgrades and modernization, shop use, layout, information technology infrastructure, and club and class management.
• Deliver various MPS and AMPS Lab modules as assigned Teach CAM and GMP. Participate in development and updating of lab module content, experiments, and assessment material to constantly improve educational offerings in advanced manufacturing and assembly.
• Provide engineering expertise to faculty involved in manufacturing and assembly courses including but not limited to course module development and delivery in advanced smart manufacturing.
• Apply engineering theory to researching, identifying, and recommending new equipment, systems, and software options for SoE Fabrication Facilities. This includes systems design, contacting vendors, scheduling demonstrations, and installation.
• Provide direct engineering guidance, technical expertise, and fabrication support to undergraduate and graduate students for class and student clubs projects.
• Manage, interview, select, train, and schedule teaching assistants assigned to SOE Manufacturing Facilities and Forge.
• Ensure on-going and frequent monitoring of students for compliance with safety policies and protocols. Develop, maintain and distribute Standard Operating and Safety Procedures for fabrication facilities. Serve as a member of the SOE Safety Committee.
• Support various SOE outreach efforts through development of curriculum, participation in Open Houses, providing STEM presentations, etc. including tours for internal and external constituents.
• Other duties as assigned. 

Shift

Business Hours with weekends or evenings occasionally required

Travel

Driving

No Driving

Starting Salary/Rate

Expected hiring range:

• Academic Support Engineer:
  • $70,000 - $76,000 / yr
• Sr. Academic Support Engineer - 
  • $76,000 - $84,000 / yr

Pay transparency disclosure: The selected candidate’s salary will be determined based on factors that include the available budget, internal equity, and the final candidate’s qualifications, experience, education and other job-related credentials. This hiring range is provided as Rensselaer’s good faith estimate of the expected hiring range at the time of posting.

Application instructions

Follow the on-screen prompts to create a brief online profile. Please be ready to upload your resume and cover letter.

If you need assistance with the online application process, please contact careers@rpi.edu.

Applications will be accepted until the position is filled.

Total Compensation and Benefits Information

Rensselaer’s Total Compensation Program is designed to provide stable pay growth, a comprehensive and affordable benefits package, and a comprehensive and affordable retiree medical and prescription plan. Our goal is to provide you and your family with a comprehensive health and welfare program as an umbrella of financial security and protection during your employment. For more information, please visit Benefits | Human Resources (rpi.edu).