Engineering Village Jobs in Mi

Job Title: Controls Engineer

Location: Grand rapids, MI

Duration: Long Term

Job Description :

Design and build automation and robotic equipment.

Own and implement solutions from project concept to installation.

Conduct machine concepting, proof-of-principle, electrical design/layout, software design/programming, and debug hardware/software.

Perform acceptance testing and installation/integration at the factory.

Stay updated with rapidly changing technology to deliver optimal solutions.

Essential Skills

Proficiency in Siemens TIA Portal.

6 + years of experience with TIA Portal.

PLC programming, HMI/SCADA design, and drive configuration.

Knowledge of controls hardware including sensors, remote IO, servos, VFDs, machine vision, and barcode readers.

Familiarity with industrial networking protocols such as Profinet, Ethernet I/P, and EtherCAT.

Experience with 6-axis robots, primarily FANUC.

Additional Skills & Qualifications

Bachelor’s Degree in Electrical Engineering, Controls and Computer Control Systems, Mechatronic Engineering, Automation Engineering, Mechanical Engineering, or equivalent experience.

Work Environment

Role Overview

We are seeking a detail-oriented BOM / PLM Engineer to manage and maintain product structures, Bill of Materials (BOM), and Product Lifecycle Management (PLM) data across the product development lifecycle. The role involves coordinating with cross-functional teams such as design, manufacturing, procurement, and quality to ensure accurate product data, configuration control, and engineering change management.

Key Responsibilities

• Create, maintain, and manage Bill of Materials (BOM) structures in the PLM/ERP system.
• Ensure data accuracy and integrity for parts, assemblies, and product configurations.
• Manage Engineering Change Orders (ECO), Engineering Change Requests (ECR), and Change Notices (ECN) in PLM systems.
• Support product lifecycle processes from concept through production and service.
• Collaborate with engineering, manufacturing, supply chain, and quality teams to ensure proper product documentation.
• Maintain part numbering systems, revisions, and version control.
• Ensure proper release of engineering documentation including drawings, specifications, and technical documents.
• Support configuration management and product traceability.
• Assist with new product introduction (NPI) by ensuring BOM readiness and documentation compliance.
• Perform BOM audits and validation to maintain system accuracy.
• Coordinate with ERP teams to ensure PLM–ERP data synchronization.

Required Qualifications

• Bachelor’s degree in Engineering, Mechanical Engineering, Industrial Engineering, or related field.
• 2+ years of experience working with BOM management and PLM systems.
• Experience with PLM tools (Windchill, Teamcenter, Enovia, Agile PLM, Arena, or similar).
• Knowledge of Engineering Change Management processes.
• Experience working with ERP systems (SAP, Oracle, etc.) is a plus.
• Strong understanding of product structure and configuration management.
• Excellent attention to detail and documentation skills.

Project Engineer - Fluid Power Hydraulics

We're seeking a skilled Project Engineer with expertise in fluid power hydraulics to join our team. In this role, you'll complete engineering projects by organizing and controlling project elements, with a strong focus on designing fluid power systems from cradle to grave. This includes starting with initial concepts, collaborating with cross-functional teams through development, building, and shipping the final product. Approximately 80% of the work involves hydraulics (pumping oil), with 20% focused on water or lubrication systems. You'll also improve engineering drawings and ensure that all components and systems sent to the shop floor are fully engineered for form, fit, and function.

Objective:

Complete engineering projects by organizing and controlling elements, emphasizing fluid power hydraulics design and system integration.

Essential Functions:

• Assist with preparation of proposals for fluid power systems, as directed by the Project Manager.
• Conduct engineering reviews of jobs, ensuring form, fit, and function of components in fluid power applications.
• Write change orders as required.
• Answer questions for manufacturing personnel during the build process.
• Develop project objectives by reviewing proposals and plans, conferring with management.
• Determine project responsibilities by identifying phases and elements, assigning personnel, and reviewing bids from contractors.
• Determine project specifications by studying product design, customer requirements, and performance standards; complete technical studies and prepare cost estimates.
• Confirm product performance by designing and conducting tests on fluid power systems.
• Determine project schedule by studying plans and specifications, calculating time requirements, and sequencing elements.
• Maintain project schedule by monitoring progress, coordinating activities, and resolving problems.
• Design fluid power systems from concept to completion, including simple circuitry integration.
• Improve engineering drawings and verify that all designs for the shop floor are thoroughly engineered.

