9 Mems Jobs

We are looking for an experienced Senior Engineer NaOH Etching & IOX with expertise in wet and dry etching processes for semiconductor, MEMS, or microfabrication environments. The ideal candidate will have hands-on experience in process optimization, tool handling, and cross-functional collaboration to drive continuous improvement and high-yield production. Roles & Responsibilities Develop, optimize, and maintain high-yield etching processes for crystalline silicon and dielectric materials (SiO, AlO, etc.). Expertise in anisotropic etching of monocrystalline silicon using NaOH-based aqueous solutions and dielectric layer etching (SiO, AlO, TaO, HfO, TiO). Operate and maintain wet etching equipment (Quartz/Teflon tanks, temperature-controlled baths, DI rinsing, IPA drying) and dry etch tools (RIE/ICP systems). Conduct process capability studies (Cp, Cpk), DOE, SPC, and yield improvement initiatives. Collaborate with Quality, Production, and Cross-functional teams to implement engineering changes (Kaizen, Poka Yoke, cost savings, manpower optimization). Prepare and maintain Process Flow Diagrams (PFDs), PFMEAs, Control Plans, and SOPs . Support internal and external audits ensuring documentation, calibration, and compliance. Monitor and report key performance metrics: OEE, OPP, FTQ, CPC, scrap cost, consumable usage. Drive continuous improvement and lean manufacturing principles to optimize workflow and productivity. Preferred Candidate Profile Education: B.E./B.Tech in Chemical, Mechanical, Production, or Manufacturing Engineering. Experience: 510 years in semiconductor, MEMS, photonics, or microfabrication industries. Strong knowledge of NaOH/KOH silicon etching, dry and wet oxide etching, RIE/ICP tools . Familiarity with 100/150/200 mm wafer processes and ISO 9001/14001/45001 standards . Excellent interpersonal, analytical, and communication skills. Ability to work in cross-functional and global teams. Role Details Role: Engineering Other Industry Type: Electronics Manufacturing (EMS) Department: Production, Manufacturing & Engineering Employment Type: Full Time, Permanent Role Category: Engineering

Job Title: Materials Scientist Thin Film Deposition Location: Hyderabad Experience: 35 Years Employment Type: Full-time About the Role: We are seeking a skilled and motivated Materials Scientist with hands-on experience in thin film deposition techniques to join our R&D or product development team in Hyderabad. The ideal candidate will have a strong understanding of materials science, surface engineering, and vacuum deposition processes for applications such as semiconductors, optics, MEMS, or coatings. This role will involve working on advanced material development, process optimization, and characterization of thin film materials for high-performance applications. Key Responsibilities: Develop, optimize, and characterize thin film deposition processes such as PVD (sputtering, evaporation) , CVD , or ALD for various materials. Select and process materials including metals, oxides, nitrides, and dielectrics based on application requirements. Operate and maintain thin film deposition equipment in cleanroom or controlled environments. Perform material and film characterization using tools like SEM, AFM, XRD, XPS, ellipsometry, profilometry, or FTIR . Analyse data, identify trends, and correlate deposition parameters with film properties. Collaborate with design, process, and testing teams to support product development cycles. Document process parameters, procedures, and results in detailed technical reports. Ensure processes meet safety, quality, and performance standards. Required Qualifications: Masters or Bachelor’s degree in Materials Science , Physics , Nanotechnology , or Engineering (Metallurgy/Electronics/Chemical) . 3–5 years of hands-on experience in thin film deposition techniques in an R&D, semiconductor, or advanced materials environment. Strong understanding of vacuum systems , film stress, adhesion, uniformity, and interface properties. Experience with film characterization tools and techniques. Familiarity with cleanroom protocols and safety standards. Strong analytical and problem-solving skills with the ability to work independently. Preferred Qualifications: Experience in device fabrication , MEMS , semiconductors , or optical coatings . Knowledge of plasma processing , etching , or surface functionalization . Exposure to data analysis tools (e.g., MATLAB, Python, Origin).

