Total 306 Manufacturing / Production job vacancies in New York, New York

The Boiler Plant Operator uses manual and automatic controls to operate the Boiler Plant in the Operations Section of Facilities Management Service at the Lyons Campus. Performs all duties required to maintain the safe and efficient operation of a high-pressure steam boiler plant and performs all preventive maintenance duties, adjustments and corrective actions as required and necessary.

The Boiler Plant Operator performs all duties required to maintain the safe and efficient operation of a 3500-horsepower high-pressure steam boiler plant, operating steam pressure of boilers between 100 and 135 psi, consisting of five (5) 700-HP fire tube boilers (with economizers) automatic and. manually fired combination oil and natural gas burning. The total capacity is 120, 750 lbs. /hr. with an average output of 40,000 to 45,000 lbs. /hr.

The Incumbent performs all preventive maintenance duties, adjustments and corrective actions as required and necessary. The incumbent operates the feed water system, the steam system, domestic water, natural gas, fuel oil, and local control panels at each individual boiler and the main control panel with plant and boiler master controls along with all associated transmitters and recorders. The Incumbent operates systems and related components. Operations of the feedwater system consists of backflow preventers, water softeners, make-up tank, transfer pumps, a 100,000 lbs./hr. Deaerating Feedwater Heater and feed water pumps. The domestic water system includes a plant water softening system. The chemical feed system includes batch tanks, chemical storage tanks and chemical feed pumps. The natural gas system includes the main gas meter and regulator, solenoid operated cut-out valve, emergency cut-off switches, high and low gas pressure switches, filters, pressure regulators, pilots, solenoid valves, vents, and propane back-up pilot system. But are not limited to:

• Knowledge of principles and methods of operating high-pressure oil and gas-fired boilers and of the methods employed in determining and obtaining efficient combustion.
• Knowledge and ability to perform combustion and efficiency calculations.
• Knowledge to adjust firing rates for best combustion, efficiency and steam production.
• Skills to determine necessary settings and to adjust controls of generating equipment for desired operating conditions and synchronization of equipment with the system.
• Ability to read and interpret precision recording instruments, including valves, piping equipment, gauges, dials, controls, relays, switches and trips, and to record information noted.
• Skill in reading flow meters and charts to determine how much steam is being produced and whether it is meeting demands, how much fuel is being used, and how much water is being evaporated.
• Skills to interpret readings from charts and meters to determine whether to increase or lower fire in boiler, whether to start or stop boiler feed pumps, and to determine how long these are to operate.
• Ability to determine the type and amount of chemicals that need to be added to boilers for treatment of boiler water in order to control corrosion and scale formation.
• Has skill and knowledge to operate hand and power tools; Uses electrical tools, tools of the trade such as pipe wrenches, tap and die, hammer, drills, power equipment, pick and shovel, portable pumps and grease guns.
• Ability to understand and execute written and oral instructions and relay instructions to follow-on shifts
• Ability to communicate effectively with supervisor, other operators and plant personnel.

Our client is a top-tier global pharmaceutical powerhouse, committed to pushing the boundaries of medical innovation and delivering breakthrough treatments to patients worldwide. Be a part of a mission to transform healthcare and make an impact on patients' lives.

As the Senior Production Engineer, you'll be at the forefront of R&D manufacturing operations.

Your Role:

• Manage R&D manufacturing operations and be a technical expert in the process.
• Refine manufacturing techniques, lead method validation projects, and be the go-to expert for training operators on Standard Operating Procedures (SOPs).
• Documenting crucial process safety and risk assessments, maintaining the highest standards of excellence.

Requirements:

• Background in a regulated manufacturing environment (pharmaceutical or biotechnology preferred).
• Master's or PhD in Chemistry, Chemical Engineering, or Pharmaceutical Sciences.
• 5+ years of hands-on experience in formulation development.
• In-depth understanding of GMP, process development, validation, and pharmaceutical quality systems.
• Proven track record in pharmaceutical formulation development and technology transfer.