Competencies:

• Program/Project Management
• Professional Knowledge in Fluid Power Hydraulics
• Engineering Design/Analysis (with emphasis on fluid power systems)

Required Education & Experience:

• Degree not required but is a plus.
• Knowledge of AutoCAD.
• Prior engineering experience, including hands-on design of fluid power systems.
• Experience designing fluid power hydraulics systems, including simple circuitry.

Preferred Experience:

• SolidWorks

Key Responsibilities

• Develop and support the design of exterior components and assemblies from concept through production using CAD. Ensure designs meet functional, aesthetic, and manufacturability requirements.
• Manage the release of production-ready parts, drawings, and Bills of Material (BOM) through PLM systems such as Teamcenter while supporting program milestones and engineering documentation.
• Work closely with suppliers on feasibility, design for manufacturing (DFM), tooling development, and technical reviews to ensure parts meet cost, quality, and timing targets.
• Support validation activities including DVP&R development, testing coordination, and design verification to ensure components meet durability, fit, finish, and performance standards.
• Partner with Styling, Studio, Manufacturing Engineering, CAE, and Program Management teams to ensure exterior components align with vehicle styling intent and production requirements.
• Support DFMEA development and manage engineering changes (ECR/ECO) to resolve design issues and improve product quality throughout the development cycle.
• Provide engineering support during prototype builds, pilot builds, and production launch to address fit, finish, and assembly concerns.

Required Qualifications

• Bachelor's degree in Mechanical Engineering, Automotive Engineering, or a related engineering discipline.
• 3–8+ years of experience in automotive exterior trim design, development, or release engineering.
• Experience using CATIA V5/V6, or similar CAD software for 3D modeling and design development.
• Understanding of plastic injection molding, composite materials, tooling development, and painted exterior components.
• Experience with GD&T, DFMEA, DVP&R, and PPAP processes.
• Familiarity with automotive regulatory requirements such as NHTSA and FMVSS related to exterior vehicle components.

• Bachelor's degree in mechanical engineering
• Thorough knowledge of engineering design & development concepts of automotive BIW system .
• Experience in side body panel, Roof, Floor panel and other BIW components
• Very good proficiency in CATIA V5/V6
• Bachelor's degree in Mechanical, Engineering.
• 3+ years of proven experience designing high-volume designs of BIW parts
• Development of outer skin panels (A-Surface) in collaboration with OEM Design Studio, Design Engineering, CAE, etc.
• Development of inner panels, reinforcements, brackets and other structural panel
• Ability to create and completion of Sheet metal parts e.g. brackets, Panels, etc
• Design of automotive component parts in CATIA V5. Experience in creating 3D designs and 2D drawings (e.g. CATIA V5 only)
• Strong communication skills, both verbal and written, and capability to drive 10 people offshore team
• Actively engage with Automotive OEM design engineers to collaborate on design projects for trading off cost, mass, joining methods, formability, and performance.
• Interpret CAE simulation results and integrate recommendations into product design
• Strong working knowledge of Design for Manufacturing, including formability with GD&T and dimensional engineering.