Job Description : In the video editor role, you will arrange, assemble, and process dozens of recorded and stock video clips into a seamless whole. You will work closely with the production and marketing teams to ensure alignment with project goals. Edit/Create YouTube Videos/Shorts every week using CapCut/Premiere Pro/InShot. Add dynamic text, memes, transitions, and trending audio to maximize retention. Trim and optimize raw footage (casino wins,reviews, challenges). Suggest creative ideas for hooks, thumbnails, and viral trends. Responsibilities: Ensure brand consistency (colors, fonts, tone) while keeping content bold and engaging. Collaborate with the content team to align edits with our "High Stakes & Smoke Breaks" vibe. Skills Required: Basic proficiency in video editing tools (CapCut, Premiere Pro, Final Cut, etc.). Understanding of YouTube/TikTok trends (fast cuts, zooms, captions). Creativity to turn raw clips into addictive, shareable content. Ability to work under quick turnarounds. Knowledge of casino/cannabis niches is a plus (but not mandatory). Bonus Skills: Motion graphics (After Effects). Meme culture savviness. USA pop culture awareness.

Key Responsibilities: Semiconductor Plant Design : Lead the design and layout of semiconductor manufacturing facilities, ensuring that the plant meets operational requirements and complies with industry standards (e.g., ISO, GMP). Develop detailed floor plans, electrical, mechanical, and utility systems designs, and ensure proper integration of critical facilities like clean rooms, process areas, and support systems. Plan and design efficient material flow and logistics within the plant to ensure high throughput, minimal downtime, and optimal space utilization. Process & Equipment Planning : Collaborate with semiconductor engineers to understand process needs and design layouts that align with manufacturing workflows, such as wafer fabrication, assembly, testing, and packaging. Specify, select, and plan for the installation of semiconductor manufacturing equipment, including photolithography, etching, deposition, and testing tools. Manage and coordinate equipment specifications, procurement, installation, and commissioning activities. Project Management & Execution : Develop comprehensive project timelines and budgets for the construction and expansion of semiconductor manufacturing plants. Lead the planning and execution of facility construction, ensuring projects are completed on time and within budget. Work with external contractors, vendors, and suppliers to manage construction, installation, and commissioning phases. Coordinate and track the progress of plant development, addressing any technical, operational, or supply chain challenges that arise. Environmental, Health, & Safety (EHS) : Ensure that the design and construction of the semiconductor facility adhere to all health, safety, and environmental regulations. Incorporate clean room design standards and manage air handling, filtration, humidity control, and other critical environmental controls to maintain semiconductor manufacturing conditions. Implement energy-efficient design solutions to minimize plant environmental impact. Optimization & Maintenance : Develop strategies for ongoing optimization and maintenance of the semiconductor plant to maximize efficiency, yield, and product quality. Implement systems to monitor and assess equipment performance, uptime, and productivity. Lead continuous improvement initiatives, ensuring that production targets and operational costs are met or exceeded. Collaboration & Stakeholder Management : Work closely with R&D, operations, quality control, and other teams to ensure that facility design supports both production and research activities. Provide regular updates and reports to senior management and other stakeholders regarding project status, risks, and performance. Provide technical leadership and mentorship to junior engineers and project teams involved in the plant design and planning process. Qualifications: Education : Bachelors degree in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Industrial Engineering, or a related field (Masters preferred). Experience : 15+ years of experience in semiconductor manufacturing plant design, planning, or operations. Proven experience in the design and construction of semiconductor fabrication or assembly plants, clean rooms, or similar high-tech manufacturing environments. Strong understanding of semiconductor production processes (e.g., wafer fabrication, photolithography, etching, deposition, packaging). Hands-on experience in managing large-scale, capital-intensive projects from concept through execution. Technical Skills : In-depth knowledge of semiconductor fabrication processes, clean room environments, and HVAC systems. Experience with layout design tools, CAD software, and facility design programs. Strong understanding of environmental controls, power systems, water management, and other critical infrastructure requirements for semiconductor manufacturing. Familiarity with semiconductor plant certification standards and regulations (e.g., ISO 14644 for clean rooms, EHS standards). Project Management : Expertise in project management methodologies and tools (e.g., MS Project, Primavera). Strong track record of managing large-scale construction and equipment installation projects. Soft Skills : Strong leadership, communication, and interpersonal skills. Ability to work in a fast-paced environment and manage multiple projects simultaneously. Critical thinking and problem-solving abilities, especially in high-pressure situations. Excellent organizational skills with attention to detail. Preferred Skills: Experience with semiconductor wafer fab expansions or greenfield facility setups. Expertise in automation systems for semiconductor plants. Knowledge of energy-efficient and sustainable facility design practices. Familiarity with advanced semiconductor technologies like 3D ICs, MEMS, or photonics.