If you are interested, please apply with your CV attached.

Fabrica AI is reinventing how robots are developed. Currently novel robots take 5-20 years. We are building a design automation platform to bring it down to a month, and have already demonstrated significant progress by developing tile grouting robots in record time. Robotics simulation and reinforcement learning has been advancing a lot making it 1000x cheaper to train robots compared to 5 years ago, and as Jensen Huang said at Nvidia GTC 2024, "the ChatGPT moment for robotics may be just around the corner." A couple other companies are building on the same paradigm shift but we are the only ones using it to automate hardware design, not just software.

Building robots and a design automation platform together brings great synergy - the platform helps us develop robots faster than anyone else and the robots allow us to gather data and do experiments at scale. Data gathering can be done through partnerships with other robotics companies, but doing experiments is crucial for grounding the platform in reality and ensuring its usefulness. The grouting robots are already deploying daily at construction sites and bringing value to clients. We are currently negotiating sales worth around 500k USD. With manufacturing cost multiple times lower than companies using a traditional robotic arm, our robots have an ROI in weeks. Our robot is also small and simple to use, operating from a single button without the need to upload floorplans or do any complex setup. Soon we would be expanding into other simple and valuable robots for the construction industry.

We’ve raised over 2.5m USD from Hoxton Ventures, Credo Ventures, our Professor from Cambridge University, Woh Hup, and the owner of BHCC (listed construction company). We’ve 2500sqft of space in Singapore where we have over 20 team members, and 1200sqft of space in Czechia where we have our software team.

Jakub Suchanek (CEO) has an engineering degree from the University of Cambridge and experience working on self-driving cars at Wayve and machine learning at Granta Innovation and Wacker. He is a worldwide winner of NASA SpaceApps and has won bronze medals in International Olympiads in Informatics and Physics.

Ronald Luc (CTO) earned a degree in Math and Computer Science from Masaryk University, where he was a teaching assistant, and supervised several deep learning theses. He has years of industry experience in both machine learning and self driving cars. With Jakub he won TechFest Munich, one of the EU’s top hackathons; and represented Czechia at the International Olympiad in Informatics.

Keefe Wayne Teo (COO & CFO), a University of Cambridge engineering graduate, served as president of Hackbridge.io, promoting entrepreneurship in tech. He has 100+ citations in research journals and four papers on sustainable energy. He previously worked at Entrepreneur First and has business development experience from other companies.

Website: https://www.fabrica.ai/ (and various press releases, awards, etc.)
Latest Grouting Robot Demo: https://www.youtube.com/watch?v=AVWjmaMuYM0

Fabricator videos

https://www.youtube.com/watch?v=4aoQ4QaEOPQ

https://www.youtube.com/watch?v=xnENP7zWzEM

https://youtu.be/qXpkFeEidac

https://www.youtube.com/watch?v=5SBiEBLMQ9k

Your internship would revolve around bringing our robot to market. You may be remunerated with a combination of salary and share options. This internship requires a candidate to have both an engineering background and a reasonable business acumen. Great communications skills are required as we work with many external contract manufacturers.

1. Pushing our product to pilot production (design for manufacturing, design for reliability, design for user-friendliness)
2. Connecting manufacturers and our R&D team to build and iterate on our prototype, creating new avenues for manufacturing at scale, manufacturing for reliability
3. Sourcing for and testing appropriate equipment and materials for R&D
4. Visiting industry trial sites, giving appropriate feedback to product development team
5. Speaking to industry players, ground workers, understanding the process of tile grouting to help us shape our solution, especially from an operational point of view
6. Hiring, recruitment, and outreach
7. Any other operational duties

A great candidate would possess the following:

• Value the direct impact on the product and proximity to clients at a startup and the growth potential of a startup
• Willing to work without a very well defined job scope and willing to adapt to changes week on week
• Ability to think of metrics to measure progress and deciding based on back of the envelope calculations
• Keenness to do more than is expected, impact driven
• Growth mindset driven

Our development process is very iterative and agile. Thus, there would not be a concrete plan more than 2 weeks ahead and your role/tasks is/are likely to evolve over time. Besides, a lot of testing has to be done on a construction site. If you like this process, you’d be a good fit for us. You would thus play a significant part in deciding how your work would contribute to our overall goals. Please email your resume to careers@fabrica.ai if you are interested. Thank you

Responsibilities

· Responsible for creation/ modification/ improvement of work instructions based on feedback from stakeholder(s).