Responsibilities

• Bachelor of Science in Mechanical Engineering with a minimum of 3 years of experience in automotive seating system and subsystem design and development
• Thorough knowledge of engineering design & development concepts of automotive Seating system
• Very good proficiency in CATIA V5/V6. Prepare and execute design release in the 3DExperience PLM system. Experience in creating 3D designs and 2D drawings (e.g. CATIA V5 only)
• Experience in design of Seat and seat components e.g. Cushion Frame, Back frame, Headrest, seat plastic and recliners and track
• Relevant experience in Master Sections, Vehicle Integration, Vehicle packaging, Concept creation, assembly processes of various Seat parts.
• Knowledge and understanding of Tooling and manufacturing processes
• Prepare and maintain engineering release and change documentation Lead design FMEA studies and GD&T
• Ability to perform Complete Seat packaging study of seating components
• Working knowledge of regulatory and certification requirements for seating system
• Maintain and develop Design Validation Plans (DVP), and Design Failure Mode Analysis (DFMEA)
• Good knowledge of seating system and component manufacturing processes
• Ability to define seating comfort and define comfort target
• Actively engage with Automotive OEM / Tier-I design engineers to collaborate on design projects for trading off cost, mass, joining methods, molding and testing performance.
• Propose and promote design improvement approaches including cost reduction and design optimization
• Complete and release Seating system, sub-system and detail designs
• Interpret CAE simulation results and integrate recommendations into product design

• Collaborate with seating suppliers and support overall vehicle development milestones and prototype/production build events

• Must have ability to perform feasibility studies, Check A-class surface and define craftsman ship target.

• Meet project deliverables commitments and timelines

• Design of automotive component parts in CATIA V5/V6

• Strong communication skills, both verbal and written, and capability to drive offshore team.

Job Title: Prototype Development Senior Engineer

Location: Saline, MI

Job Type: Contract

About CTC:

Founded in 1996, CTC is a global IT services, Consulting and Business Solutions partner dedicated to helping organizations innovate, optimize, and grow. With over 2,000 professionals worldwide, we support more than 100 clients in transforming complex challenges into lasting competitive advantages.

Job Description:

Who we're looking for

Prototype Department (PD) is looking for a passionate and highly motivated Senior Engineer to join our weld and paint engineering team.

Reporting to the Prototype Development Senior Engineering Manager, the primary responsibility of this role is to lead preparation of tooling, process planning and suppliers during prototype builds to ensure highest quality and on-time vehicle delivery. Including but not limited to quoting, sourcing, CAD modeling, parts list confirmation, scheduling, quality control and supplier management as well as an understanding of weld and paint process and equipment. The person in this role will support the Vehicle Prototype department's objective to support Toyota North America Product Development and Vehicle Evaluation.

What you'll be doing

The required work is cyclical and will change during a project from early schedule planning to CV build management. The required work will start with early process planning for jigs and tooling. And finish with leading CV build activity for welding and paint processes.

• Grasp key project requirements to set early process targets and strategy.
• In-house process planning considering Safety /Quality / Productivity/ Cost
• Develop and maintain Operation Plan (OP) for in-house process, tooling and vendor activity.
• Clear communication of deliverables to project team and Sr. manager
• Operation Plan tracking in-house process and tooling to meet project goals.
• Attend project meetings and negotiate countermeasures.
• Summarize status and report to upper management weekly.
• Attend prototype vendors for part kento-kai, fixture approval and weekly status meetings.
• Track and follow responsible processes, tooling, and vendor issues to closure.
• Issue and manage in-house tooling spec
• Process offline robot programming.
• Chair meetings with in-house shop and other groups to monitor vehicle build progress.
• Travel to supply base to review parts prior to shipment
• Track and resolve quality problems
• Measure and adjust In-House tooling, N&P check welded sub-assemblies
• Multi-tasking will be required due to activity overlaps
• Supporting build process both at prototype vendor and at PD Weld and Paint line

What you bring

• Must have Bachelor's degree in engineering ( Mechanical, Electrical, or Weld Engineering ).
• 4+ years of experience working on Toyota vehicle programs in either manufacturing, production engineering, PD, Design or QE.
• Proficient communication skills
• Deep understanding of tooling (design and manufacturing) & Welding and Painting process planning.
• Deep understanding body structure and shell body, welding and painting process.
• Proficient in body accuracy and related measurement equipment, model set, fixture and part scanning.
• Proficient with 3D CAD (Catia) - CATIA/CARROT 3 Robot Offline Programming
• Excellent communication, organizational, and interpersonal skills to act as a representative of NA R&D to TMC, manufacturing, affiliates, and suppliers.
• Ability & willingness to coach and mentor less experienced engineers/co-ops
• Willingness to travel both domestically and internationally, up to 20% of the time.
• Willingness to work overtime up to 25% of the time including weekends

