Role Description The Senior Media Design Engineer is a member of the bespoke event spaces and media environments as a supporting contributor to the support of client design and implementation projects. The Media Design Engineer reports directly to the Northeast Media Engineering Director. The Media Engineer will provide support through the design project life cycle from sales concept to design development, construction drawings to construction administration support. As a technical resource on a project team, you will be instrumental in the determination and execution of client and system requirements and will collaborate with support teams to bring your design to life. Through our groundbreaking workflow, you’ll have access to incredible technology and tools to help you articulate and deliver your design while being supported by global resources. What part will you play? - Contributor for complex engagements and works directly with clients and the Design Engineering team to develop specifications, designs, budgets, timelines and manage expectations. - Conceptualize system designs and determine system requirements. - Provide specific engineering capabilities in the design and deployment of: - Media Supply Chain - MAM/PAM/DAM - Ingest - NLE Platforms - Motion Graphics - Post Production Operations - Network operations - Accelerated File Transfer - Cloud Storage - Transcoding/Confirming/Framerate conversion - Captioning - Playout Services - Live Remote Transmissions - Provide technical expertise and coordination information to support the architecture, installation and planning of electronic security solutions. - Develop project estimates and proposals. - Develop the Bill of Materials (BOM) and supporting documentation. - Develop detailed 30%, 60%, 90% and IFC drawings. - Research, identify, and recommend technology options for clients. - May have client interaction and contribute to the P and L performance. - Maintain expertise in the industry through ongoing review of trade publications, participation in industry trade shows, seminars and educational forums. May author articles and/or analyze trends. - Provide direction and counsel to junior personnel in engineering projects and guides issue resolution. - Attend appropriate manufacturer trainings, attend or lead lunch and learns and continue online education. Complexity The Media DE will work with the other DE’s and Sales Leadership on resource assignment and needs. This role may be billable in a post-sales capacity, though there are times when the Media DE will work on presales or program efforts, team management and general administration. The Media DE team will work on the most complex systems, the most complex client needs and the largest projects. Physical Demands The physical demands described here are representative of those that may be met by an employee. - Work will normally be performed within normal office conditions and/or home office depending on location of Media DE. - On occasions the employee may be exposed to construction site conditions. - Employee will be responsible for their safety while on job sites and to comply with all safety regulations in place by the GC. - Use of PPE is usually required on job sites. - The employee can typically spend at least 50% of their time on their feet and be required to mobile around the construction site. - The individual is regularly required to use keyboards, test equipment and controls required for SI installation projects. - Specific vision abilities required for this job include close vision, distance vision, peripheral vision and depth vision. Travel - Occasional travel by car and occasional airplane trips are required. - Employee must possess a valid driver’s license in their state of residence. - Employee will be required to use their own vehicle and will be reimbursed for mileage at the current corporate rate. Qualifications - High school diploma or GED required. - Associates degree required and/or equivalent experience. - Proficient in AutoCAD, BIM and MS Office 365. - Certifications or training within Milestone and Lenel required. - Certifications or training within Genetec, Avigilon and S2 preferred. - Bachelor’s degree preferred. - Other relevant certifications may be required or preferred based on the technology focus of the position. Requirements - 5+ years of experience in technical systems designing. - A clear understanding of project phases: Program, Conceptualization, Schematic Design, Design Development, Construction Documentation, Construction and Commissioning. - A thorough, demonstrable understanding of the construction process, installation and integration as well as architectural and construction drawings and specifications. Benefits - Multiple medical plan options to fit you and your family’s needs. - HSA & HRA company contributions. - Dental coverage, including orthodontic benefits, and vision plans. - Company-paid benefits: Basic Life, AD&D. - Short-Term and Long-Term Disability insurance. - Employee Assistance Program (EAP). - Generous paid time off — 3 weeks PTO plus company holidays and floating holidays. - 401k with company match. - Paid maternity leave. - Healthcare and Dependent Care Flexible Spending Accounts (FSA). - A wide range of voluntary benefits including Critical Illness, Hospital Indemnity, Accident Insurance, Pet Insurance, Homeowners and Auto Insurance, Supplemental Life and AD&D coverage, and Legal Services. - Commuter benefits. - And much more.