About Aereo: Aereo is India's leading drone solution startup in the commercial segment, previously known as Aarav Unmanned Systems. They offer comprehensive solutions to enterprises in various sectors including mining, urban planning, infrastructure, irrigation, agriculture, and energy. Aereo is a pioneer in the Indian drone industry, driven by the vision of leveraging drone technology to address real-world challenges. The company's core values include perseverance, clarity, collaboration, and a strong team spirit. Aereo has received funding from reputable early-stage Indian VCs, propelling their growth trajectory. Despite this, the business is self-sustainable and experiencing rapid expansion. The company's passion lies in aerial robotics, firmly believing that drones are instrumental in shaping the future. Aereo is actively seeking individuals who are self-driven, process-oriented, and eager to contribute to the burgeoning drone ecosystem in India. As a part of the team, your responsibilities will include: - Understanding and enhancing existing autopilot firmware stack for various types of Unmanned Aerial Systems (UAS). - Adapting the current Flight controller stack to different hardware platforms. - Migrating Flight controller applications to alternative autopilot software stacks. - Integrating new sensors and computing modules into the existing autopilot stack. - Collaborating with GCS (Ground Control Station) development to enhance the connectivity and functionality of UAS. - Engaging closely with systems and embedded engineers to implement and test newly added UAS functionalities. The ideal candidate should possess the following qualifications: - Proficiency in developing complex embedded C/C++ software stacks hands-on. - Ability to comprehend intricate embedded software stacks in C/C++ for robotics or UAVs. - Strong skills in C and C++ programming. - Sound knowledge of data structures and algorithms. - Familiarity with basic control systems. - Proficiency in MEMS and GPS sensing mechanisms. - Experience in writing low-level peripheral drivers in autopilot software stacks. - Competence in utilizing hardware debuggers. - Familiarity with various hardware protocols such as SPI, I2C, UART, PWM, CAN, and USB. - Solid understanding of interrupt handling mechanisms in microcontrollers and SoCs. - Good grasp of bootloader concepts. - Capacity to multitask effectively. - Self-motivated with the ability to work independently and collaboratively within a team. - Strong interpersonal and soft skills with a positive attitude towards adapting to different work environments. Additionally, candidates with the following attributes are highly valued: - Proficiency in Linux Device Driver development. - Experience with autopilot software stacks like ArduPilot, PX4, etc. - Familiarity with data filtering techniques like Kalman filter. - Conceptual understanding of AHRS and Inertial Navigation systems. - Knowledge of aircraft/quadrotor control systems. - Familiarity with Software in the Loop and Hardware in the Loop mechanisms. - Understanding of sensor calibration techniques and algorithms. Join Aereo in this exciting growth journey and become an early contributor to India's rapidly evolving drone ecosystem.,

