Work In Tech

Senior Semiconductor Process Integration Engineer

Your Opportunity at VueReal:

VueReal team has developed unique technologies to change several industries by enabling new, innovative, and enriching products. As a Semiconductor Process Integration Engineer, you will ensure that high-quality products are delivered. This position focuses on process and schedule ownership, monitoring semiconductor wafer process metrics and implementing corrective procedures.

Who YOU are:

You are a driven and passionate engineer who is very good at solving problems with practical and innovative solutions, is detail-oriented, and has a good eye for catching anomalies. You are good at communicating with the team and play well in a multidisciplinary team environment.

YOUR 3-month Milestones

• Complete transition to and maintain manufacturing infrastructure (SPC, route definition, etc.) to support the production of microLED wafers and display backplanes in a cleanroom environment
• Act as lot owners who launch wafer lots, track progress, and monitor process data. Work with VueReal team leads and external customers to determine how many lots are needed to meet customer requirements and communicate the schedule.
• Set measurement points for each lot and collect, monitor and report the measured points over the entire semiconductor wafer process

YOUR 12-month Milestones

• Drive continuous process improvements to maximize product yield, throughput, and cost savings in collaboration with process engineers
• Identify process improvements to improve microLED device and display system performance as well as technical and business risks for all projects
• Define rework procedures and minimize the wafer process time spent on hold

TOOLs/Skills you need for your role:

• Ph.D. - Materials Science, Electrical Engineer, Chemical Engineer, Nanotechnology, Physics
• Strong understanding and demonstration of semiconductor manufacturing and metrology techniques in a cleanroom (MES, Gage R&R, SPC, DOE, etc.)
• Data analysis skills utilizing JMP, Python, MATLAB, or equivalent, including but not limited to process metrology data, optical device performance, and electrical characterization

TOOLs/Skills that are helpful for your role:

• Hands-on industry experience in wafer processing (especially III-V)
• 3+ years of semiconductor integration experience and III-V semiconductor optical device design
• Execution of NPI plans to transition process from R&D to Pilot to HVM
• Experience with project management tools

Available Training:

• Operation and Safety requirements for VueReal Facilities
• Equipment Operation Procedures
• MES and data management
• Project and process initiation
• Wafer tracking tool and procedure
• Display and touch technologies
• Software and applications adopted at VueReal
• VueReal policies and practices

WHY VueReal:

• A fun, collaborative, and creative environment with a culture cultivating inclusiveness, fairness, and transparency
• Idea meritocracy environment
• A chance to grow with the team
• A scaleup company backed by major industry players
• A clear roadmap for the successful adoption of the technology (The team has developed critical enabling technologies for micro-LED displays during the past two years and is working on integrating the technologies in products during the next two years)

VueReal Story:

VueReal has developed a breakthrough technology in building millions of micro/nano devices and printing them efficiently into a large surface area. This platform is the key enabler of next-generation systems for the consumer, environmental, industrial, automotive, security, autonomy, medical and healthcare sectors.

VueReal's solution has been validated by major companies such as automotive, consumer electronics, and equipment vendors. These activities led to successful business expansion and enabled VueReal to become a supplier of critical devices in North America. This fabrication platform will impact several industries, including consumer electronics. We have aggressive growth plans across the board.

More importantly, the printing aspect of the technology makes it more efficient in material utilization leading to a significant reduction in environmental hazardous emissions and water consumption. Furthermore, higher-performance microdevices contribute to lower power consumption, resulting in substantial environmental benefits.