About the Role We are seeking a highly skilled Sr Electrical Design Engineer to join our engineering team. The ideal candidate will bring expertise in industrial electrical design and documentation, with strong attention to detail and a collaborative mindset. Key Responsibilities Develop detailed electrical system designs, including schematics, wiring diagrams, and panel layouts Generate accurate electrical drawings and maintain comprehensive documentation Ensure designs comply with applicable industry standards, codes, and safety regulations Evaluate and select electrical components based on technical and cost requirements Track and record all design changes and revisions Create both technical and non-technical documentation for internal and external use Coordinate with vendors, suppliers, and customers Assist with project management and tracking for major projects or key project segments Required Skills & Expertise Strong understanding of electrical engineering principles and theories In-depth knowledge of electrical codes and standards Proficiency with industrial communication networks (Ethernet/IP, IO-Link) Experience in analog and digital circuit design Skilled in AutoCAD Electrical for schematic and panel layout design Familiar with various sensors, actuators, and pneumatic circuits Ability to read and interpret electrical schematics and technical documentation Experience in creating and maintaining Bills of Materials (BOMs) Familiarity with creating and managing symbol libraries in CAD tools Understanding of regulatory compliance related to electrical design and documentation To Apply: Interested candidates are requested to message me with their updated resumes.
In this role, you will be responsible for end-to-end mechanical design from initial concept to final launch of equipment for plastic welding, finishing, and testing. You will also work closely with the controls team, manufacturing, and suppliers to develop systems that are robust, safe, and deliver high uptime. What you’ll work on Plastic hot plate welding systems and tooling (platens, nests, clamps) Ultrasonic punching/welding (horns, fixtures, anvils, stack integration) Plastic fuel tank welding and assembly equipment Plastic spin welding tooling and machines Deburr and polishing stations/automation Leak test systems (pressure decay, mass flow) and sealing fixtures Edge wrapping machines (tooling, feed, adhesive application) Injection mold tending, including insertion and EOAT/robot gripper design Responsibilities Convert URS/SOW into concepts, layouts, and cycle-time estimates. Design machines, fixtures, nests, EOAT, guarding, pneumatics, and motion subsystems. Perform tolerance stacks and apply GD&T; select materials and components. Produce 3D models, detail drawings, and BOMs; manage PDM/ECNs. Collaborate with controls on sensors, I/O, PLC/HMI, safety, and data needs. Vendor sourcing, DFM/DFA, build support, FAT/SAT, installation, and commissioning. Develop and document process windows, DOE, and validation (IQ/OQ/PQ); train users. Qualifications BE in Mechanical/Manufacturing Engineering (or equivalent experience) 5+ years designing custom automation and/or plastic joining equipment Hands-on experience with: Plastic Joining, ultrasonic punching/welding, fricition welding, leak testing, deburr/polish, edge wrapping, and injection mold tending with insertion Proficiency in 3D CAD (SolidWorks/Inventor/CATIA/NX) Strong fixture/machine design, pneumatics, motion components, and safety design Nice to have Plastic fuel tank assembly line experience (automotive APQP/PPAP) Robot integration (FANUC/ABB/KUKA), vision. FMEA, risk assessment (ISO 12100), CE/OSHA compliance. Leak test instrumentation (e.g., ATEQ/InterTech), thermal/FEA simulation
Role Overview: In this role, you will be responsible for end-to-end mechanical design from initial concept to final launch of equipment for plastic welding, finishing, and testing. You will work closely with the controls team, manufacturing, and suppliers to develop systems that are robust, safe, and deliver high uptime. Key Responsibilities: - Convert URS/SOW into concepts, layouts, and cycle-time estimates. - Design machines, fixtures, nests, EOAT, guarding, pneumatics, and motion subsystems. - Perform tolerance stacks and apply GD&T select materials and components. - Produce 3D models, detail drawings, and BOMs; manage PDM/ECNs. - Collaborate with controls on sensors, I/O, PLC/HMI, safety, and data needs. - Vendor sourcing, DFM/DFA, build support, FAT/SAT, installation, and commissioning. - Develop and document process windows, DOE, and validation (IQ/OQ/PQ); train users. Qualifications: - BE in Mechanical/Manufacturing Engineering (or equivalent experience) - 5+ years designing custom automation and/or plastic joining equipment - Hands-on experience with: Plastic Joining, ultrasonic punching/welding, friction welding, leak testing, deburr/polish, edge wrapping, and injection mold tending with insertion - Proficiency in 3D CAD (SolidWorks/Inventor/CATIA/NX) - Strong fixture/machine design, pneumatics, motion components, and safety design Additional Company Details: The company is involved in the design and development of various equipment for plastic welding, finishing, and testing. They emphasize the importance of robust, safe, and high uptime systems. The role requires close collaboration with different teams and suppliers to ensure successful project outcomes.,