About Aereo: Aereo (Formerly Aarav Unmanned Systems) is India's leading drone solution startup in the commercial segment. We provide end-to-end solutions to enterprises in the field of mining, urban planning, infrastructure, irrigation, agriculture, and energy. As early starters and market leaders in the Indian drone industry, our belief is to solve real problems and utilize drone technology as a revolution. Our strength lies in our perseverance, clarity, collaborative approach, and our dedicated team. We are funded by some of the known early-stage Indian VCs in our growth journey. However, our business is already self-sustainable and growing rapidly. At Aereo, we have a passion for machines, especially aerial robots, and firmly believe that drones are shaping the future of the world. We are actively seeking self-driven and process-oriented individuals to join Team AUS in this exciting growth journey and become early contributors to the drone ecosystem of the country, which is expanding at a fast pace. You would be part of: - Understanding and maintaining/improving existing autopilot firmware stack for different types of Unmanned Aerial Systems (UAS). - Porting existing Flight controller stack to a different hardware platform. - Porting existing Flight controller applications to a different autopilot software stack. - Integrating new sensors and compute modules into the existing autopilot stack. - Collaborating with GCS (Ground Control Station) development to implement a more connected and featureful UAS. - Working closely with systems and embedded engineers to implement and test to stabilize any newly added functionalities of the UAS. We expect you to be: - Experienced in hands-on development of complex embedded C/C++ software stacks. - Capable of understanding existing complex embedded software stack written in C/C++ for robotics or UAVs. - Proficient in C and C++. - Possess a good understanding of data structures and algorithms. - Comfortable with basic control systems. - Familiar with MEMS and GPS sensing mechanisms. - Able to write low-level peripheral drivers in autopilot software stacks. - Skilled in using hardware debuggers. - Proficient in different hardware protocols like SPI, I2C, UART, PWM, CAN, USB, etc. - Have a solid understanding of interrupt (handling) mechanisms in microcontrollers and SoCs. - Possess a good understanding of the concept of bootloaders. - Capable of multitasking. - A self-motivated and motivating personality who can work well independently as well as part of a team. - Have good interpersonal and soft skills and can adapt to the work environment while maintaining a positive attitude. You are awesome if you are: - Experienced in Linux Device Driver development. - Experienced in development/working with any autopilot software stacks like ArduPilot, PX4, etc. - Comfortable with data filtering techniques (e.g., Kalman filter). - Have a conceptual understanding of AHRS and Inertial Navigation systems. - Have knowledge of aircraft/quadrotor control systems. - Familiar with Software in the Loop, Hardware in the Loop mechanisms. - Knowledgeable about sensor calibration techniques/algorithms.,

We are seeking a qualified candidate with a Master's or Bachelor's degree and a minimum of 2 years of experience in signal processing, deep learning, computer vision, or related fields The candidate will be responsible for data analysis and pre-processing, statistical signal processing, algorithm development, and working with various signals and sensors Candidates must have a strong mathematical background and proficiency in C/C++/Python Candidate Qualifications: Ideal candidates must have a BE (CSE EEE, Instrumentation, Telecommunication), an ME, or M Tech degree and a minimum of 3 years of experience in signal processing in any of MEMS, image, audio, video & radar They must also have strong analytical and problem-solving skills, good knowledge of statistical signal processing concepts, and proficiency in coding using MATLAB, Embedded C/C++, or Python Required Skills: Candidates must be proficient in C/C++/Python and have experience in algorithm development, data analysis, pre-processing, and statistical signal processing They must also have a strong mathematical background and familiarity with different types of signals and sensors Added advantages include experience in design and implementation of filters or related algorithms, exposure to MEMS and its applications (acceleration/magnetic field/rotation), hands-on ML experience and expertise (Intermediate to Expert level), learning algorithms, IoT, SCM (GIT, Jenkins), and working environment (AGILE)

Job Requirements We are seeking a highly skilled and experienced Product HW Validation Engineer to join our team. As a key member of the hardware engineering team, you will be responsible for validating the performance of various sensors used in our smart wearable products, including display touch, proximity sensor, ambient light sensor, and inertial measurement units (IMUs). Your expertise will ensure that our products meet the highest standards of quality, reliability, and customer satisfaction. Work Experience Responsibilities Design and execute comprehensive validation plans for sensors used in smart wearables, including: Display touch sensors Proximity sensors Ambient light sensors Inertial Measurement Units (IMUs) Collaborate with cross-functional teams, including hardware design, software development, and manufacturing, to identify and resolve technical issues Develop and maintain test fixtures, equipment, and procedures to support sensor validation Analyze data from various sources, including lab tests, field trials, and customer feedback, to identify trends and areas for improvement Create detailed reports and presentations to communicate findings and recommendations to stakeholders Work closely with suppliers to evaluate and qualify new sensor technologies Participate in the development of product specifications, design requirements, and testing protocols Stay up-to-date with industry trends and emerging technologies in sensor development and validation Requirements Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or related field 5+ years of experience in hardware validation, preferably in the consumer electronics industry Strong knowledge of sensor technologies, including display touch, proximity, ambient light, and IMUs Experience with validation methodologies, including design of experiments, statistical analysis, and data visualization Working knowledge of Python, and LabVIEW for data processing and automation. Experience executing electrical validation on the bench. Familiarity with lab equipment such as oscilloscopes, DMM, e-load, power supply, power analyzer, spectrum analyzer, signal generator, and temp chamber. Excellent problem-solving skills, with the ability to analyze complex technical issues and develop creative solutions Understanding of board schematics and board layout. Ability to find proper probe locations and identify potential points of failure in the DUT. Effective communication and collaboration skills, with the ability to work with cross-functional teams and external partners Ability to travel occasionally for business purposes Nice to Have Experience with wearable devices and smart home products Knowledge of wireless communication protocols, including Bluetooth, Wi-Fi, and NFC Knowledge in I2C/SMBus, UART, SPI, USB, Network stack is a plus Familiarity with cloud-based platforms and data analytics tools Certification in six sigma or lean manufacturing methodologies Experience with scripting languages, such as Perl or Ruby What We Offer Competitive salary and benefits package Opportunity to work on cutting-edge technology products Collaborative and dynamic work environment Professional development opportunities, including training and education programs Flexible work arrangements. If you are passionate about sensor technology and have a strong background in hardware validation, we encourage you to apply for this exciting opportunity.