What you may bring

• Experience in other engineering fields such as design, procurement, quality or manufacturing.
• Master's degree in engineering
• Experience using PolyWorks
• Experience in LSW (Laser Screw Welding) or Self Piercing Rivets
• Completed TBP with Panel.
• Completion of JKK
• Completion of OJD.
• Terrace Experience in managing 3D Data
• Experience supporting equipment installations for weld or painting equipment

Job Title: Emissions Certification Engineer

Location: Dearborn, MI

Role Overview:

We are seeking an experienced Emissions Certification Engineer to support regulatory certification and compliance activities for gasoline, diesel, and hybrid powertrain programs. The candidate will work closely with calibration, testing, and regulatory teams to ensure vehicles meet EPA and CARB emissions standards.

Key Responsibilities:

• Lead vehicle and engine emissions certification submissions to EPA & CARB
• Prepare and manage certification documentation per CFR requirements
• Coordinate emission testing (FTP-75, US06, HWFET, WLTP, etc.)
• Support powertrain calibration teams to achieve emissions compliance
• Analyze emission test data and resolve compliance gaps
• Support OBD, evaporative emissions, and durability requirements
• Interface with regulatory agencies during audits and reviews

Required Skills:

• Strong knowledge of U.S. EPA & CARB regulations
• Hands-on experience in automotive emissions certification
• Background in Powertrain / Engine Calibration
• Familiarity with 40 CFR Part 86 & Part 600
• Experience working in OEM environment (Ford preferred)

Preferred:

• Hybrid / Electrified vehicle certification experience
• Experience with certification tools & reporting systems
• Bachelor’s degree in Mechanical / Automotive Engineering

Job Title : BMS Architect – AUTOSAR & BSW Development

Location: Auburn Hills, MI

Duration: Full time

Role Overview

The BMS (Battery Management System) Architect – AUTOSAR BSW Development is responsible for defining, designing, and guiding the implementation of the BSW software architecture for Battery Management Systems based on the AUTOSAR Classic Platform.

This includes ownership of the AUTOSAR BSW stack integration, ECU architecture, safety concept alignment, and software interfaces for highvoltage battery functions such as SOC/SOH/SOE estimation, cell monitoring, diagnostics, thermal management, and communication.

The architect collaborates closely with system engineering, functional safety, hardware engineering, and platform software teams to ensure a compliant, scalable, and production-ready BMS software solution.

Key Responsibilities

1. Define and maintain the AUTOSAR-based BMS ECU Software Architecture including BSW and CDD module distribution in multicore environment.

2. Own BSW configuration & integration (MCAL, ECU Abstraction, Services, Communication stack).

3. Ensure design is compliant with ISO 26262 (ASILD)

4. Participate in safety work products: FMEDA, safety concepts

5. Collaborate on cybersecurity requirements aligned with ISO 21434.

6. Provide technical direction to AUTOSAR BSW developers and integrators.

7. Act as technical liaison with OEM, Tier-1 suppliers, AUTOSAR vendors, and toolchain providers.

Required Skills & Qualifications

1. Strong experience in AUTOSAR Classic Platform (BSW CAN Stack, MCAL, RTE, Multicore OS, MPU, SMU, NVM, Diagnostics like UDS, ZEV, OBD).

2. Hands-on experience with tools: ETAS ISOLAR tool, EB Tresos, Vector CANdela, CANoe, INCA, PREEvision.

3. Deep understanding of - Functional safety (ISO 26262), BMS high-voltage system behavior, MCU architectures (Infineon AURIX TC3xx)

4. Strong embedded C expertise

5. Strong communication and cross-functional leadership

6. Ability to handle OEM discussions on architecture topics.

Remora is hiring a Director of Project Execution. This individual will manage customer deployments of Remora’s carbon capture systems, guiding projects from planning through commissioning. The Director of Project Execution will be both a project driver and a customer advocate, ensuring deployments are safe, efficient, and aligned with customer needs, while also identifying opportunities for expanded partnerships.