· Responsible for building on medical robot/ controller unit/ cart.

· Ensure production quality and consistency.

· Provide feedback to development team on product improvement base on production flow.

· Maintain production documents.

· Analyze production process and propose production improvement plan.

· Troubleshoot production discrepancy/ variance.

· Conduct in-process verification on modular and system level.

· Program controller units

Competency Requirements

· Responsible for creation/ modification/ improvement of work instructions based on feedback from stakeholder(s).

· Responsible for building on medical robot/ controller unit/ cart.

· Ensure production quality and consistency.

· Provide feedback to development team on product improvement base on production flow.

· Maintain production documents.

· Analyze production process and propose production improvement plan.

· Troubleshoot production discrepancy/ variance.

· Conduct in-process verification on modular and system level.

· Program controller units

Overall Job Purpose

Lead or assist a team in the development and building of CMMS databases for new or existing projects, provide support to the team(s) to ensure contractual/specification functionality and business objectives are achieved.

Take part in other activities assigned or designated by the manager relating to the current role.

Core Responsibilities

• Execution of the delivery for the CMMS Database build as per planned schedule and milestones.
• Lead and oversee work execution of a CMMS database build or data mining/gathering activity for use with a CMMS.
  Vetting on the quality of final data to be included in the CMMS build as per project specification.
• Coordination of data information requirement with EPCI group, project managers and client. Serves as the main point of contact on CMMS database project and/or remediation work.
• Identifying maintainable equipment/items to be marked for the CMMS from various sources.
• Meet with project groups in relation to data acquisition and delivery to the build team.
• Provide monthly reports on the status of assigned CMMS database build project.
• Guides and ensures database build team members follow project specification standards.
• Ensure CMMS database handover acceptance as per agreed specifications and functionality with client.
• Implementation of CMMS database remediation projects as per agreed work scope.
• Support and assist in implementation of change requests in the CMMS for the company’s internal operating assets when requested.
• To manage and update project schedules and progress diligently.
• To give feedback and suggest improvements to current CMMS database build or data mining/gathering processes.
• Ensure constant communication flow to the Information Management team and individuals involved in the project.

Educational Qualification:

• Preferable with a 4-year Bachelor Diploma in Marine or Mechanical or Electrical engineering.

Relevant Work Experience (Mandatory):

• At least 1.5 years working on CMMS plant maintenance database or from a marine vessel or onshore plant maintenance related background.
• Exposure to onshore production plant or Marine or Oil and Gas industry.
• User and operating knowledge to at least one Computerized Maintenance Management System (CMMS). E.g., SAP-PM, Maximo, NSE, AMOS, TM Master, Star Systems, etc.
• Practical exposure to data acquisition and manipulation to facilitate a secure, complete, and accurate data gathering and processing.
• Identifying tags, boundary mark ups, location and its boundaries from P&ID’s and other source materials. ***
• Able to identify maintainable equipment from tags and P&ID’s. ***

*** Mandatory requirement

Desirable Traits:

• Experience in being a member of or acted as a lead in a CMMS database building project.
• Working knowledge in reliability and maintenance analysis methodologies.
• General working knowledge on planned maintenance and project engineering specific to the oil and gas and/or marine industry.
• Familiarity with sea going vessel or onshore plant equipment and maintenance.
• Familiarity with industry standards such as ISO 9001 / 14001 / 14224.
• Strong analytical and evaluation capability.
• Excellent people management skills. Able to lead and motivate team members.
• Self-motivated with a strong drive to innovate and propose processes that will enhance work output.
• Excellent report writing and presentation skills.