Role & responsibilities: Expertise in developing, optimizing, and maintaining precise, high-yield etch processes for crystalline silicon and dielectric materials (e.g., SiO, AlO) used in microfabrication environments such as MEMS, sensors, or advanced packaging. Expertise in develop, tune, and control anisotropic etching of monocrystalline silicon using NaOH-based aqueous solutions and develop etch processes for dielectric layers including SiO (thermal, PECVD, TEOS), AlO, TaO, HfO, TiO Experience in Wet Etching Equipment: Quartz or Teflon tanks, temperature-controlled baths, DI rinsing, IPA drying , Dry Etch Tools: RIE/ICP systems (Oxford, SPTS, Plasma-Therm, Samco, etc.) and Etch Chemistries like Wet: NaOH, KOH, TMAH, BOE, BHF, HF vapor, Dry: CF, CHF, SF, Ar/O, Materials: Monocrystalline silicon, SiO, SiN, AlO, Cr masks and Metrology: SEM, AFM, profilometer, ellipsometer, FTIR, XPS Collaborate with Quality, Production, and other Cross functional teams to validate processes and implement engineering changes in terms of Kaizen, Cost Saving, Man power Optimization and Poka Yoke effectively. Initiate the Continuous Improvement and Lean Manufacturing Principles to Streamline Production Process, Optimize the Work Flow, Eliminate the Waste and to Improve the Operational Efficiency. Expertise in conducting and document Process Capability studies (Cp, Cpk) and improve Overall Equipment Effectiveness (OEE) to maximize machine productivity and minimize downtime. Hands of Experience in conducting the experiment like DOE (Design of Experiments), SPC (Statistical Process Control) analysis, Waterfall Study and Data-driven yield improvements. Define Process Parameters, DFM, SOP & Other Documents supported for the Process, Consumables, Secondary Operations, and Qualifications. Expertise in preparing detailed Process Flow Diagrams (PFDs), Process Failure Mode and Effects Analysis (PFMEAs), and Control Plans (CPs) for effective process management and risk mitigation. Support Internal and External audits (Includes Customer Audit) by ensuring document traceability, calibration records, and compliance to documentation protocols. Continuously monitor and update key manufacturing performance metrics including OPP (Overall Process Performance), OEE (Overall Equipment Effectiveness), PPH (Parts Per Hour), FTQ (First Time Quality), tool and consumable usage, CPC (Cost Per Component), and scrap cost. Preferred candidate profile ; Bachelor of Engineering degree in Chemical Engineering, Mechanical Engineering, Manufacturing Engineering, or related field. 5 10 years of experience in a semiconductor, MEMS, photonics, or microfabrication environment with deep process ownership of: NaOH or KOH-based silicon etching, Dry and wet etching of inorganic oxides (SiO, AlO, etc.) Expertise in anisotropic silicon etching profile simulation and Familiarity with 100 mm / 150 mm / 200 mm wafer processes Familiarity with ISO 9001 / ISO 14001 / ISO 45001 (as applicable to industry). Excellent interpersonal and communication skillsmust influence and collaborate globally