We’re a 50-person climate tech startup based in Detroit, MI. We're building a device that captures a semi-truck’s carbon emissions directly from the tailpipe. We'll sell the CO2 to end-users, and share that revenue with our customers, so our device will create a new revenue stream while reducing their emissions.

We've signed up some of the largest companies in the world to pilot our technology, including iconic multibillion-dollar brands, top trucking companies, and some of the most recognizable Fortune 100 companies. We’ve raised multiple rounds of funding from top investors like Lowercarbon Capital, Union Square Ventures, First Round Capital, Y Combinator, and Valor Equity Partners.

Responsibilities

Plan & Develop

• Lead permitting and regulatory approval processes for customer sites.
• Coordinate with AE firms and engineers to design layouts, infrastructure, and system integration plans.
• Develop site plans and training procedures for site operations and maintenance.
• Support business development by identifying opportunities during planning to deepen customer partnerships.

Execute

• Manage deployment activities end-to-end, from permitting through construction, installation, and commissioning.
• Oversee contractors, vendors, and site partners to ensure scope, schedule, and budget targets are met.
• Identify risks early and implement mitigation strategies to avoid project delays or cost impacts.
• Travel frequently to customer sites to oversee execution and resolve challenges.
• Share customer insights with commercial teams to support account growth and expansion.

Collaborate

• Serve as the day-to-day customer-facing contact for deployment projects, providing regular updates and progress reports.
• Partner with internal engineering, EHS, and commercial teams to ensure deployments meet technical and safety standards.
• Work with municipalities, contractors, and regulators to coordinate permitting, construction, and inspections.

Grow

• Help develop scalable processes and playbooks for deployment that can be applied across multiple customer projects.
• Provide resources and training to ensure customers and partners are confident in operating deployed systems.
• Support customer success efforts by surfacing opportunities for long-term engagement and repeat deployments.

Design

• Contribute to process improvements by documenting lessons learned and standardizing practices.
• Ensure technical requirements are aligned with both customer needs and regulatory frameworks.
• Help optimize site deployment models for efficiency and repeatability.

Requirements

• 5–7+ years of experience in project/program management, ideally in energy, infrastructure, or industrial deployments.
• Experience managing contractors, vendors, and cross-functional teams.
• Strong customer-facing skills with a proven ability to build trust and manage expectations.
• Business development mindset, with the ability to identify and surface opportunities for account growth.
• Knowledge of permitting, construction, and system integration (mechanical/electrical).
• Excellent communication, organizational, and problem-solving skills.
• Ability to travel 50%+.

Here’s what we value:

• Mission First: We are laser-focused on our mission. We have chosen to take on the defining challenge of our time, and we don’t shy away from the hard decisions required to put our mission first, no matter how tough. The world needs our technology and it won’t happen any time soon if we don’t make it happen. We are a low-ego team, and we prioritize the mission over our self-interest. We think strategically with an eye to the long term, and we clearly separate what must be done well now, and what can be improved later, despite ambiguity.
• Burning Urgency: Our hard-core intensity and work ethic match the crisis we’re in. We have a strong bias toward action, and we execute with focus and speed. In the absence of guidance, we take charge, lead our teammates, and accomplish our goals. We aren’t afraid to change course when something isn’t working, and we find solutions even when it seems like there are none. We are cool under pressure, and our quiet determination and drive are unwavering. We relentlessly push ourselves and each other to improve. We don’t accept adequate performance. Excellence is the expectation. Many would say our standards are unreasonably high, and many would say our goals are unreasonably bold, but we are hungry to be exceptional. We will never give up, no matter what. If we get knocked down, we get back up, every time. We will not fail.
• Uncompromising Honesty: We are always honest with ourselves, our teammates, our customers, our investors, our suppliers, our communities, and all of our partners, especially about what’s not going well and what we don’t know. When we see issues, risks, or challenges, we speak up, and when we make mistakes, we admit them proactively and take full accountability. We challenge others directly when we disagree, even when it’s uncomfortable, and we seek this uncompromising honesty from others.
• Treat People Exceptionally Well:We care intensely about everyone who is on this mission with us, and our standard is exceptional respect for our teammates, partners, and communities. Teammates who bring different perspectives and backgrounds are essential to our success, and we empower everyone to share their voice. We listen to truly understand. We constantly encourage and help our teammates, and inspire each other with our enthusiasm and optimism.
• Joyful Curiosity: We love to learn, and we learn quickly. We explore the unknown with wonder and excitement. We reason from first principles. We generate original ideas with an open mind and test them quickly in the real world. We take risks and adapt as we discover more. We explore many ideas in parallel, and we don’t count on a silver bullet solution. We share our ideas freely with our teammates. We are skeptical about conventional wisdom, and we question every assumption and requirement. We are always looking for ways to simplify. We are rigorous and attentive to detail. We are eager to understand all aspects of our business and technology, and we contribute effectively outside our individual specialties. We never stop learning.

