Are you struggling to find the right manufacturing partner for your advanced park project? With so many factories boasting cutting-edge technology and speedy turnarounds, choosing the perfect fit can feel overwhelming. Picking the best supplier isn’t just about price—it’s about quality, reliability, and long-term value. Working with the top factories means fewer headaches, on-time deliveries, and products you’re proud to put your name on. Ready to discover the best options? Dive into our comparison to find your ideal manufacturing partner!

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Advanced Manufacturing Technology | National Park College

Product Details:
The Advanced Manufacturing Technology program provides training in modern manufacturing processes, including skills in CAD, CNC, robotics, programmable logic controllers, and industrial automation systems. The program prepares students for careers in advanced manufacturing environments.

Technical Parameters:
– Training includes computer-aided design (CAD) and computer numerical control
– Hands-on experience with robotics and programmable logic controllers (PLCs).
– Focus on industrial automation systems and quality control principles.
– Curriculum addresses safety, equipment operation, and system troubleshooting.

Application Scenarios:
– Working in manufacturing plants utilizing advanced automation technologies.
– Operating CNC machinery and robotic systems in production facilities.
– Implementing industrial automation and process control solutions.

Pros:
– Equips students with in-demand technical skills for modern manufacturing jobs.
– Hands-on training prepares graduates for immediate workforce entry.
– Covers a broad range of practical topics including automation, robotics, and

Cons:
– Program scope may be limited to manufacturing and related industries.
– Requires familiarity with technology and machinery, which may not suit all

Advanced Manufacturing Engineer Job at Eaton Aerospace in Orchard Park …

Genesee County Science, Tech and Advanced Manufacturing Park – CPL

Product Details:
Civil/Site Engineering services for the development of the 1,250-acre Science, Technology and Advanced Manufacturing Park (STAMP), which is designed to support high-capacity industries such as semiconductor, renewables, and biopharma manufacturing.

Technical Parameters:
– 1,250-acre mega site (STAMP)
– Ongoing project with a total estimated cost of $74 million
– Access to 100-percent renewable, reliable local hydropower (NYPA zone)
– Includes infrastructure for North America’s largest green hydrogen

Application Scenarios:
– Development of large-scale advanced manufacturing parks
– Supporting semiconductor, renewable energy, and biopharma manufacturing
– Establishing high-capacity utility and infrastructure setups for industrial
– Providing site engineering for large anchor tenants such as green hydrogen

Pros:
– Supports high-capacity, advanced technology industries with robust
– Provides access to NYPA’s low-cost, 100% renewable hydropower for tenants
– Expected to stimulate significant regional employment growth (9,000 on-site
– Well-connected location in New York’s high-tech corridor, attracting a highly

Cons:
– Project is ongoing, so full realization of benefits and infrastructure is still
– Potential need for additional commercial and residential development to support

$77k-$150k Advanced Manufacturing Jobs (NOW HIRING) May 2025 – ZipRecruiter

Advanced Manufacturing – TSTC

Product Details:
TSTC offers Advanced Manufacturing Technology programs—including an Associate of Applied Science degree and a Certificate of Completion—focused on industrial maintenance and manufacturing operations. Programs cover programmable logic control (PLC) programming, electrical design and repair, hydraulics and pneumatics, welding, pipefitting, and maintenance of equipment like compressors and pumps. Programs are in-person or hybrid, offered at multiple Texas campus locations, with night classes available at select campuses.

