S

SyBridge Technologies

High-precision parts production and prototyping

Scheduler - Operations Department

Full-Time
No salary listed
Mid
Lakeshore, ON, Canada
In Person
Operations & LogisticsProduction Planning & Scheduling

About the job

Requirements
  • A college diploma, certification, skilled-trades background, or equivalent experience in mold manufacturing, production planning, operations, engineering, machining, or a related field is required.
  • Previous experience in production scheduling, manufacturing planning, program coordination, or project scheduling within a mold, tool and die, machining, or custom manufacturing environment is required.
  • Strong understanding of plastic injection mold manufacturing processes and the sequence of work required to complete a mold build is required.
  • Familiarity with CNC machining, gun drilling, electrical discharge machining, grinding, welding, polishing, benching, assembly, spotting, and mold tryout processes is required.
  • Ability to understand manufacturing routings, bills of material, work orders, engineering drawings, mold designs, and project schedules is required.
  • Experience using enterprise resource planning, materials requirement planning, production scheduling, or manufacturing management systems is required.
  • Strong understanding of capacity planning, resource allocation, critical-path scheduling, and production dependencies is required.
  • Strong attention to detail and analytical skills are required.
  • Excellent organizational, planning, and time-management skills are required.
  • Ability to manage multiple mold programs, competing priorities, and tight customer deadlines is required.
  • Strong problem-solving skills and the ability to respond effectively to production delays and changing project requirements are required.
  • Strong written and verbal communication skills are required.
  • Ability to build positive working relationships with production teams, program managers, engineering, purchasing, quality, and other internal customers is required.
  • Ability to interpret instructions furnished in written, oral, diagram, drawing, or schedule form is required.
  • Ability to work independently while contributing effectively within a collaborative team environment is required.
  • Computer proficiency in Microsoft Office applications, including Word, Outlook, and Excel, is required.
  • Successful applicants are required to complete a background check.
Responsibilities
  • Develop, maintain, and update detailed production schedules for plastic injection mold manufacturing projects.
  • Plan and sequence work through design, engineering release, material procurement, rough machining, semi-finish machining, finish machining, gun drilling, electrical discharge machining, benching, assembly, spotting, tryout, corrections, and shipment.
  • Review project timelines, customer delivery dates, manufacturing capacity, labor availability, material readiness, and machine requirements when developing schedules.
  • Coordinate scheduling priorities across machining, electrical discharge machining, gun drilling, grinding, welding, polishing, benching, assembly, and tryout departments.
  • Work with program management, engineering, production leadership, purchasing, quality, and subcontractors to confirm project requirements and milestone dates.
  • Monitor mold progress against planned schedules and follow up with department leaders regarding delays, incomplete work, quality concerns, or changing priorities.
  • Identify potential bottlenecks, capacity limitations, resource conflicts, and delivery risks before they affect project timelines.
  • Adjust schedules based on engineering changes, customer revisions, material delays, machine downtime, staffing levels, quality issues, tryout results, or other operational conditions.
  • Communicate schedule changes, priority shifts, critical-path concerns, and delivery risks to relevant stakeholders in a timely manner.
  • Participate in daily production meetings and provide updates regarding mold status, departmental workloads, upcoming priorities, and at-risk milestones.
  • Review work orders, mold designs, bills of material, manufacturing routings, program schedules, and technical documentation to confirm scope, sequencing, and timing requirements.
  • Maintain project schedules and manufacturing progress accurately within the company’s enterprise resource planning, scheduling, or production management systems.
  • Track project and scheduling metrics, including schedule adherence, departmental performance, machine capacity, project milestone completion, and on-time delivery.
  • Coordinate with purchasing and materials teams to confirm mold bases, steel, components, hot runner systems, purchased items, and subcontracted services are available when required.
  • Support capacity planning by reviewing current and upcoming workloads across departments, machines, and skilled trades.
  • Work with production leaders to balance workloads and determine the most effective allocation of employees, machines, and external resources.
  • Coordinate subcontracted machining, heat treatment, coating, texturing, polishing, welding, and other external processes to align with internal production schedules.
  • Monitor tryout dates, correction work, customer approvals, and final shipment requirements to ensure downstream activities remain aligned.
  • Identify scheduling inefficiencies and recommend improvements to production flow, departmental handoffs, resource allocation, and project visibility.
  • Maintain accurate scheduling records, production reports, milestone trackers, and supporting documentation.
  • Escalate significant scheduling conflicts, capacity limitations, missed milestones, and customer delivery risks to the appropriate manager.
  • Support continuous improvement initiatives related to mold flow, lead-time reduction, schedule accuracy, capacity utilization, and on-time delivery.
  • Perform other duties and responsibilities as assigned.
Desired Qualifications
  • Knowledge of mold components, mold bases, cores, cavities, lifters, slides, inserts, electrodes, hot runner systems, and related tooling is preferred.
  • Advanced Microsoft Excel skills and experience with scheduling software are considered assets.