Certifications:

• CMMS user training certification.

Computer Software:

• Advance Microsoft Excel operation and manipulation.
• Microsoft Office Suite operations.
• Knowledge in effective use of Microsoft Project for scheduling and planning.
• Good to have but not mandatory: Knowledge in Structured Query Language (SQL) / Python scripting / Visual Basic for Applications (VBA).

Ref ID: JT

Job Description

Assembly of components with mechanical fasteners, apply epoxy etc.

Job Requirements

With work experience in assembly of mechanical parts/components, with a delicate and steady pair of hands, and most importantly good eyesight.

Education level: ‘N’-Level, NITEC Certificate with technical background.

Open to Singaporeans only.

The working hours are as follows:

Mondays to Thursdays: 8.30am to 6.00pm

Fridays: 8.30am to 5.30pm

Meal Breaks: 1 hour

The basic monthly salary will commensurate with the shortlisted candidate’s work experience, negotiable.

Duties include but are not limited to:

• Major duties and responsibilities include but are not limited to:
• Responsible for the overall machine production in the Textile Care Processing facility (TCPF), ensuring quality and quantity of work performed meets established standards.
• Shifts available staff through work stations to meet the varying daily workload demands in production.
• Work assignments consist of soiled sorting, washing, drying, conditioning, rough dry folding, flatwork processing, uniform processing, patient personal processing, linen distribution, and the operation of all laundry machinery and equipment associated with the assigned tasks.
• Leads three (23) Operators, one(1)Sewing Machine Operator, and at least thirteen(913) Laundry Workers.
• Makes routine decisions, demonstrates proper techniques and safe practices to TCPF staff, and answers staffs' questions regarding policies, procedures and machinery/equipment operation.
• Monitors work while in progress to ensure production needs are met and proper procedures, rules and regulations are being followed.
• Confers with the TCPF Supervisor/Manager daily.to determine priorities and reports any TCPF discrepancies, malfunctions, shutdowns and concerns to the TCPF Supervisor/Manager. Incumbent assumes control of the TCPF in the absence of the Supervisor/Manager.
• Performs other duties as assigned.

• Represent management as the direct interface between Wheeler-Sack Army Airfield, the Army Field Support Battalion, and the Defense Logistics Agency representatives for all matters concerning petroleum supply and distribution requirements.
• Operate and maintain a complete mechanical fuels distribution system to include the airfield's Oasis aircraft hot refueling point.
• Verify the daily physical inventory from eight refuel tankers and five above ground storage tanks by means of tapes, bob, and petroleum detecting paste to determine the quantity of fuel on hand.
• Responsible for requesting the ordering of bulk F-24, when needed, to maintain mission readiness for Department of Defense aircraft.
• Direct the receipt and transfer of F-24 from commercial tank trucks to storage tank.
• Serves as an Airfield Hazardous Materials Representative for Waste and Contaminated Petroleum, Oils, and Lubricant with Fort Drum on hazardous materials issues.
• Operates aircraft de-icing equipment consisting of a 66,000 pounds gross vehicle weight (GVW) hi-reach with a 78-foot-high boom and a mobile high lift vehicle with a 120-foot-high boom with open bucket for large, fixed wing aircraft.

• Operate one or more conventional or computer numerical control (CNC) machines to perform a specific machining operation in the machining of castings, forgings, or other raw stocks made of various metals, metal alloys, and other materials.
• On a conventional machine, control the machine feeds and speeds, change, and use different cutting tools for successive operations, and make minor changes in machine settings to maintain sizes or shape of the work piece.
• On a CNC machine, operate in the automatic mode utilizing the feeds and speeds programmed.
• Make minor adjustments and compensations for tool and work piece size differences, as well as tool changes.
• Ensure that dimensions meet those prescribed by blueprints, sketches, or other instructions using standard measuring instruments.