Logistics:

• Location: Wixom, MI
• Start date: Immediately

Compensation and Benefits:

• Salary: $180,000 - $220,000
• Competitive Stock Options
• Healthcare (Aetna)
• Retirement (401k)
• Student loan assistance
• Three Weeks of paid time off
• Eleven Holidays off
• Dependent care assistance (childcare or eldercare)
• Parental leave
• Unlimited sick and compassionate leave
• Employee development and coaching
• Office setup (remote) or relocation (in-person) stipend

Studies show that many qualified candidates hesitate to apply unless they meet every listed qualification. If you’re enthusiastic about this role—even if you don’t meet every requirement—we encourage you to apply. We’re most excited to work with people who learn quickly and want to tackle the climate crisis.

Job Summary

The Cutting Tool Engineer is responsible for the design, development, and implementation of custom and standard cutting tools used in 4- and 5-axis horizontal milling machines. This role combines hands-on tool design, cutting condition analysis, supplier coordination, and direct collaboration with internal engineering teams and customers to deliver robust, production-ready tooling solutions.

Essential Duties & Responsibilities

Cutting Tool Design & Engineering

• Coordinate design of custom cutting tools and tool assemblies for 4- and 5-axis horizontal machining applications with cutting tool suppliers.

• Develop 3D models and assemblies using SolidWorks or NX, including toolholder interfaces and complete tool stacks.

• Perform collision detection and tool envelope validation within machining environments.

• Optimize tool geometry and tool assemblies for performance, rigidity, tool life, and chip evacuation.

Cutting Condition Analysis

• Develop and maintain Microsoft Excel spreadsheets and macros for cutting condition calculations.

• Analyze machining data to recommend optimized cutting parameters.

• Support continuous improvement efforts through data-driven tooling and process recommendations.

Standard Components & Supplier Management

• Identify, specify, and integrate standard cutting tool components if applicable and still achieve project quality and performance.

• Work directly with suppliers to ensure quality, cost, and in coordination with purchasing department the delivery targets.

• Manage supplier relationships and corrective actions.

• Participate in supplier evaluations.

Cross-Functional & Customer Collaboration

• Collaborate with the Project Engineering Group on turnkey machining systems.

• Support tooling proposals, technical presentations, and design reviews.

• Participate in tooling acceptance and validation activities.

• Provide support during installation and production ramp-up.

Documentation & Standards

• Create tooling documentation, BOMs, machining charts, specifications, and coordinate drawings from suppliers.

• Ensure compliance with internal and customer standards.

• Maintain & use Excel templates and macros for cost estimations and comparisons

• Support best-practice development.

Required Qualifications

• Bachelor's degree in Mechanical or Manufacturing Engineering is beneficial but not required based on experience..

• 3+ years of experience in cutting tool applications or CNC tooling design.

• Proficiency in SolidWorks or NX and Microsoft Excel.

• Knowledge of metal cutting theory and machining processes.

• Supplier and customer interaction experience.

Preferred Qualifications

• Experience with 4- and 5-axis machining centers.

• Automotive or aerospace background.

• CAM software familiarity.

Key Competencies

• Analytical thinking

• Attention to detail

• Project coordination

• Technical communication

• Team collaboration