Technical Parameters:
– AAS Associate of Applied Science: 16 months, hybrid format, estimated cost $16
– Certificate of Completion (CER2): 16 months, hybrid format, estimated cost $12
– Curriculum includes PLC programming and installation, electrical systems,
– Programs offered at various Texas campuses with night class options in Marshall

Application Scenarios:
– Industrial facility operations and maintenance
– Manufacturing plant system troubleshooting and repair
– Careers requiring mechanical and electrical systems expertise
– Workforce-ready positions in advanced manufacturing sectors

Pros:
– Comprehensive hybrid curriculum blending mechanical, electrical, and
– Industry partnerships and internship opportunities for real-world experience
– Multiple campus locations and night classes provide flexible study options
– Prepares graduates for in-demand, well-paying jobs immediately upon completion

Cons:
– Programs primarily offered in-person or hybrid, limiting options for fully
– Cost may be a consideration for some students ($12,150–$16,200)
– Program duration is 16 months, which may be long for those seeking faster

New Kensington Advanced Manufacturing Park – Re:Build Manufacturing

Advanced Manufacturing Career Map

Product Details:
The Advanced Manufacturing Career Map is an interactive platform that provides information about a wide range of advanced manufacturing job roles at various career levels (Entry, Mid, Senior), including descriptions, typical salaries, educational requirements, and pathways within the industry.

Technical Parameters:
– Job role and salary ranges (e.g., $35,000 – $300,000 per year)
– Educational requirements (primarily college degree or equivalent required)
– Categorization by functional domains: Research & Innovation, Design &
– Interactive map functionality for exploring and comparing career paths

Application Scenarios:
– Career exploration for students or professionals interested in advanced
– Human resources or workforce planning to define roles and typical compensation
– Guidance for upskilling or mapping out career progression in the manufacturing

Pros:
– Comprehensive overview of career opportunities and progression in advanced
– Detailed salary bands and educational requirements provided for each role
– Interactive interface supports personalized exploration and comparison of

Cons:
– No specific details on manufacturing products or proprietary technical specs
– No direct information on hands-on training programs or certification
– Usability focused on career information rather than detailed company

Plug Power Inc. | Plug Power to Build North America’s Largest Green …

Product Details:
Plug Power provides comprehensive hydrogen fuel cell turnkey solutions, including the production and supply of green liquid hydrogen, deployment of fuel cell systems for e-mobility, and the Vertically-integrated GenKey solution covering hydrogen production, fueling, and service for customers.

Technical Parameters:
– Production plant produces 45 metric tons of green liquid hydrogen daily
– Utilizes 120 MW of PEM electrolyzers powered by clean hydropower
– Aims to supply 500 tons/day of green hydrogen by 2025 and 1,000 tons/day
– 450 MW electrical substation to service the production site

Application Scenarios:
– Supplying hydrogen for transportation fuel (fuel cell vehicles, freight
– E-mobility applications (material handling, industrial vehicles)
– Expansion into zero-emission on-road vehicles, robotics, and data centers

Pros:
– Produces green hydrogen using renewable hydropower, supporting decarbonization
– Enables fast fueling and operational efficiency gains compared to traditional
– Integrated solutions offer lower operational costs for end customers
– Contributes to job creation and local economic development

Cons:
– Requires significant capital investment upfront ($290 million for the NY
– Hydrogen infrastructure and supply network currently under expansion, possibly

Comparison Table

Frequently Asked Questions (FAQs)

How do I find advanced manufacturing parks or factories near me?
Start by searching online directories, business park listings, and local economic development websites. Networking at industry events and connecting with local chambers of commerce can also help you discover nearby manufacturing parks and factories.

What should I look for in a supplier at an advanced manufacturing park?
Focus on their quality certifications, production capabilities, technological expertise, and lead times. It’s also helpful to review customer feedback and ensure the supplier aligns with your budget and business needs.

How can I verify the reliability of a manufacturer or factory?
Request references from their previous clients, tour the facility if possible, and check for industry certifications such as ISO. Also, review their years in business and ability to meet deadlines consistently.

What questions should I ask when contacting a potential supplier?
Ask about their minimum order quantities, production capacity, turnaround times, pricing structure, and any customization options available. Inquire about quality control processes and after-sales support as well.

Are there benefits to choosing a manufacturer within an advanced manufacturing park?
Yes! Manufacturers in these parks often have access to cutting-edge technology, a skilled workforce, and efficient logistics, which can lead to better quality and faster production. Plus, clustering often drives innovation and cost-competitiveness.