About the company

SyBridge Technologies provides high-precision production parts and on-demand prototyping manufacturing, using advanced digital technologies to design, tool, engineer, and produce parts for global brands. Its core offering is tailored manufacturing solutions that accelerate product development from concept to creation, combining tooling, engineering, and design with continuous improvement and lean principles. The company operates through a global platform and follows the SyBridge Business System to optimize processes and enhance services. Compared with competitors, it differentiates itself by integrating end-to-end capabilities (tooling, engineering, design) with a standardized improvement framework and a global manufacturing network, delivering customized, scalable solutions. The goal is to help clients bring products to market faster with high-quality, precisely engineered parts and rapid prototyping.

Company Size

201-500

Company Stage

Seed

Total Funding

$7.3M

Headquarters

Rancho Cucamonga, California

Founded

2019

Get referred to SyBridge Technologies

See people who can refer or advise you

Simplify Jobs

Simplify's Take

What believers are saying

  • April 14, 2025 Carbon expansion doubled Chicago DLS space for reshoring demand.
  • June 11, 2024 SyBridge Studio strengthens Onshape workflow lock-in and cross-sell.
  • 2026 Fitchburg postings for mold makers and engineers signal active hiring.

What critics are saying

  • Crestview-backed acquisitions, including Galway Tool in October 2024, create integration drag.
  • Private equity ownership pressures SyBridge toward an exit before 2027.
  • Carbon dependence threatens SyBridge's digital manufacturing thesis if DLS volumes stall.

What makes SyBridge Technologies unique

  • SyBridge spans 18 locations across North America, Europe, and Asia.
  • Carbon partnership since 2017 produced almost 2 million DLS parts.
  • ISO 13485 facilities and SyBridge Studio blend regulated tooling with software.

Help us improve and share your feedback! Did you find this helpful?

Benefits

401(k) Retirement Plan

Professional Development Budget

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

1%

2 year growth

1%
Securities.io
Jan 22nd, 2025
Move Over Kevlar, A Lighter, Stronger Variant Is Here

Ultra-Strong Plastic PolymersWhen studying ultra-resistant materials, the conversation often veers toward hard metals, from ordinary iron to more exotic titanium, tungsten, or rhenium (follow the link for a dedicated investment report for each).But this is not the only form of ultra-strong material. Another option is to use strong polymers, especially for applications where weight and flexibility are important as well, not just pure hardness and high melting point.One such well-known material is Kevlar. The DuPont (DD -0.41%) owned material is most famous for its use in bulletproof vests and is also used for ropes, industrial and emergency protective equipment, aerospace, fiber optics, and even outdoor consumer products.The secret to Kevlar strength is a dense mesh of molecular bonds on a tight 2D plane, including hydrogen bonds and many aromatic rings (hexagons made of carbons), somewhat similar to natural silk, except even stronger.There is however no physics rule saying that Kevlar is the strongest polymer material. An even stronger alternative has been discovered by researchers at Duke University, Cornell University, and Northwestern University.They released their results in the prestigious publication Science under the title “Mechanically interlocked two-dimensional polymers”1.A New Type Of Polymer ChainmailKevlar derives its strength from molecular bonds in a 2D plane. But generally, the strongest materials tend to have a more complex 3D structure.For example, chainmail as a whole is much stronger than the individual rings forming it. And this is the design that the researchers looked to imitate, but with polymers and at the molecular level.The idea was to create an ultra-thin mechanically interlocked material.Inventing A New Manufacturing MethodIn itself, the interlocking bond idea is not new, but it was never produced reliably or at scale until now. The problem was that creating this mechanical (and not chemical) interlocking was very difficult

TenLinks
Jun 11th, 2024
SyBridge Studio Available on PTC Onshape App Store

ITASCA, IL, June 11, 2024 - SyBridge Technologies, a global leader in design and manufacturing solutions, announced the launch of SyBridge Studio, a state-of-the-art manufacturing insights application, now available on the PTC Onshape App Store.

PR Newswire
Feb 1st, 2024
Sybridge Technologies To Participate In Mdm West

SyBridge showcasing seamless support across product lifecycle stages & next-generation technology for tomorrow's innovations at MD&M WestVP of Innovation, Research & Development, Dr. Charlie Wood to introduce keynote panelto introduce keynote panel Company to demonstrate best in class products at booth #3943ITASCA, Ill., Feb. 1, 2024 /PRNewswire/ -- SyBridge Technologies, a global leader in design, tooling, and manufacturing, today announced that they will be participating at MD&M West to showcase its unparalleled ability to support every stage of the medical device lifecycle, from concept to product launch. Notably, SyBridge VP of Innovation, Research & Development Dr. Charlie Wood will be introducing the MD&M West keynote panel with a focus on Terrestrial Innovations in Quality Assurance for Space-Age Product."We're pleased to join so many extraordinary companies who continue to advance manufacturing excellence. MD&M West is the perfect stage to highlight how SyBridge is not just shaping the present, but propelling the industry towards a more efficient, innovative, and limitless future," says Dr

PR Newswire
Feb 14th, 2023
SYBRIDGE TECHNOLOGIES ACQUIRES CAVAFORM, INC.

/PRNewswire/ -- SyBridge Technologies ("SyBridge"), a company dedicated to providing value-added design and manufacturing solutions across multiple industries,...

MANavigator
Feb 14th, 2023
M & A Navigator

US-based design and manufacturing solutions provider SyBridge Technologies has acquired tight tolerance precision tooling and molding specialist Cavaform, Inc, the company said.