# Job Shop ERP Fit Assessment: Score Your System for High-Mix, Low-Volume Work > Source: https://netray.co/tools/job-shop-erp-fit-assessment > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: Free Tools ## Short answer Score how well your ERP handles high-mix, low-volume and make-to-order manufacturing across quoting, one-off routings, WIP visibility, subcontract tracking, and job-level cost variance. ## Category erp-migration ## Tool **Kind:** assessment **Questions:** #### How are customer quotes and estimates produced? **Help:** In a job shop the quote is the cost model. If estimating happens outside the system, actual-versus-estimate analysis is impossible and pricing drifts on gut feel. **Options:** ##### Spreadsheets maintained by one or two estimators with no shared history **Score:** 0 ##### A standard spreadsheet template, with results keyed into ERP if the job is won **Score:** 1 ##### ERP estimating module used for most quotes but historical actuals are not fed back **Score:** 2 ##### ERP estimating with reuse of similar past jobs and automatic comparison to realized cost **Score:** 3 #### What happens when a quote becomes an order? **Options:** ##### Everything is rekeyed - order, BOM, and routing are created from scratch **Score:** 0 ##### The order is created from the quote but BOM and routing are built manually **Score:** 1 ##### Quote converts to job with BOM and routing carried over, requiring cleanup **Score:** 2 ##### One-click conversion carrying estimate, BOM, routing, and cost baseline into the job **Score:** 3 #### How long does it take to create a BOM and routing for a brand new one-off part? **Options:** ##### Hours per part, which is why many jobs run without a real routing **Score:** 0 ##### About an hour using copy-and-modify from a similar part **Score:** 1 ##### Fifteen to thirty minutes using templates and standard operation libraries **Score:** 2 ##### Minutes, with configurable templates, operation libraries, and CAD or ECAD data import **Score:** 3 #### How are engineering changes handled on jobs already in production? **Options:** ##### Verbally, with paperwork updated later or not at all **Score:** 0 ##### A change form is issued and someone manually adjusts the open job **Score:** 1 ##### ERP supports job-level changes but cost impact is not tracked separately **Score:** 2 ##### Controlled job changes with revision history and isolated cost impact for customer billing **Score:** 3 #### Can anyone see the real-time status and location of every open job? **Options:** ##### No - status requires walking the floor or calling the lead **Score:** 0 ##### A whiteboard or spreadsheet updated once a day **Score:** 1 ##### ERP shows operation status but the data lags by a shift **Score:** 2 ##### Live job status by operation, visible to customer service without asking production **Score:** 3 #### How is the shop schedule produced and communicated? **Help:** High-mix shops with shared constraint machines cannot execute an infinite-capacity MRP plan; the sequence has to respect real setup and machine availability. **Options:** ##### Verbal priorities set daily by the shop supervisor **Score:** 0 ##### A due-date-sorted list from ERP that the supervisor reorders by hand **Score:** 1 ##### Finite scheduling used for the bottleneck work centers only **Score:** 2 ##### Plant-wide finite capacity scheduling with dispatch lists at each work center **Score:** 3 #### How is outside processing and subcontract work tracked? **Options:** ##### Parts leave on a packing slip and reappear - nothing is tracked in the system **Score:** 0 ##### A spreadsheet tracks what is out and expected back **Score:** 1 ##### ERP purchase orders cover the service but WIP location and aging are manual **Score:** 2 ##### Subcontract operations in the routing with WIP visibility, aging alerts, and cost absorption **Score:** 3 #### Can you compare actual to estimated cost by job, by operation? **Options:** ##### No job-level cost comparison is available **Score:** 0 ##### Total job cost is compared to the quote after the job closes **Score:** 1 ##### Operation-level variance is available but only after job close **Score:** 2 ##### Live operation-level variance during the job, with alerts when a job trends over estimate **Score:** 3 #### How are labor and material transactions captured on the floor? **Options:** ##### Paper time tickets keyed into the system days later **Score:** 0 ##### Paper collected daily and entered by an administrator **Score:** 1 ##### Shop floor terminals used for clock-in and out but material issue is still manual **Score:** 2 ##### Barcode or terminal capture of labor, material, and quantities in real time at the work center **Score:** 3 #### How are rework, scrap, and re-runs handled on open jobs? **Options:** ##### Rework is absorbed invisibly - nobody knows what it costs **Score:** 0 ##### Rework hours are logged to the job but not separated from original work **Score:** 1 ##### Rework is