Role Description As an SI/PI, Package and Power Delivery Engineer at Tylsemi, you will own signal integrity, power integrity, and package/PDN co-design across chip, package, and board interfaces. You will work closely with SoC, physical design, analog, package, board, and validation teams to ensure robust high-speed links, stable power delivery, and predictable signoff from early architecture through tapeout and bring-up. This role is open across experience levels (5–20 years) and is ideal for engineers who enjoy cross-domain problem solving and turning complex electrical constraints into clean, manufacturable solutions. What You’ll Do - Drive SI/PI methodology and execution from early planning through signoff for high-speed interfaces and power delivery networks - Perform package/board/chip co-design: define stackups, routing constraints, via strategies, reference planes, and return-path integrity - Model and analyze high-speed channels (e.g., SerDes, DDR, PCIe, USB, Ethernet) including insertion/return loss, crosstalk, jitter, eye margins, and equalization tradeoffs - Build and validate electrical models (IBIS/IBIS-AMI, S-parameters, SPICE) and ensure model correlation and version control hygiene - Own PDN design and analysis across die/package/board: impedance targets, decap strategy, anti-resonance mitigation, and rail stability - Run PI signoff including DC/AC IR drop, EM, dynamic droop/noise, and power/ground bounce; drive fixes with clear, reviewable action plans - Partner with physical design and signoff teams on power grid architecture, bump/ball planning, current density limits, and rail partitioning - Collaborate with package engineering on substrate routing, escape, ballout, and manufacturability constraints; review and approve package design deliverables - Define and enforce design rules/constraints for routing, spacing, shielding, length matching, and reference plane transitions - Support lab bring-up and correlation: translate silicon/package/board measurements into model updates and design improvements - Create and maintain automation, checks, and reporting (Python/Tcl or equivalent) to improve predictability, repeatability, and execution speed - Contribute to tapeout readiness: documentation, checklists, design reviews, and root-cause analysis to prevent recurrence Qualifications - Hands-on experience delivering SI/PI and package/PDN solutions for complex SoCs (scope aligned to level of experience) - Strong fundamentals in transmission lines, S-parameters, impedance, return paths, coupling/crosstalk, and power delivery behavior across frequency - Ability to translate system requirements into actionable constraints and to drive closure across multiple teams and design stages - Methodical debug skills: clear problem statements, data-driven root cause, and practical mitigation plans - Strong communication and engineering hygiene: reproducible analyses, clean documentation, and review-friendly deliverables Requirements - Signal Integrity (SI) analysis for high-speed interfaces - Power Integrity (PI) / PDN design and analysis (chip-package-board) - Package and power delivery co-design (substrate/ballout/bumps, stackup and routing constraints) - Electrical modeling (S-parameters, SPICE, IBIS/IBIS-AMI) and correlation mindset - Cross-functional execution with SoC/PD/analog/package/board/validation teams Nice to Have - Experience with industry tools for SI/PI and package analysis (e.g., HFSS, SIwave, ADS, HSPICE/Spectre, PowerSI, Clarity, Ansys RedHawk/Voltus or equivalents) - DDR/LPDDR and SerDes compliance experience (channel budgets, jitter/noise decomposition, margining) - Advanced packaging exposure (2.5D/3D, interposers, chiplets, HBM, CoWoS/EMIB-like concepts) and related SI/PI challenges - Thermal-awareness in PDN/package decisions and collaboration with thermal/mechanical teams - Experience defining signoff criteria, templates, and reusable flows across programs Success in This Role Looks Like - Predictable SI/PI closure with clear milestones, risk tracking, and minimal late-stage surprises - Robust package/PDN solutions that meet impedance/noise/jitter targets and scale cleanly to production - Fast, high-quality debug and mitigation of SI/PI issues with strong cross-team alignment - Well-documented, reproducible analyses and signoff artifacts that improve team velocity and tapeout readiness Location - Bengaluru, India - Pune, India Experience - 5–20 years

Role Description Using power systems engineering and energy systems modeling, focus on power system expansion planning and operations research. - Develop and implement optimization-based planning models (e.g., coordinated generation and transmission expansion, unit commitment). - Apply mixed-integer, stochastic, and large-scale mathematical programming techniques. - Analyze the impacts of emerging technologies and policies on system reliability, costs, and operations. - Conduct independent technical research, model formulation, computational implementation, and interpretation of results to support planning studies, customer-facing analyses, proposals, technical publications, and presentations at external conferences. - May telecommute from anywhere in the US. Qualifications - Master’s degree in Energy, Energy Systems Engineering, Power Systems, Operations Research, or related field, and 2 years of experience in the job offered or an energy engineering-related occupation. - Alternatively, a Ph.D. in Energy, Energy Systems Engineering, Power Systems, Operations Research, or related field. Requirements - Optimization- and simulation-based modeling for expansion planning and generation scheduling studies. - Applying scalable, applied power system modeling frameworks to real-world planning and operational analyses. - Energy economics, electricity markets, and mathematical optimization modeling. - Power system analysis and modeling. - Power system planning models and simulations, using scripting environments such as MATLAB, Python, Julia, or GAMS. - Power system operations modeling, including production cost simulation using the same scripting tools. - Data analytics and visualization skills, with the ability to extract insights, build clean graphical outputs or lightweight GUIs, and communicate results effectively. - Design and use of scalable, applied power system modeling and optimization frameworks, implemented through custom-developed tools capable of supporting real-world planning and operational analyses at industry scale. - Analytical mindset, capable of identifying patterns, diagnosing model behavior, and translating technical findings into clear conclusions. - Experience/education in the utilities/energy industry. Benefits - The salary range for this position is $115,253 USD to $134,550 USD annually. - This role is eligible to participate in EPRI’s annual incentive program. - This role is eligible to participate in EPRI’s standard employee benefit programs, which currently include medical, dental, vision, 401k, STD/LTD and paid family leave, life and accident insurance, paid time off (flexible vacation, sick leave, and holiday pay).

• Lead machine risk assessments and mitigation strategies • Deliver training to build safety knowledge across teams • Implement safety standards across operations and projects • Investigate incidents and define corrective action plans • Support emergency response and containment activities • Drive continuous improvement of machine safety processes • Provide technical guidance for capital projects and upgrades • Develop preventive maintenance strategies for machinery