Supports planning, implementation, and documentation of strategic initiatives within M&T Bank, ensuring regulatory compliance and effective project execution.
Compensation
The pay range for this position is $62,200.00 - $103,600.00 Annual (USD).
Responsibilities
Support planning and implementing new projects, products, programs and initiatives to achieve short and long-term business objectives and strategic outcomes.
Lead effort to maintain project documentation and develop comprehensive documentation aligned with regulatory expectations.
Assist the team in addressing problems, risks and issues, analyze information, determine feasible solutions, and articulate recommendations.
Develop and produce basic ad-hoc and automated departmental analyses and reports, including workflow, project and strategic analysis and trend reporting.
Distill information and create an executive summary to drive action.
Support Micron EDG activities by collecting telemetry data and usage model traces of storage memories embedded in robotics systems.
Compensation
For internships positions in Italy, Micron could pay Eur 900 – Eur 1200 per month, and will grant, in addition meal vouchers for each day worked onsite.
Responsibilities
Explore and define the best solution to acquire memories traffic data from state‑of‑the‑art robotic systems
Compare the acquired usage models with the current architecture driven by requirements of the latest products to assess the architecture through AI tools
Review the requirements and where needed to define new requirements for future products
Define the storage metrics (QoS, TBW, ...) that matter to robotic systems, analyzing data through AI
Analyze statistical usage cases and define coverage metrics
Requirements
Master’s degree program in Computer Science Engineering, Electronic Engineering, or a related field
Motivated Engineering Co‑op to join the Machining Engineering team in Hagerstown, gaining hands‑on experience in advanced machining processes and equipment.
Compensation
For all intern and co-op positions, the hourly range is set at $17.00 - $46.00.
Responsibilities
Support machining processes including CNC equipment, tooling, and process development
Analyze manufacturing data to improve process capability, quality, and performance
Participate in troubleshooting, root‑cause analysis, and continuous improvement activities
Develop CAD designs and support implementation of manufacturing solutions
Explore opportunities to apply automation, analytics, and emerging technologies
Requirements
Bachelor’s or Master’s degree in Mechanical, Manufacturing, Industrial, Materials, Mechatronics Engineering, or a related engineering field
Lead electronics development for space and terrestrial robotics, designing analog, digital, and power circuits, prototyping, testing, and integrating into missions.
Compensation
$115,544 - $138,008
Responsibilities
Own technical development of electronics, including specification, architecture, simulation, PCB design, laboratory testing, and mission infusion
Design analog, digital, and power electronics circuits for space and terrestrial robotics
Identify candidate technologies, design test fixtures, and support heavy ion testing to evaluate new parts for radiation effects
Collaborate with JPLers across disciplines to integrate your designs into complex robotic missions and instrument systems
Dream up and propose new projects to solve the hardest problems in space and on earth
Requirements
Bachelor’s degree in electrical engineering, robotics engineering, or similar technical discipline
Master’s degree in a similar discipline
Ph.D. in a similar discipline
Nice to have: lead new hardware projects
Nice to have: propose new electronics projects and win funding
Lead design and support of electrical, instrumentation, controls and programming for water treatment facilities, including detailed design, calculations, FAT/CVT support, and commissioning.
Compensation
$75,000 - $95,000 USD annually
Responsibilities
Read, interpret and comment on engineering documents, including P&IDs, GAs, process design guidelines, return of experience, and engineering best practices guides.
Perform required calculations and select the appropriate instrumentation for water treatment facilities and supporting documentation.
Design the complete detailed electrical design for water treatment facilities (single line diagrams, load lists, I/O lists, network architectures, panel design and schematics).
Design the complete detailed process control documents (Control Philosophy, Control Logic & Sequence Charts) for plant operation, for assigned projects.
Perform FAT’s, CVT’s and Commissioning support as required.
Requirements
Bachelor Degree in Engineering or equivalent from an accredited University or College
Lead the design effort for instrumentation, electrical, controls and programming for water treatment facilities, supporting production facilities, participating in customer facing factory acceptance tests and commissioning.
Compensation
The compensation range is tied to the market for similarly benchmarked roles. The range is not an absolute, but a guide, and offers will be based on the individual candidate’s knowledge, skills, experience and market conditions, as well as internal peer equity. Depending upon all the preceding considerations for the final selected individual candidate, the offer may be lower or higher than the stated range: $75,000 - $95,000 USD annually.