tracked as a separate operation but root cause is not captured **Score:** 2 ##### Rework and scrap tracked with reason codes, cost isolated, and trends reported by part and work center **Score:** 3 **Bands:** #### Poor fit - the shop runs on tribal knowledge, not the system **Min:** 0 **Max:** 39 **Verdict:** Your ERP is being used as an order entry and invoicing tool while the actual manufacturing knowledge lives in spreadsheets and in a few experienced heads. That model can be profitable but it does not scale, it cannot be audited, and it fails badly when a key person leaves. The good news is that job shops usually see fast returns from a narrow set of changes. **Recommendations:** - Move estimating into the system first so quotes build a reusable cost history instead of dying in spreadsheets. - Build an operation library and routing templates so creating a one-off routing takes minutes rather than hours. - Introduce shop floor data collection at the work center so labor and material land in the job the same shift. - Track subcontract operations as routing steps so outside work stops disappearing from WIP visibility. - Measure one month of rework hours honestly - it is usually the largest hidden cost in a high-mix shop. #### Partial fit - good bones, missing the feedback loop **Min:** 40 **Max:** 59 **Verdict:** Core order and job transactions run in the system but the loop from estimate to actual to better estimate is broken. Without that feedback, quoting accuracy stalls and margin erosion is only discovered after the job closes. Closing the loop is usually a configuration and discipline problem rather than a software replacement. **Recommendations:** - Feed realized job costs back into the estimating module so quotes improve with every completed job. - Move variance reporting from post-close to live, with alerts when a job trends over estimate mid-run. - Extend finite scheduling beyond the bottleneck so the whole plant works from one dispatch sequence. - Add reason codes to scrap and rework so the cost has a name and an owner. - Give customer service direct read access to live job status to stop production interruptions for status calls. #### Good fit - optimize speed and margin visibility **Min:** 60 **Max:** 79 **Verdict:** Your system genuinely supports high-mix work and the data needed to manage margin is being captured. The remaining opportunity is in speed of response - how fast you can quote, how fast you can replan when a hot job arrives, and how early you see a job going over. These are the levers that let a job shop take on more work without adding overhead. **Recommendations:** - Automate estimate generation for repeat and similar-to families so quote turnaround becomes a competitive advantage. - Use live variance alerts to intervene during the job rather than explaining the loss after close. - Add setup-aware sequencing to reduce changeover time on shared constraint machines. - Report rework and scrap trends by part family and work center to target improvement where it pays. - Review estimating accuracy quarterly by part family and adjust standards rather than padding every quote. #### Strong fit - leverage your data for pricing power **Min:** 80 **Max:** 100 **Verdict:** Your system captures what actually happens on the floor and connects it back to what you quoted, which is rare in high-mix manufacturing. The opportunity now is commercial: using accurate cost history to price aggressively where you have an advantage and to walk away from work that has historically lost money. Protect this by keeping estimating discipline as the shop grows. **Recommendations:** - Analyze historical margin by customer, part family, and process to identify which work you should be pursuing. - Use predictive estimating on similar-to jobs to cut quote turnaround while holding accuracy. - Apply on-prem AI to routing and setup data to suggest sequencing that reduces total changeover time. - Instrument quote win rate against margin so pricing decisions are informed by both. - Keep the operation library curated as a governed asset - drift here quietly degrades every future estimate. ## Content **Intro:** This free assessment scores how well your ERP fits high-mix, low-volume and make-to-order manufacturing, and it is built for job shop owners, operations managers, and estimators. Ten questions cover quoting and estimating, quote-to-job conversion, one-off BOM and routing creation, engineering change on live jobs, real-time WIP visibility, finite capacity scheduling, outside processing, actual-versus-estimated cost variance, shop floor data collection, and rework handling. You get a percentage score, a fit band, and concrete next steps. Use it when evaluating a replacement system, when quote accuracy is slipping, or when the shop feels busy but margin is not showing up. **Sections:** #### How this assessment is scored **Body:** Each question offers four graded answers worth zero to three points, for a maximum of thirty, converted to a percentage and mapped to a fit band. The questions concentrate on the estimate-to-actual feedback loop, because that loop is what separates job shops that grow profitably from those that stay busy and thin. Answer based on what happens on a normal Tuesday, not what the system is capable of when someone has time. If your answer sits between two options, take the lower one. The purpose is to find where knowledge lives outside the system, and optimistic scoring defeats that purpose entirely. #### What high-mix manufacturing demands from an ERP **Body:** Job shops break systems designed for repetitive production. Every order can carry a new part number, a new routing, and a customer-specific requirement, so the cost of creating master data becomes the constraint rather than the cost of executing it. In a repetitive plant an engineer builds a routing once and it runs for years; in a job shop that same effort is spent on a single order and then never reused. Systems that assume the repetitive pattern quietly push shops into running jobs without proper routings, which destroys costing accuracy and makes scheduling guesswork. The four capabilities below determine whether an ERP helps or fights a high-mix shop. **Bullets:** - Fast one-off BOM and routing creation from templates and operation libraries, measured in minutes not hours. - Estimating inside the system so realized costs feed the next quote instead of dying in a spreadsheet. - Finite capacity scheduling that respects setup time and shared constraint machines across a volatile order book. - Live job-level cost variance so an overrunning job is caught during the run, not at close. #### Reading your score and picking a starting point **Body:** Below forty percent, the practical first move is almost always estimating plus shop floor data collection, because together they create the cost history everything else depends on. Between forty and sixty, the system holds transactions but the feedback loop is broken, so prioritize feeding actuals back into estimating and moving variance reporting from post-close to live. Above sixty, the wins are in speed: faster quote turnaround, setup-aware sequencing, and earlier intervention on overrunning jobs. Look at your zero answers individually. A zero on shop floor data collection undermines every cost number the system produces, so it outranks almost anything else. #### How Netray helps job shops act on this **Body:** Netray implements and optimizes Infor SyteLine and CloudSuite Industrial for high-mix discrete manufacturers, which is the environment the product was originally built for. We configure estimating with historical reuse, build operation libraries and routing templates that cut one-off setup time dramatically, deploy shop floor data collection that operators actually use, and implement finite capacity scheduling tuned to your real constraints. Where quote volume is high, we apply on-prem AI to suggest similar-to estimates from your own historical job data without sending anything to a public cloud. Engagements typically start by measuring current quote turnaround and estimate accuracy so improvement is provable. **Cta:** Get a personalized job shop ERP gap analysis and a practical improvement roadmap from Netray's high-mix manufacturing specialists. **Faq:** #### Why do standard ERP systems struggle in job shops? **Answer:** Most ERP systems assume master data is created once and used many times. In a job shop the ratio inverts: every order may need a new part, BOM, and routing, so the cost of creating master data dominates. Systems without templates, operation libraries, and fast copy-and-modify tooling push shops into running jobs without real routings, which destroys costing accuracy and makes scheduling impossible. #### Is finite capacity scheduling worth it for a small shop? **Answer:** It is worth it wherever you have shared constraint machines and setup times that vary meaningfully by sequence. A ten-person shop with one wire EDM everything queues through benefits more than a fifty-person shop with parallel capacity. The test is simple: if your supervisor spends significant time each day resequencing work by hand and hot jobs still miss dates, finite scheduling will pay for itself. #### How much does poor estimate accuracy actually cost? **Answer:** Job shops that cannot compare actual to estimated cost typically discover they are losing money on a specific part family or customer only after years of repeat orders. Closing the loop usually surfaces two things: a handful of jobs quoted well below cost, and a broader pattern of padding on easy work to cover losses elsewhere. Fixing both improves margin and win rate at the same time. ## Search terms job shop ERP software, make to order ERP requirements, high mix low volume ERP, job costing ERP software, engineer to order ERP selection, job shop quoting software, custom manufacturing ERP assessment --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json