Responsibilities
Read, interpret and comment on engineering documents, including P&IDs, GAs, process design guidelines, return of experience, and engineering best practices guides.
Perform required calculations and select the appropriate instrumentation for water treatment facilities and supporting documentation.
Design the complete detailed electrical design for water treatment facilities (single line diagrams, load lists, I/O lists, network architectures, panel design and schematics).
Design the complete detailed process control documents (Control Philosophy, Control Logic & Sequence Charts) for plant operation, for assigned projects.
Perform FAT’s, CVT’s and Commissioning support as required.
Requirements
Bachelor Degree in Engineering or equivalent from an accredited University or College
Nice to have: Hydraulics
Nice to have: Water chemistry
Nice to have: Fluid mechanics
Associate Electrical, Instrumentation & Controls Engineer - Water Technologies
Veolia Environmental Services · Posted Nov 10, 2026
Lead design and support of electrical, instrumentation, controls and programming for water treatment facilities, collaborating with cross‑functional teams and customers.
Compensation
$75,000 - $95,000 USD annually
Responsibilities
Read, interpret and comment on engineering documents, including P&IDs, GAs, process design guidelines, return of experience, and engineering best practices guides.
Perform required calculations and select the appropriate instrumentation for water treatment facilities as well as all supporting documentation (instrument lists, termination drawings, instrument datasheets, etc.).
Design the complete detailed electrical design for water treatment facilities (single line diagrams, load lists, I/O lists, network architectures, panel design and schematics).
Design the complete detailed process control documents (Control Philosophy, Control Logic & Sequence Charts) for plant operation, for assigned projects.
Perform FAT’s, CVT’s and Commissioning support as required.
Requirements
Bachelor Degree in Engineering or equivalent from an accredited University or College
Nice to have: hydraulics
Nice to have: water chemistry
Nice to have: fluid mechanics
Nice to have: basic technical knowledge in the field of industrial control systems
As the Advanced Performance Development Engineer, you will work in a global engineering team to improve the performance and emissions of gas engines using simulation and testing.
Compensation
Compensation Range: $83,840.00 - $125,760.00 per year (Varies depending on relevancy of experience, technical certifications, and other job-related criteria).
Responsibilities
Engineering work for gas engine development projects focusing on performance (power, efficiency, emissions, cost, transient behavior, etc.) and operating strategies.
Definition and execution of engine tests (single cylinder and multi-cylinder engines) concerning mixture preparation, gas exchange, combustion, turbocharging, etc. including interpretation and documentation of the results.
Definition of corresponding 1D simulation and co-simulation.
Create and improve internal development, validation, and calibration processes and strategies to increase speed, robustness, and efficiency of product release.
Support the technical direction to projects.
Requirements
Bachelor or Master of science in mechanical engineering or similar
Engineer to develop and validate tools that improve scientific instrument integration and data workflows at Virginia Tech’s Nanoscale Characterization and Fabrication Laboratory.
Compensation
$70,000-$82,267; commensurate with experience
Responsibilities
Develop and validate tools for scientific instrument integration
Improve data acquisition, monitoring, and workflow automation
Collaborate with faculty, students, vendors, and other facilities
Produce technical documentation and communicate with stakeholders
Manage technical work independently and coordinate multi‑team projects
Requirements
Associate's degree in instrumentation, engineering, physics, materials science, microscopy, computer science, or a related discipline
Bachelor's degree with equivalent relevant training and experience
Nice to have: dual‑beam focused ion beam/scanning electron microscopy (FIB/SEM)
Strategic Initiatives Analyst II- Hybrid w/in M&T footprintNewM&T Bank · Williamsville, US
Intern: Manufacturing Engineer (Summer 2027)NewAB Volvo (Volvo Group) · Hagerstown, US
Electronics Engineer IINewJPL/NASA · Pasadena, US
Associate Electrical, Instrumentation & Controls Engineer - Water TechnologiesNewVeolia Environmental Services · Bellevue, US
Advanced Performance Development EngineerNewINNIO · Waukesha, US
Instrumentation and Tool Process EngineerNewVirginia Tech · Blacksburg, US